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加载较慢（电脑端约20秒，手机端约1.5分钟），请耐心等候……数据库详情请查看“使用指南”。注：数据为机器自动爬取，未经人工校正，仅供参考。

机构专排综排地理位置研究人员PI画像【导师】【学生】【合作者】【经费】被引职称
UCLA011013Los Angeles, CA, USADean V. Buonomano

UCLA
【研究方向】Learning(0+2); Temporal processing(0+2); Dynamics(0+2); Cognition(0+1); Sense(0+1); Perception(0+1); Learning and memory(0+1); Speech(0+1); Music(0+1); Neural dynamics(0+1);
【模式生物】Human(0+2);
【方法技术】Computation(0+5); In vitro(0+1); Psychophysics(0+1); Electrophysiology(0+1); Model(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UW021010Seattle, WA, USAAndrew Ko

UW
【研究方向】Imaging(0+3); Movement disorder(0+2); Epilepsy(0+1); Seizure(0+1); Development(0+1); Disease(0+1); Disorder(0+1); Neural Circuit(0+1); Cognition(0+1); Sensorimotor Integration(0+1); Motor(0+1); Brain-Computer Interface(0+1); Engineering(0+1);
【模式生物】Human(0+2);
【方法技术】DBS(0+3); Behavior(0+2); Electrophysiology(0+2);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USADaniel Gibbs

UCSD
【研究方向】Neural Circuit(0+5); Environment(0+2); Axon(0+2); Cell therapy(0+2); Injury(0+2); Structure(0+1); Development(0+1); Regeneration(0+1); CNS(0+1); Neurodegenerative disease(0+1); Therapy(0+1); Alzheimer's disease(0+1); Neuroprotective(0+1); Neuroprotection(0+1); Spinal Cord Injury(0+1); Vision(0+1); Motor learning(0+1);
【模式生物】Stem Cell(0+1);
【方法技术】Gene(0+2); Behavior(0+2); Biochemistry(0+1); Anatomy(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular; Systems
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAAaron DiAntonio

WUSTL
【研究方向】Axon(11+13); Degeneration(5+5); Injury(3+5); Regeneration(2+4); Disease(0+5); Development(1+3); Glutamate(3+0); Glutamate receptor(3+0); Synapse(2+1); Metabolism(1+2); Transporter(2+0); Vesicle(2+0); Synaptic Transmission(2+0); Neuromuscular(2+0); Neural Circuit(0+2); Signal transduction(0+1); Regulation(1+0); Receptor(1+0); Structure(0+1); Glial cell(0+1); Glia(0+1); CNS(0+1); Disorder(0+1); Neurodegenerative disease(0+1); Dysfunction(0+1); Fragile X(0+1); Neurotoxicity(0+1); Inflammation(0+1); Execution(0+1); Neuroimmunology(0+1);
【模式生物】Drosophila(10+2); Mouse(1+2);
【方法技术】Gene(2+2); Protein(2+1); Model(0+2); Electrophysiology(0+1); Pharmacology(0+1);
【简述】Neural circuits in development and disease
【研究论文】Nature(1); Cell(2); Nature Neuroscience(1); Neuron(7); JNS(4); Curr Biol.(1);
【综述】Nature Reviews Neuroscience(1); Current Opinion In Neurobiology(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Thomas L. Schwarz, Corey S. Goodmanjoseph Bloom, scott b. marrus, Vera Valakh, natasha m. viquez, Adam J. Bloom, Richard W. Daniels, Jeffrey M. Donlea, Bradley R. Miller, Sarah A. Naylor, Jung Eun E. Shin, Sungsu Kim, Catherine Collins, Daniel A. Gibson, yogi wairkar, chunlai wu, EJ Brace, Martha R.C. Bhattacharya, Matthew Figley, Catherine A. Collins, Minrong Ai, Ethan GrafYears: 2017 — 2018; Recipients: Diantonio, AaronMilbrandt, Jeffrey D [⬀] ; Code: R01; Title/Keywords: Identifying Inhibitors of Axon Degeneration For the Treatment of Tipn@ Washington University; Matching Score: 1008228Prof.
Princeton061009Princeton, NJ, USAWilliam Bialek

Princeton
【研究方向】Vision(14+0); Neural codes(14+0); Dynamics(12+0); Learning(6+2); Adaptation(6+0); Auditory(6+0); Sense(5+0); Perception(3+2); Signal processing(4+0); Regulation(3+0); Structure(3+0); Neural network(3+0); Development(0+2); Contrast(2+0); Timing(2+0); Language(0+2); Evolutionary(0+2); Oscillation(1+0); Embryo(1+0); Bipolar(1+0); Cognition(1+0); Visual motion(1+0); Frequency(1+0); Motor(1+0); Eye Movement(1+0); Muscle(1+0); Attention(1+0); Inference(1+0); Encoding(1+0); Bayesian(1+0);
【模式生物】C. elegans(4+0); Human(2+0); Macaque(1+0); Monkey(1+0); Bird(1+0); Songbird(1+0);
【方法技术】Computation(13+0); Model(13+0); Theory(7+5); Protein(7+0); Behavior(4+2); Gene(4+0); Statistics(2+0); Biochemistry(1+0); Biophysics(1+0); Psychophysics(1+0); Mathematics(1+0);
【简述】Theory and Computation
【研究论文】Nature(5); Science(6); Cell(6); Neuron(7); Neural Computation(1);
【综述】Trends In Neurosciences(1); Physical Review(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Alan J. Bearden, Hero Piet Wit, Frank Wilczek, Anthony ZeeGreg S. Corrado, Seth Bruder, William Bruno, Denis Chigirev, Michael Robert DeWeese, Leonid Kruglyak, Yuan Sophie Liu, Fred Rieke, Daniel Ruderman, Spiros Skourtis, Steven Strong, David K. Warland, Michael C. Crair, Nicholas D. Socci, Marc Potters, Ilya Mark Nemenman, Thomas Gregor, Gasper Tkacik, Dario Amodei, Julien Dubuis, Steven Hamed Hassani, Dmitry Krotov, Mikhail Tikhonov, Ji Hyun Bak, Thomas Adelman, Adrienne Fairhall, Kamesh Krishnamurthy, Zili Liu, Jonathan Miller, Katherine Moortgat, Thierry Mora, Stephanie E. Palmer, Elad Schneidman, Tatyana Sharpee, Greg Stephens, Susanne Still, Aleksandra Walczak, Wulfram Gerstner, Audrey Sederberg, Gordon BermanYears: 2018 — 2019; Recipients: Bialek, WilliamMurthy, Mala [⬀] Pillow, Jonathan William (co-PI) [⬀] Shaevitz, Joshua W (co-PI) [⬀] ; Code: R01; Title/Keywords: Dissecting Sensorimotor Pathways Underlying Social Interactions: Models, Circuits, and Behavior@ Princeton University; Matching Score: 1025349Prof.
Columbia006008New York, NY, USASteven A. Siegelbaum

Columbia
【研究方向】CA2(3+5); Ion Channel(1+4); Dendrite(3+1); Synaptic Transmission(0+3); Plasticity(1+2); Synapse(2+1); Disease(0+3); Learning and memory(0+3); CA1(3+0); HCN(1+1); Disorder(0+2); Neural Circuit(0+2); Memory(1+1); Social memory(1+1); Encoding(0+2); PFC(2+0); Hippocampus(0+2); Knockout(1+0); Structure(0+1); LTP(1+0); Trafficking(0+1); Microcircuit(1+0); Psychiatric disorder(0+1); Autism(0+1); Schizophrenia(0+1); Learning(1+0); Spatial learning(0+1); Attention(0+1); Social(0+1); CA3(1+0);
【模式生物】Mouse(2+2);
【方法技术】Channel(0+3); Model(0+2); Gene(0+1);
【简述】Molecular Studies of Ion Channel Structure and Function; Synaptic Transmission and Plasticity in the Mammalian Brain; Synapses and Circuits; Biophysics/ion Channels; Neurobiology of Learning and Memory; Models of Psychiatric Disorders;
【研究论文】Nature(1); Cell(2); Neuron(8); JNS(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Richard W. Tsien, David Colquhoun, Philippe AscherDavid H Brann, Justine Barry, Seb Thuault, Joseph M. Stujenske, Lara M. Boyle, Hal Blumenfeld, Shan Chen, Brian Jason Wainger, Vivek K. Unni, Lu-yong Wang, Joshua T. Dudman, Phillip Ming-Tao Pian, Anthony J. Decostanzo, Meena S. George, Cynthia Lang, Mohsin S. Ahmed, Justine Virginia Kupferman, Ya-Ting Lei, Zev B. Rosen, Frederick L. Hitti, Félix Leroy, Andrea Volterra, Edgar Young, Lei Zhou, Jayeeta Basu, Lei Hu, Qian Sun, Tobias Bock, Eric W. Buss, Azahara Oliva, Richard H. Kramer, Pierre Paoletti, Vadim Y. Bolshakov, Stanislav S. Zakharenko, Ming-Kuei Jang, Kevin FranksEric R. Kandel, Abid HussainiYears: 2018; Recipients: Scharfman, Helen E (co-PI) [⬀] Siegelbaum, Steven A; Code: R01; Title/Keywords: The Role of Ca2 in Epilepsy and Social Comorbidity@ Columbia University Health Sciences; Matching Score: 1Prof.
UCSF003015San Francisco, CA, USAAdam Gazzaley

UCSF
【研究方向】Modulation(0+14); Attention(0+12); Cognition(0+10); Aging(0+7); Disease(0+4); Memory(0+4); Working memory(0+3); Network Interaction(0+2); Sense(0+2); Neural network(0+2); Development(0+1); Environment(0+1); Age-related(0+1); Cognitive neuroscience(0+1); Vision(0+1); Episodic memory(0+1); Imagery(0+1); Encoding(0+1); Dynamics(0+1); Imaging(0+1); Connection(0+1); PFC(0+1);
【模式生物】Human(0+1);
【方法技术】fMRI(0+4); EEG(0+3); TMS(0+2); MRI(0+1); Pharmacology(0+1);
【简述】Neural Mechanisms of Attention and Memory
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
JHU010012Baltimore, MD, USACarlo Colantuoni

JHU
【研究方向】Development(0+3); Differentiation(0+1); Disorder(0+1); Dynamics(0+1);
【模式生物】Human(0+5);
【方法技术】Gene(0+2); In vivo(0+1); In vitro(0+1);
【简述】.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USASherrel Howard

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UW021010Seattle, WA, USAGabe J. Murphy

UW
【研究方向】Structure(0+1); Membrane(0+1); Synaptic Transmission(0+1); Neural Circuit(0+1); Sense(0+1); Vision(0+1); Form(0+1); Dynamics(0+1);
【模式生物】
【方法技术】Behavior(0+1);
【简述】Excitable Membranes and Synaptic Transmission; Neural Circuits; Sensory Systems
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAJerome Yesavage

Stanford
【研究方向】Depression(10+0); Psychiatry(8+0); Neurology(6+0); Aging(5+0); Alzheimer's disease(5+0); Cognition(5+0); Memory(4+0); Neuroimaging(4+0); Development(3+0); Disease(3+0); Alzheimer's(3+0); Anxiety(3+0); Stress(3+0); Disorder(2+0); Receptor(1+0); Structure(1+0); Dysfunction(1+0); Therapy(1+0); ApoE(1+0); Infection(1+0); Brain injury(1+0); Alcohol(1+0); Form(1+0); Context(1+0); Executive function(1+0); Cognitive Control(1+0); Aggression(1+0); Imaging(1+0); Frontal lobe(1+0); Caudate(1+0); Ventral striatum(1+0);
【模式生物】
【方法技术】Gene(2+0); TMS(2+0); Behavior(1+0); Pharmacology(1+0); Theory(1+0);
【简述】
【研究论文】Science(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		045255Prof.
UCLA011013Los Angeles, CA, USAJeff M. Bronstein

UCLA
【研究方向】Movement disorder(0+3); Neurology(0+2); Therapy(0+2); Parkinson's disease(0+2); Transplantation(0+1);
【模式生物】Zebrafish(0+1);
【方法技术】Model(0+2); DBS(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USARoger Howe

Stanford
【研究方向】Structure(4+0); Adhesion(1+0); Stress(1+0); Signal processing(1+0); Engineering(1+0); Imaging(1+0);
【模式生物】
【方法技术】
【简述】
【研究论文】Cell(1); PNAS(1);
【综述】Physical Review(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		029284Prof.
NYU015028New York, NY, USAEinar Sigurdsson

NYU
【研究方向】Alzheimer's disease(7+0); Pathology(5+0); Tau(5+0); Transgenic(4+0); Disease(2+1); Alzheimer's(3+0); Cognition(3+0); Peptide(2+0); Tauopathies(2+0); Imaging(2+0); Neurology(1+0); Degeneration(0+1); Therapy(1+0); Age-related(0+1);
【模式生物】Mouse(11+0); Rat(2+0);
【方法技术】Model(6+0); Protein(2+0); MRI(2+0); In vivo(1+0); In vitro(1+0); Behavior(1+0);
【简述】Age-related degenerative diseases
【研究论文】JNS(5);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		011867Prof.
Harvard001001Boston, MA, USARachelle Gaudet

Harvard
【研究方向】Transporter(8+2); Structure(8+0); Ion Channel(3+1); TRP channel(2+1); Regulation(2+0); Receptor(1+1); Membrane(1+1); GABA(1+0); Peptide(1+0); Sodium channel(1+0); Glia(0+1); Adhesion(0+1); Disease(1+0); Infection(1+0); Neuropathic pain(1+0); Temperature(0+1); Dynamics(0+1); Imaging(0+1);
【模式生物】Human(3+0); Mouse(1+0); Bird(1+0);
【方法技术】Protein(3+1); Channel(3+0); Biochemistry(2+0); Computation(0+2); Gene(1+0); In vitro(0+1); Electrophysiology(0+1); Bioinformatics(0+1);
【简述】Structural biology of signaling and transport across cellular membranes
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		005880Prof.
NYU015028New York, NY, USADavid Harter

NYU
【研究方向】Tumor(4+0); Pediatric(2+1); Neuro-oncology(2+0); Structure(1+0); Plasticity(1+0); Neurology(1+0); Knowledge(1+0); Evolutionary(1+0);
【模式生物】
【方法技术】Gene(3+0);
【简述】Pediatric neurosurgery
【研究论文】Nature(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		000299Assist Prof.
CAS-ION??Shanghai, ChinaZi-Long Qiu

CAS-ION
【研究方向】MeCP2(22+1); Development(13+3); Disorder(5+5); Autism(4+5); Plasticity(2+6); Regulation(6+1); Dendrite(5+2); Transcription(4+2); Differentiation(5+0); Spine(5+0); Cognition(0+5); Transgenic(4+0); Rett Syndrome(2+2); Pain(4+0); Receptor(3+0); Dendritic growth(2+1); Psychiatric disorder(3+0); Glutamate receptor(0+2); Reprogramming(2+0); Sense(0+2); Knowledge(0+2); Stress(2+0); Optical(2+0); Connection(2+0); Basal forebrain(2+0); Mutant(1+0); Calcium channel(0+1); Structure(0+1); Neurogenesis(1+0); Proliferation(1+0); Transplantation(1+0); Axon(1+0); Synapse(1+0); Microcircuit(1+0); Degeneration(1+0); Psychiatry(1+0); Injury(1+0); Vision(1+0); Photoreceptor(1+0); Interneuron(1+0); Memory(1+0); Memory Consolidation(0+1); Spatial learning(1+0); Emotion(1+0); Social behavior(0+1); Respiratory(1+0); Hippocampus(1+0);
【模式生物】Mouse(8+1); Monkey(6+0); Human(4+0); Stem Cell(4+0); Rat(2+0); Primate(1+0); Rodent(0+1);
【方法技术】Gene(15+10); Protein(8+1); Model(8+0); Behavior(1+4); In vivo(1+0); Tracing(0+1); Electrophysiology(0+1); EEG(1+0);
【简述】Molecular Basis of Neural Plasticity
【研究论文】Nature(1); Nature Neuroscience(1); Neuron(3); Nature Communications(2); PNAS(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Anirvan GhoshJincheng Wang002278Senior Investigator
UCSF003015San Francisco, CA, USADorit Ron

UCSF
【研究方向】Signal transduction(0+2); Development(0+1); Drugs of Abuse(0+1); Alcohol(0+1);
【模式生物】Rodent(0+1);
【方法技术】Biochemistry(0+1); Behavior(0+1); Electrophysiology(0+1); Model(0+1);
【简述】Signal Transduction, Molecular Neurobiology of Addiction
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Harvard001001Boston, MA, USAMin Dong

Harvard
【研究方向】Signal processing(9+0); Receptor(3+0); Vesicle(0+3); Development(1+1); Speech(2+0); Imaging(1+1); Genetically modify(0+1); Regulation(1+0); Structure(1+0); Membrane(1+0); Plasticity(1+0); Synaptic Plasticity(0+1); Glia(0+1); Cell line(0+1); Regeneration(0+1); Axon(0+1); Synapse(0+1); Disorder(1+0); Neurodegenerative disease(0+1); Therapeutics(1+0); HIV(1+0); Infection(1+0); Tumor(1+0); Pain(0+1); Muscle(0+1); Retrieval(1+0); Engineering(0+1); A2(1+0);
【模式生物】Human(2+1); Mouse(1+1); Rodent(0+1); Zebrafish(1+0);
【方法技术】Channel(6+0); Model(2+2); Protein(2+1); Gene(1+0); In vivo(1+0); Cell culture(0+1); Electrophysiology(0+1); Computation(1+0);
【简述】Molecular mechanisms of synaptic transmission and botulinum neurotoxins
【研究论文】Cell(1); Nature Communications(1); PLoS Biol.(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Edwin R. ChapmanYears: 2013 — 2014; Recipients: Dong, Min; Code: R21; Title/Keywords: Next Generation of Botulinum Neurotoxins With Enhanced Binding to Human Receptors@ Harvard Medical School; Matching Score: 1003139Assist Prof.
UCLA011013Los Angeles, CA, USAHui Sun

UCLA
【研究方向】Disease(0+1);
【模式生物】Human(0+1);
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USABruce L. Kagan

UCLA
【研究方向】Pathogenesis(0+1); Psychiatry(0+1); Alzheimer's(0+1); Parkinson's disease(0+1);
【模式生物】
【方法技术】Channel(0+2); Biochemistry(0+1); Biophysics(0+1);
【简述】
【研究论文】
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USALawrence Fung

Stanford
【研究方向】Autism(20+2); Psychiatry(15+0); Disorder(5+3); Developmental Disorder(6+1); Development(3+3); Fragile X(4+2); Receptor(4+0); Neuroimaging(0+4); GABA(0+2); GABAA receptor(1+1); Neurology(2+0); Pediatric(2+0); Sense(2+0); Imaging(1+1); Modulation(1+0); 5-HT(1+0); CNS(1+0); Dysfunction(1+0); Therapeutics(1+0); Neuroinflammation(1+0); Neuro-oncology(1+0); Anxiety(0+1); Exploration(1+0); Engineering(0+1); White matter(1+0);
【模式生物】Human(1+0); Monkey(1+0); Rat(1+0);
【方法技术】Behavior(3+0); Pharmacology(1+0); Model(1+0);
【简述】
【研究论文】
【综述】Review(5);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Allan ReissYears: 2016 — 2018; Recipients: Fung, Lawrence; Code: K08; Title/Keywords: Gabaergic Neurophysiology in Autism Spectrum Disorder@ Stanford University; Matching Score: 0.915001532Assist Prof.
CAS-ION??Shanghai, ChinaHung-Chun Chang

CAS-ION
【研究方向】Circadian(3+10); Metabolism(2+6); Disorder(0+4); Aging(3+1); Sleep(2+2); Oscillation(0+2); Disease(0+2); Dysfunction(0+2); Age-related(0+2); Circadian clock(1+1); Bmal1(1+0); Knockout(1+0); Knockin(1+0); Regulation(1+0); Rhythm(0+1); Environment(0+1); Somatic cell nuclear transfer (SCNT)(1+0); Psychiatric disorder(1+0); Cognition(1+0); Entrainment(0+1); Cardiovascular(0+1); Suprachiasmatic nucleus(0+1);
【模式生物】Macaque(2+0); Monkey(2+0); Rat(1+0);
【方法技术】Protein(4+0); Gene(1+2); In vivo(1+1); Behavior(0+2); Model(0+2);
【简述】Circadian Control and Age-Related Disorders
【研究论文】Nature(1); Cell(6);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		002919Investigator
NYU015028New York, NY, USAMichael Shelley

NYU
【研究方向】Vision(2+1); Body(3+0); Dynamics(2+0); Visual cortex(2+0); V1(2+0); Oscillation(1+0); Chaos(1+0);
【模式生物】Macaque(1+0);
【方法技术】Computation(3+2); Model(4+1); Theory(1+0); Mathematics(0+1);
【简述】Applied mathematics, modeling, and large-scale computation, vision and computational neuroscience
【研究论文】Nature(3); Cell(1);
【综述】Physical Review(6); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		010063Prof.
Stanford002003Palo Alto, CA, USAMaarten Lansberg

Stanford
【研究方向】Stroke(50+5); Imaging(15+1); Therapy(10+1); Neurology(7+0); Hemorrhage(4+0); Disease(3+0); Development(1+0); Ischemia(1+0); Vision(1+0); Decision making(1+0); Metabolism(1+0); Blood flow(1+0); Cardiovascular(1+0); Cerebrovascular(1+0); Vessel(1+0);
【模式生物】
【方法技术】MRI(7+1); Simulation(1+0);
【简述】
【研究论文】
【综述】Annals Of Neurology(3); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		012452Assoc Prof.
Stanford002003Palo Alto, CA, USAThomas Anderson

Stanford
【研究方向】Memory(1+0);
【模式生物】
【方法技术】Model(1+0);
【简述】
【研究论文】
【综述】Review(6);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jim M. LoBue, Susanna Leigh Widicus Weaver047177Assoc Prof.
NIH-NICHD??Bethesda, MD, USAChris J. McBain

NIH-NICHD
【研究方向】Interneuron(4+4); Development(2+1); Receptor(2+0); Oscillation(2+0); Synapse maturation(2+0); Synapse(1+1); Dysfunction(2+0); Cognition(2+0); Hippocampus(2+0); Modulation(0+1); Glutamate receptor(1+0); Synaptic Transmission(1+0); Epilepsy(0+1); Differentiation(1+0); Embryo(1+0); Disease(1+0); Disorder(0+1); Pathology(0+1); Autism(0+1); Alzheimer's disease(1+0); Cannabinoids(1+0); Schizophrenia(0+1); Body(0+1); CA1(1+0);
【模式生物】Mouse(1+0);
【方法技术】Gene(0+1); Channel(1+0); Electrophysiology(0+1);
【简述】
【研究论文】Science(2); Neuron(5); JNS(2); eLife(1); Cerebral Cortex(1);
【综述】Trends In Neurosciences(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USAKatherine L. Narr

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAY Joyce Liao PhD

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
Stanford002003Palo Alto, CA, USAAlexander Eckehart Urban

Stanford
【研究方向】Development(2+2); Cell line(2+0); Receptor(1+0); Structure(0+1); Transcription(1+0); Neurogenesis(1+0); Pluripotent stem cells(1+0); Disease(1+0); Down Syndrome(1+0); Depression(1+0); Olfaction(1+0); Context(0+1); Methodology(1+0); Evolutionary(1+0);
【模式生物】Human(21+2); Stem Cell(2+1);
【方法技术】Gene(8+5); Model(1+3); Cell culture(0+2); Protein(1+0); Microarray(1+0);
【简述】
【研究论文】Nature(1); Science(5); Cell(3); Nature Communications(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		019209Assist Prof.
Yale014011New Haven, CT, USABJ Casey

Yale
【研究方向】
【模式生物】
【方法技术】
【简述】.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAMiriam B Goodman

Stanford
【研究方向】Touch(9+1); Sense(6+1); Ion Channel(3+1); Receptor(3+0); Development(2+0); Temperature(1+1); Regulation(1+0); Neuropeptide(1+0); Potassium channel(1+0); TRP channel(1+0); Plasticity(1+0); Environment(1+0); Tau(1+0); Neural Circuit(1+0); Olfaction(1+0); Hair cell(1+0); Art(1+0); Aversive learning(1+0); Engineering(0+1); Imaging(1+0);
【模式生物】C. elegans(20+1); Drosophila(1+0);
【方法技术】Behavior(4+1); Channel(4+0); Gene(2+0); Protein(2+0); In vivo(1+1); Biophysics(1+0); Electrophysiology(0+1); Model(0+1);
【简述】
【研究论文】Cell(2); Neuron(3); JNS(2); PNAS(1); eLife(2);
【综述】Review(3); Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jonathan J. Art, Shawn R. Lockery, Martin ChalfieAustin L. Brown, Daniel Ramot, Brandon E. Johnson, Valeria VasquezCori BargmannYears: 2018 — 2019; Recipients: Goodman, Miriam B; Code: R35; Title/Keywords: The Biophysics of Skin-Neuron Sensory Tactile Organs and Their Sensitivity to Mechanical and Chemical Stress@ Stanford University; Matching Score: 1005346Prof.
Stanford002003Palo Alto, CA, USAViet Nguyen

Stanford
【研究方向】Motor(4+0); Disease(3+0); Development(2+0); Spine(2+0); Imaging(2+0); Regeneration(1+0); Therapy(1+0); HIV(1+0); Infection(1+0); Tumor(1+0); Encoding(1+0); Dynamics(1+0); Evolutionary(1+0);
【模式生物】Human(2+0); Mouse(2+0);
【方法技术】In vivo(1+0);
【简述】
【研究论文】Science(1); Cell(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		002148Assoc Prof.
NIH-NIMH??Bethesda, MD, USAMark H. Histed

NIH-NIMH
【研究方向】Vision(5+0); Visual cortex(3+0); Sense(0+2); Contrast(2+0); Synchrony(1+0); Systems Neuroscience(1+0); Contrast perception(1+0); Motor(0+1); Eye Movement(1+0); Saccade(1+0); Planning(1+0); Interneuron(1+0); Learning(1+0); Working memory(1+0); Imaging(0+1); PFC(1+0); V1(1+0); Striatum(1+0);
【模式生物】Mouse(3+1); Primate(1+0);
【方法技术】Behavior(2+1); Microstimulation(3+0); Computation(1+1); In vivo(0+1); Psychophysics(1+0); Electrophysiology(0+1); Optogenetics(0+1); Model(1+0);
【简述】Unit on Neural Computation and Behavior
【研究论文】Cell(1); Neuron(3); JNS(2); PLoS Biol.(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Earl K. Miller, R Clay Reid, John HR MaunsellAndrew M. Mckinney, Bradley C. AkitakeVincent Bonin
CalTech072006Pasadena, CA, USAYuki Oka

CalTech
【研究方向】Homeostatic(0+2);
【模式生物】
【方法技术】
【简述】Neural and molecular basis of motivated behaviors toward homeostatic regulation
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2017 — 2018; Recipients: Oka, Yuki; Code: R56; Title/Keywords: Genetic Dissection of the Neural Circuits Regulating Appetite@ California Institute of Technology; Matching Score: 1Assist Prof.
UCLA011013Los Angeles, CA, USADebora B. Farber

UCLA
【研究方向】Vision(0+5); Retina(0+2); Regulation(0+1); Development(0+1); Disease(0+1);
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Yale014011New Haven, CT, USAChiang-Shan Ray Li

Yale
【研究方向】Disorder(0+3); Cognition(0+3); Imaging(0+3); Cognitive Control(0+2); Disease(0+1); Pathogenesis(0+1); Therapeutics(0+1); Therapy(0+1); Psychiatry(0+1); Addiction(0+1); Alcohol(0+1); Anxiety(0+1); Systems Neuroscience(0+1); Resting state(0+1);
【模式生物】
【方法技术】Behavior(0+3); Psychophysics(0+2); Pharmacology(0+1); Computation(0+1);
【简述】Alcohols; Behavior and Behavior Mechanisms; Mental Disorders; Biological Therapy; Central Nervous System; Nervous System; Nervous System Diseases; Psychological Phenomena; Therapeutics; Behavior Control; Research Subjects; Drug Users; Chemicals and Drugs; Psychiatry and Psychology.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
MIT005002Boston, MA, USARichard Wurtman

MIT
【研究方向】APP(0+11); Alzheimer's disease(1+6); Neurotransmitter(0+6); Sleep(0+6); Hormone(0+5); Receptor(0+4); Membrane(0+4); Disease(0+4); 5-HT(0+3); Rhythm(0+3); Acetylcholine(0+2); Dendrite(0+2); Synapse(0+2); Spine(0+2); Glutamate(0+1); Dopamine(0+1); Environment(0+1); CNS(1+0); Synaptogenesis(1+0); Disorder(1+0); Parkinson's disease(0+1); Stroke(0+1); Brain injury(0+1); Cognition(0+1); Contrast(0+1); Form(0+1); Knowledge(0+1); Pineal gland(0+1);
【模式生物】Human(0+5); Rat(1+2);
【方法技术】Protein(0+3); Cell culture(0+1); Behavior(0+1);
【简述】Effects of Drugs, Foods and Diseases on Brain Neurotransmitters and Behavior; Melatonin; Alzheimer's Disease; Precursor Control of Brain Phospholipid Synthesis
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Peter Dews, Julius AxelrodFionnuala Doyle, Sherman Elspas, Chi-man Lo, George Marzloff, Charlotte Mauron, Taso Pittas, Kerry J. Ressler, Ingrid Richardson, Michael A. Rogawski, Ben W. Strowbridge, Carol Watkins, Leslie C. Griffith, Samuel Andrew Hires, Divakar S. Mithal, Kay M. Tye, Danielle H. Guez, Luke Ian Schmitt, Krzysztof Blusztajn, Ben Caballero, Hillel Chiel, Lydia Conlay, Shaun Coughlin, Doug Faller, Steven A. Farber, John Fernstrom, Madelyn Fernstrom, Candy Gibson, Bob Hoeldtke, Pam Holbrook, Sarah Holguin, Todd Holmes, Orest Hurko, Darell Jackson, Ignacio Lopez, Tony McCall, Ed Meyer, Retsina M. Meyer, Bill Millington, Ken Minneman, Yoshi Ozaki, Doug Pettibone, John Reinhard, Judy Schaechter, Eliot Spindel, Alan Sved, Tina Van Itallie, Reid von Borstel, Steve Zeisel, Amy M. Pooler, Ian Acworth, Luisa Airoldi, Rafael Alonso, Wataru Araki, Aygul Balcioglu, Amnon Brzezinski, Levent Buyukuysal, Mehmet Cansev, Daniel P. Cardinali, Enrico De MIcheli, Andy Dollins, Matthew During, Andreas Erfurth, Gary Evoniuk, Nick Finer, Rebecca Franco-Bourland, Alain Gardier, Illana Gozes, Carol Greenwood, John Herbert Growdon, Franz Hefti, Kaoru Irie, Jesus Jimenez, Seppo Kaakkola, SunHee Kim, Stefan Knapp, Michael Kreutz, Blandine Laferrere, Michael Lavyne, Hendrik Lehnert, Jianxue Li, Harris Lieberman, Moti Liscovitch, Bertha Madras, Jean-Claude Maire, Eldad Melamed, Rita Messing, Mike Moscowitz, Greg Mueller, Roger M. Nitsch, Masahiko Nomura, Larissa Pohorecky, Barbara Sahakian, Toshi Sakamoto, Vahide Savci, Joachim Schulz, Barbara Slack, David Henry Small, Maria Teresa Tacconi, Lisa Teather, Olga Tjurmina, Ismail Ulus, Franz Waldhauser, Lei Wang, Chuansong Wang, Shlomo Yehuda, Irina Zhdanova, Michael ZigmondTim MaherProf.
Stanford002003Palo Alto, CA, USADouglas F Levinson

Stanford
【研究方向】Depression(9+0); Schizophrenia(6+1); Disorder(5+1); Psychiatry(5+1); Regulation(1+0); Development(0+1); Psychiatric disorder(0+1); Perinatal(1+0); Alcohol(1+0); Bipolar(1+0); Acquisition(1+0); Methodology(0+1); Cerebellum(1+0);
【模式生物】Human(2+0); Mouse(1+0);
【方法技术】Gene(3+3); Behavior(0+1); Mathematics(1+0); Statistics(1+0);
【简述】
【研究论文】Nature(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
NYU015028New York, NY, USAArjun Masurkar

NYU
【研究方向】Alzheimer's disease(3+2); Cognition(2+0); Olfaction(0+2); Neurology(1+0); Dysfunction(1+0); Memory(0+1); Entorhinal cortex(0+1); Hippocampus(0+1); CA1(1+0);
【模式生物】
【方法技术】Anatomy(1+0); Behavior(1+0);
【简述】Alzheimer's disease and olfactory dysfunction
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Wei R. ChenAssist Prof.
WUSTL009032Saint Louis, MO, USAWayland W. L. Cheng

WUSTL
【研究方向】Membrane(0+4); Ligand gated ion channel(1+2); Ion Channel(1+2); Modulation(0+2); Potassium channel(2+0); Therapeutics(0+2); Regulation(1+0); Nicotinic acetylcholine receptor(0+1); Acetylcholine receptor(0+1); GABAA receptor(0+1); Structure(0+1); Disease(0+1); Pain(0+1); Analgesics(0+1); Steroid(0+1);
【模式生物】Human(1+0);
【方法技术】Channel(1+1); Model(0+2); Electrophysiology(0+1); Pharmacology(0+1);
【简述】I am interested in the structure and function of neuronal ligand-gated ion channels, and the mechanism of channel modulation by endogenous lipids or exogenous drugs such as general anesthetics.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
NYU015028New York, NY, USADaniel Turnbull

NYU
【研究方向】Transgenic(0+1);
【模式生物】Mouse(0+1);
【方法技术】
【简述】Ultrasound and Magnetic Resonance Microimaging of transgenic mice
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Abby E. Deans, Xin Yu, Cesar A. Berrios-Otero, Benjamin B. BartelleYears: 2018 — 2019; Recipients: Turnbull, Daniel HZhang, Jiangyang [⬀] ; Code: R01; Title/Keywords: Quantitative Imaging of Mouse Brain Development@ New York University School of Medicine; Matching Score: 1Prof.
Columbia006008New York, NY, USAGuillermo Horga

Columbia
【研究方向】Schizophrenia(4+1); Psychiatry(2+2); Dopamine(1+2); Learning(0+3); Cognition(0+2); Sense(0+2); Auditory(1+1); Imaging(0+2); Auditory cortex(0+2); Striatum(0+2); Dopamine receptor(0+1); Disorder(0+1); Dysfunction(0+1); Systems Neuroscience(0+1); Adaptation(1+0); Learning and memory(0+1); Decision making(0+1); Working memory(1+0); Metabolism(1+0); Predictive coding(1+0); Neuroimaging(0+1); Connection(1+0); PFC(1+0); mPFC(1+0);
【模式生物】Human(0+1);
【方法技术】Computation(0+5); fMRI(0+2); In vivo(0+1); MRI(0+1); Behavior(0+1); Electrophysiology(0+1); PET(0+1); Pharmacology(0+1); Model(0+1);
【简述】Cognitive/Systems Neuroscience; Brain Imaging; Neurobiology of Learning and Memory;
【研究论文】JNS(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
UCLA011013Los Angeles, CA, USAAlapakkam P. Sampath

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NINDS??Bethesda, MD, USACarsten G Bönnemann

NIH-NINDS
【研究方向】Disorder(1+3); Neuromuscular(0+3); Development(2+0); Disease(2+0); Pathogenesis(0+2); Muscle(1+1); Regulation(1+0); Sodium channel(1+0); Axon(0+1); Therapeutics(0+1); Therapy(1+0); Pediatric(1+0); Pain(1+0); Touch(1+0); Oral motor(1+0); Fatigue(1+0); Motor Neuron(1+0); Knowledge(0+1);
【模式生物】Human(3+1); Mouse(1+0);
【方法技术】Gene(1+6); Model(2+2); Channel(1+0);
【简述】Neuromuscular and Neurogenetic Disorders of Childhood Section
【研究论文】Cell(2); Neuron(1); Nature Communications(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NINDS??Bethesda, MD, USAQuan Yuan

NIH-NINDS
【研究方向】Plasticity(4+2); Dendrite(2+4); Structural plasticity(1+4); Vision(2+3); Homeostatic(0+5); Regulation(1+2); Development(2+1); 5-HT(2+0); Receptor(2+0); Differentiation(2+0); Transplantation(2+0); Imaging(1+1); Optical(0+2); Acetylcholine receptor(1+0); Muscarinic(1+0); Structure(1+0); Membrane(1+0); Proliferation(1+0); Branching(1+0); Synaptogenesis(1+0); Pathogenesis(1+0); Therapy(1+0); Aging(1+0); Ischemia(1+0); Hypoxia(1+0); Injury(1+0); Tumor(1+0); Photoreceptor(1+0); Adaptation(1+0); Contrast(0+1); Body(1+0); Frequency(1+0); Aggression(1+0); Circadian(1+0); Entrainment(1+0); Stress(1+0); Engineering(1+0);
【模式生物】Drosophila(6+3); Mouse(5+0); Human(1+0); C. elegans(1+0); Stem Cell(1+0);
【方法技术】Gene(1+5); In vivo(2+1); Model(2+0); Protein(1+0); In vitro(1+0); Anatomy(0+1); Behavior(0+1);
【简述】Dendrite Morphogenesis and Plasticity Unit
【研究论文】Cell(4);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		000987
Stanford002003Palo Alto, CA, USALaura Giardi

Stanford
【研究方向】Pain(32+5); Pediatric(8+1); Fear(7+2); Neuroimaging(1+1); Anesthesia(1+0); Anxiety(1+0); Cognition(0+1); Headache(1+0); Neuropathic pain(1+0); Musculoskeletal pain(1+0); Learning(0+1); Learning and memory(0+1); Reconsolidation(0+1); Extinction(0+1); Context(0+1); Decision making(1+0); Social(0+1); Art(1+0); Reward(1+0); Imaging(0+1);
【模式生物】Human(1+0);
【方法技术】Behavior(1+2);
【简述】
【研究论文】
【综述】Review(3); Neuroscience And Biobehavioral Reviews(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
Stanford002003Palo Alto, CA, USAWonjae Lee

Stanford
【研究方向】Differentiation(1+0); Axon(1+0); Infection(1+0);
【模式生物】Human(1+0); Stem Cell(1+0);
【方法技术】Behavior(1+0);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		000116Other
UCLA011013Los Angeles, CA, USAFernando Gómez-Pinilla

UCLA
【研究方向】CNS(0+3); Disease(0+2); Therapy(0+2); Trauma(0+2); Cognition(0+2); Regulation(0+1); Structure(0+1); Plasticity(0+1); Environment(0+1); Degeneration(0+1); Aging(0+1); Exercise(0+1); Learning(0+1);
【模式生物】
【方法技术】Behavior(0+2); Model(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Columbia006008New York, NY, USARichard S. Mann

Columbia
【研究方向】Development(11+5); Structure(2+0); Transcription(1+1); Proliferation(0+2); Differentiation(0+2); Motor(0+2); Motor Neuron(1+1); Imaging(2+0); Mutant(1+0); Regulation(1+0); CNS(0+1); Axon(0+1); Dendrite(0+1); Synaptogenesis(0+1); Sense(0+1); Body(1+0); Gait(1+0); Morphology(0+1);
【模式生物】Drosophila(5+0); Rodent(1+0); Stem Cell(0+1);
【方法技术】Protein(2+1); Gene(0+2); Microscopy(2+0); Biochemistry(1+0); In vivo(0+1); In vitro(0+1); Behavior(0+1);
【简述】Stem Cell Biology; Neurogenetics; Axon Pathfinding and Synaptogenesis; Cell Specification and Differentiation; Cellular/Molecular/Developmental Neuroscience;
【研究论文】Nature(4); Cell(8);
【综述】Annual Review Of Biochemistry(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		David Baltimore, David S. HognessLalanti Venkatasubramanian, Paul Feinstein, Gabrielle Rieckhof, Hyung-Don Ryoo, Jill C. Wildonger, Katherine E. Stevens, Jonathan D. Zirin, Barbara Noro, Michael A. Crickmore, Daniel J. McKay, Hsien-wei Peng, Myungin Baek, Katherine M. Lelli, Vikram Ranade, Susan Newcomb, Matthew Slattery, Fernando Casares, Zhaohui Wang, Brian Gebelein, Joaquim Culi, Carlos Estella, Rohit JoshiYears: 2017 — 2018; Recipients: Mann, Richard S; Code: U19; Title/Keywords: Project 2: Neural Basis of Motor Pattern Control Loops@ California Institute of Technology; Matching Score: 0.907014525Prof.
Stanford002003Palo Alto, CA, USAKathleen Poston

Stanford
【研究方向】Parkinson's disease(12+0); Cognition(5+1); Disease(2+3); Imaging(4+1); Movement disorder(3+1); Development(0+3); Disorder(2+1); Therapy(2+1); Neurology(2+0); Parkinson's(2+0); HIV(2+0); Infection(2+0); Oscillation(1+0); Degeneration(0+1); Dysfunction(0+1); Alzheimer's(1+0); Alzheimer's disease(1+0); ApoE(1+0); Alcohol(1+0); Body(1+0); Motor(0+1); Memory(1+0); Learning(1+0); Metabolism(1+0); Blood flow(1+0); Neuroimaging(0+1); Hippocampus(1+0); Subthalamic nucleus(1+0);
【模式生物】
【方法技术】MRI(4+0); PET(2+1); Gene(1+1); Behavior(1+0); fMRI(0+1);
【简述】
【研究论文】
【综述】Review(3); Annals Of Neurology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2015 — 2016; Recipients: Poston, Kathleen Lombard; Code: P50; Title/Keywords: Working Memory in Parkinson Disease: a Cognitive & Systems Neuroscience Approach@ Stanford University; Matching Score: 0.958Assoc Prof.
UCLA011013Los Angeles, CA, USAAllan D. Wu

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NEI??Bethesda, MD, USABevil R Conway

NIH-NEI
【研究方向】Color(18+3); Vision(13+3); V1(6+0); Inferotemporal (IT) cortex(6+0); Face(4+0); Cognition(0+3); Visual cortex(3+0); Receptor(2+0); Structure(2+0); Color perception(2+0); Object(2+0); Categorization(0+2); Neuroaesthetics(2+0); V4(2+0); Posterior inferior temporal cortex(2+0); Differentiation(1+0); Sense(0+1); Perception(1+0); Retina(1+0); Striate cortex(1+0); Extrastriate cortex(1+0); Contrast(1+0); Auditory(0+1); Memory(0+1); Social cognition(0+1); Language(1+0); Emotion(0+1); Decoding(1+0); Imaging(0+1); PFC(1+0);
【模式生物】Macaque(20+0); Human(3+5); Monkey(4+0); Primate(0+3); Non-human primate(0+2);
【方法技术】Computation(1+3); Psychophysics(1+2); MRI(0+2); fMRI(2+0); Model(0+2); Anatomy(0+1); Behavior(1+0); Single-unit recording(1+0); MEG(0+1); Microstimulation(0+1); Pharmacology(0+1); Theory(1+0); Statistics(1+0);
【简述】Sensation, Cognition and Action Section
【研究论文】Nature Neuroscience(1); JNS(3); Curr Biol.(1); PLoS Biol.(1); Neural Computation(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Margaret Livingstone, David HubelRosa Lafer-Sousa, Theodros M HaileThorsten Hansen002858
Stanford002003Palo Alto, CA, USADavid Lentink

Stanford
【研究方向】Dynamics(3+0); Kinematics(2+0); Robot(2+0); Vision(1+0); Morphology(1+0);
【模式生物】Bird(5+0); Zebrafish(1+0);
【方法技术】Model(3+0); In vivo(2+0); Biophysics(1+0);
【简述】
【研究论文】Nature(2); Science(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2016 — 2021; Recipients: Lentink, David; Code: N/A; Title/Keywords: Career: How Birds Lift Weight With Flapping Wings@ Stanford University; Matching Score: 1001963Assist Prof.
Yale014011New Haven, CT, USAJonathan Demb

Yale
【研究方向】Retina(0+4); CNS(0+2); Transgenic(0+1); Glutamate(0+1); Neurotransmitter release(0+1); Synapse(0+1); Disease(0+1); Dysfunction(0+1); Bipolar(0+1); Photoreceptor(0+1); Adaptation(0+1); Contrast(0+1); Interneuron(0+1); Morphology(0+1); Imaging(0+1); Connection(0+1);
【模式生物】Mouse(0+2);
【方法技术】Model(0+3); Electrophysiology(0+2); Microscopy(0+2); In vitro(0+1); Behavior(0+1); Optogenetics(0+1); Computation(0+1);
【简述】Adaptation, Physiological; Neurophysiology; Retinal Ganglion Cells; Synapses; Retinal Cone Photoreceptor Cells; Retinal Bipolar Cells.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USALara Ray

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAMatthew Porteus

Stanford
【研究方向】Therapy(5+1); Engineering(5+0); Finger(4+0); CRISPR/Cas9(3+0); Embryo(3+0); Development(1+0); Differentiation(1+0); Pluripotent stem cells(1+0); Transplantation(1+0); Clone(1+0); Disease(1+0); Disorder(1+0); Face(1+0); Metabolism(1+0); Encoding(1+0); Dynamics(0+1);
【模式生物】Human(17+0); Stem Cell(15+0); Mouse(4+0);
【方法技术】Gene(17+1); Model(2+0); Protein(1+0); Pharmacology(1+0);
【简述】
【研究论文】Nature Communications(1); Nature Methods(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		012391Prof.
JHU010012Baltimore, MD, USAJay Baraban MD,

JHU
【研究方向】Synaptic Plasticity(0+2); Translation(0+1); Synapse(0+1); Disease(0+1); Cocaine(0+1);
【模式生物】Mouse(0+1);
【方法技术】Protein(0+1); Behavior(0+1);
【简述】Cellular + Molecular Neuroscience; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USAJames A. Waschek

UCLA
【研究方向】Injury(0+5); Tumor(0+3); Sclerosis(0+3); Peptide(0+2); Development(0+2); CNS(0+2); Pathogenesis(0+2); White matter(0+2); Receptor(0+1); Proliferation(0+1); Differentiation(0+1); Regeneration(0+1); Axon(0+1); Disease(0+1); Degeneration(0+1); Psychiatry(0+1); Inflammation(0+1); Infection(0+1); Perinatal(0+1); Pediatric(0+1);
【模式生物】Stem Cell(0+1);
【方法技术】Gene(0+1); Protein(0+1); Model(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Columbia006008New York, NY, USAMark Churchland

Columbia
【研究方向】Motor cortex(6+1); Dynamics(3+1); Reaching(3+0); Systems Neuroscience(0+2); Execution(2+0); Brain-Machine Interface(1+1); Neural network(1+1); Machine(2+0); Premotor cortex(2+0); Perception(1+0); Vision(1+0); Adaptation(1+0); Object(1+0); Eye Movement(1+0); Motor Neuron(1+0); Muscle(1+0); Knowledge(0+1); Neural dynamics(0+1); Engineering(1+0); Robot(0+1); Primary motor cortex (M1)(0+1);
【模式生物】Macaque(3+0); Monkey(3+0); Primate(1+0);
【方法技术】Algorithm(2+0); Computation(0+1);
【简述】Theoretical Neuroscience; Motor Systems; Cognitive/Systems Neuroscience; Systems and Circuits;
【研究论文】Nature(1); Nature Neuroscience(4); Neuron(3); JNS(3); Nature Communications(1);
【综述】Annual Review Of Neuroscience(1); Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Stephen G. Lisberger, Krishna V. ShenoyAbigail A Russo, Karen E. Schroeder, Cory R. HussarBrian D. DePasquale, Matthew T. Kaufman, David FersterYears: 2017 — 2018; Recipients: Churchland, Mark Montgomery; Code: U19; Title/Keywords: Extracting Computational Principles Governing the Relation Between Brain Activity and Muscle Activity That Are Conserved Between Rodents and Primates@ Columbia University Health Sciences; Matching Score: 0.954005160Assist Prof.
Stanford002003Palo Alto, CA, USAStanley N Cohen

Stanford
【研究方向】Transcription(2+1); Disease(0+3); Modulation(2+0); Environment(1+1); Mutant(1+0); Regulation(1+0); Membrane(1+0); Degeneration(0+1); Ataxias(0+1); Infection(1+0); Sclerosis(0+1);
【模式生物】Human(1+1); Mouse(1+0);
【方法技术】Gene(2+1); Protein(3+0); Virus(1+0); Behavior(1+0);
【简述】
【研究论文】Science(1); Cell(2); PNAS(6);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Columbia006008New York, NY, USALarry Abbott

Columbia
【研究方向】Sense(2+4); Neural network(3+3); Olfaction(2+1); Dynamics(2+1); Synaptic Plasticity(0+2); Motor(1+1); Spiking Neural Network(2+0); Recurrent Neural Network(2+0); Mushroom body(2+0); Ion Channel(1+0); HCN(1+0); Structure(1+0); Plasticity(1+0); STDP(1+0); Signal propagation(0+1); Degeneration(1+0); Neural Circuit(0+1); Systems Neuroscience(0+1); Perception(0+1); Motor Neuron(1+0); Learning and memory(0+1); Grid cell(1+0); Associative learning(1+0); Encoding(0+1); Chaos(1+0);
【模式生物】Drosophila(1+0); C. elegans(1+0);
【方法技术】Model(3+3); Computation(1+3); Theory(1+1); Mathematics(0+2); Behavior(1+0); Simulation(0+1);
【简述】Theoretical Neuroscience; Cognitive/Systems Neuroscience; Computation and Theory; Neurobiology of Learning and Memory;
【研究论文】Nature(5); Cell(1); Neuron(6); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Howard J. SchnitzerDaniel J. Needleman, Andrew JP Fink, Frances Chance, Sean Luo, Kanaka Rajan, Clifton Rumsey, Kamal Sen, David Sussillo, Carl van Vreeswijk, Greg Wayne, Patrick Kaifosh, Emilio Salinas, Mark S. Goldman, Sen Song, Hamid Reza Maei, Patrick J. Drew, Christian D. Swinehart, Tim Vogels, Joseph D. Monaco, Evan S. Schaffer, Qing Yuan, Saul Kato, Ann Kennedy, Brian D. DePasquale, Claudia Clopath, Vladimir Itskov, Taro Toyoizumi, Pablo Esteban Jercog, Guangyu Yang, Wulfram Gerstner, Jonathan E. Peelle, Xaq Pitkow, Omri Barak, Sean EscolaEve Marder, Sacha B. Nelson, Gordon Pipa, Stefano Fusi038412Prof.
NYU015028New York, NY, USARobert Baker

NYU
【研究方向】Development(4+2); Vestibular(0+3); Motor(0+3); Neurology(2+0); Methodology(2+0); Modulation(1+0); Synchrony(1+0); Cell line(0+1); Cell lineage(0+1); Embryo(1+0); Embryology(0+1); Pathology(1+0); Vision(0+1); Eye Movement(0+1); Motor learning(0+1); Reflex(1+0); Imaging(1+0); Comparative anatomy(0+1);
【模式生物】Zebrafish(2+1); Mouse(0+1); Bird(0+1);
【方法技术】Anatomy(1+2); In vivo(1+1); Gene(0+1); In vitro(0+1); Behavior(0+1);
【简述】Cranial motor systems in vertebrates
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Rodolfo R. LlinásAngel M. Pastor, Eckhard Friauf, Emre R. Aksay, Owen G. Debowy, Joshua P. Bassett, James C. Beck, Craig Evinger, Paul J. May, Robert A. McCrea, Jose M. Delgado-Garcia, Erwin IdouxDavid SchoppikYears: 2007 — 2014; Recipients: Baker, Robert G; Code: R01; Title/Keywords: Eye Movement: Physiological Organization@ New York University School of Medicine; Matching Score: 0.958000720Emeritus
Columbia006008New York, NY, USAStefano Fusi

Columbia
【研究方向】Learning(5+1); Cognition(4+0); Neural network(3+1); Synapse(3+0); Dynamics(3+0); Synaptic Plasticity(2+0); Memory(2+0); Learning and memory(0+2); Neural Circuit(1+0); Systems Neuroscience(0+1); Sense(0+1); Vision(1+0); Motor(0+1); Long-term memory(1+0); Memory Consolidation(1+0); Intention(0+1); Working memory(1+0); Emotion(1+0); Encoding(1+0); Neural dynamics(0+1); PFC(1+0); Inferotemporal (IT) cortex(1+0); Amygdala(1+0);
【模式生物】
【方法技术】Computation(7+1); Model(4+1); Behavior(1+2); Theory(1+2); In vivo(2+0); Simulation(1+0);
【简述】Theoretical Neuroscience; Cognitive/Systems Neuroscience; Neurobiology of Learning and Memory; Computation and Theory;
【研究论文】Nature(2); Nature Neuroscience(2); Neuron(2); JNS(1); Neural Computation(5);
【综述】Annual Review Of Neuroscience(1); Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Walter Senn, Daniel Amit, Xiao-Jing Wang, Hans Rudolf LüscherGiancarlo La Camera, Mattia Rigotti, Lorenzo Fontolan, Kiyohito Iigaya, Omri Barak, Anthony J. Decostanzo, Srdjan Ostojic, Daniel David Ben Dayan Rubin, Alex Roxin, Fabio Stefanini, Michele GiuglianoEmre Ozgür Neftçi, C Daniel Salzman, Larry F. Abbott, Eleni VasilakiYears: 2017 — 2019; Recipients: Paninski, Liam (co-PI) [⬀] Cunningham, John (co-PI) [⬀] Miller, Kenneth (co-PI) [⬀] Abbott, Laurence [⬀] Fusi, Stefano; Code: N/A; Title/Keywords: Neuronex Theory Team: Columbia University Theoretical Neuroscience Center@ Columbia University; Matching Score: 1005931Assoc Prof.
JHU010012Baltimore, MD, USADa-Ting Lin

JHU
【研究方向】Imaging(0+2); Optical imaging(0+2); Development(0+1); Dysfunction(0+1); Addiction(0+1); Neural Circuit(0+1); Cognition(0+1); Optical(0+1);
【模式生物】
【方法技术】In vivo(0+3); Computation(0+2); Data analysis(0+1);
【简述】Systems, Cognitive + Computational Neuroscience; Neural Circuits, Ensembles + Connectomes; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Columbia006008New York, NY, USAStephen H. Tsang

Columbia
【研究方向】Disease(16+1); Photoreceptor(12+5); Therapy(11+3); Degeneration(8+3); Vision(7+0); Chloride(4+0); Metabolism(0+4); Structure(3+0); Transplantation(3+0); Retina(3+0); Cell line(2+0); Reprogramming(1+1); Embryo(2+0); Disorder(2+0); Age-related(2+0); CRISPR/Cas9(1+0); Knockout(1+0); Modulation(1+0); Ion Channel(1+0); Membrane(1+0); Astrocyte(1+0); Development(1+0); Environment(0+1); Neurodegenerative disorder(0+1); Pathology(1+0); Dysfunction(1+0); Therapeutics(0+1); Cell therapy(1+0); Aging(1+0); Tumor(1+0); Sense(0+1); Form(1+0); Circadian(0+1); Engineering(0+1); Imaging(0+1); Optical(1+0);
【模式生物】Stem Cell(11+4); Human(12+2); Mouse(9+1); Drosophila(1+0);
【方法技术】Model(20+1); Gene(19+1); Protein(5+0); In vivo(4+0); Channel(2+0); Virus(1+0); In vitro(1+0);
【简述】Neural Degeneration and Repair ; Stem Cell Biology; Sensory Physiology; Genome Surgery; Gene Therapy;
【研究论文】Science(2); Cell(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Victor A. McKusick, Stephen GoffLawrence Chan, Huy Vu Nguyen, Jack Chai Lin Chou, Katherine J. Wert, Susanne Koch, Scott Smemo, Nan-Kai Wang, Joaquin TosiYears: 2018 — 2019; Recipients: Hauswirth, William W (co-PI) [⬀] Michalakis, StylianosPetersen-Jones, SimonTsang, Stephen H; Code: R24; Title/Keywords: Translational Gene Therapy For Cngb1 Retinitis Pigmentosa@ Michigan State University; Matching Score: 0.954006795Assoc Prof.
Princeton061009Princeton, NJ, USAMichael Graziano

Princeton
【研究方向】Consciousness(0+2); Social(0+1);
【模式生物】Human(0+1);
【方法技术】Theory(0+1);
【简述】Human Neuroscience
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Richard A. Andersen, Charles GrossLina A. Reiss, Megan Harvey, Hope H Kean, Dylan F. Cooke, Tyson Aflalo, Jeffrey D. Meier, Arvid GuterstamYears: 2004 — 2008; Recipients: Graziano, Michael S; Code: R01; Title/Keywords: Sensory-Motor Integration in the Primate Cortex@ Princeton University; Matching Score: 0.958Prof.
NYU015028New York, NY, USAKerry Walton

NYU
【研究方向】Development(2+6); Synapse(4+0); Pain(4+0); Motor(2+2); Synaptic Transmission(2+0); Oscillation(0+2); Plasticity(0+1); Environment(0+1); CNS(1+0); Sense(1+0); Vestibular(1+0); Posture(0+1); Imaging(1+0);
【模式生物】Rat(4+1); Human(1+0);
【方法技术】In vitro(5+1); Electrophysiology(1+2); Model(1+1); Anatomy(0+1); Theory(1+0);
【简述】Postnatal development of the mammalian nervous system
【研究论文】Science(1); JNS(1);
【综述】Brain Research Reviews(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Rodolfo R. Llinás004088Assoc Prof.
Stanford002003Palo Alto, CA, USAPeter Tass

Stanford
【研究方向】Plasticity(2+0); Axon(2+0); Dendrite(2+0); Synapse(2+0); Frequency(2+0); Neuromodulation(1+0); Structure(1+0); Oscillation(1+0); Disease(1+0); Disorder(1+0); Therapy(1+0); Parkinson's disease(1+0); Movement disorder(1+0); Entrainment(1+0); Chaos(1+0);
【模式生物】
【方法技术】DBS(3+0); Computation(2+0); Model(1+0);
【简述】
【研究论文】Neuron(2); PLOS Computational Biology(1);
【综述】Physical Review(2); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
UCSD011017San Diego, CA, USAEric Zorrilla

UCSD
【研究方向】Addiction(0+2); Food Intake(0+2); Disorder(0+1); Psychiatric disorder(0+1); Anxiety(0+1); Depression(0+1); Cognition(0+1); Appetitive(0+1); Reward(0+1); Energy balance(0+1); Stress(0+1);
【模式生物】
【方法技术】Behavior(0+4); Gene(0+1); Biochemistry(0+1); Pharmacology(0+1);
【简述】 Biochemistry & Molecular; Cognitive, Behavioral & Psychopharmacology; Clinical
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Yale014011New Haven, CT, USAJohn D Murray

Yale
【研究方向】Disorder(0+2); Schizophrenia(0+2); Neural Circuit(0+2); Dynamics(0+2); Dysfunction(0+1); Psychiatry(0+1); Systems Neuroscience(0+1); Cognition(0+1); Memory(0+1); Decision making(0+1); PFC(0+1);
【模式生物】
【方法技术】Computation(0+3); Model(0+3); Theory(0+1); Simulation(0+1);
【简述】Cognition; Computer Simulation; Decision Making; Interneurons; Memory, Short-Term; Schizophrenia; Prefrontal Cortex; Computational Biology; Functional Neuroimaging.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USAWallace W. Tourtellotte

UCLA
【研究方向】Demyelinating(0+1); Sclerosis(0+1);
【模式生物】
【方法技术】Virus(0+2);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSF003015San Francisco, CA, USALaurence Tecott

UCSF
【研究方向】5-HT(0+9); Receptor(0+6); Regulation(0+4); Disorder(0+2); Depression(0+2); Reward(0+2); Mutant(0+1); Alcohol(0+1); Anxiety(0+1); Attention(0+1);
【模式生物】Mouse(0+4); Human(0+1);
【方法技术】Behavior(0+10); Gene(0+6); Model(0+2); Pharmacology(0+1);
【简述】Molecular Genetic Analysis of Behavioral Traits
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Yale014011New Haven, CT, USASteven Zucker

Yale
【研究方向】Vision(0+7); Sense(0+1); Engineering(0+1);
【模式生物】Primate(0+1);
【方法技术】Computation(0+4); Mathematics(0+2); Model(0+1); Theory(0+1);
【简述】Biomedical Engineering; Computers; Mathematical Computing; Mathematics; Neurophysiology; Neurosciences; Robotics; Biomedical Research.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAJames B. Brewer

UCSD
【研究方向】Memory(0+5); Imaging(0+2); Structure(0+1); Disease(0+1); Cognition(0+1); Temporal lobe(0+1); Medial Temporal Lobe(0+1);
【模式生物】Human(0+1);
【方法技术】MRI(0+2); Behavior(0+1);
【简述】 Systems; Cognitive, Behavioral & Psychopharmacology; Clinical
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NINDS??Bethesda, MD, USAAvindra Nath

NIH-NINDS
【研究方向】HIV(11+3); Disease(7+4); Neurology(10+0); Infection(4+2); Receptor(3+0); Therapy(1+2); Alzheimer's disease(3+0); Neurotoxicity(2+1); Sclerosis(2+1); Neurogenesis(2+0); CNS(2+0); Pathogenesis(1+1); Transgenic(0+1); Amino acid(1+0); Cytokine(1+0); Peptide(1+0); Glial cell(0+1); Glia(1+0); Proliferation(1+0); Differentiation(1+0); Disorder(1+0); Dysfunction(1+0); Demyelinating(1+0); Dementias(1+0); Tau(1+0); Motor Neuron(0+1); Metabolism(1+0); Steroid(1+0); Stress(1+0); S1(1+0);
【模式生物】Human(8+1); Mouse(1+0);
【方法技术】Protein(5+5); Virus(4+3); In vitro(0+2); Gene(1+0); In vivo(0+1); MRI(1+0); Model(1+0);
【简述】Section of Infections of the Nervous System
【研究论文】eLife(1);
【综述】Review(3); Annals Of Neurology(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Melina V. Jones, David E. Galey, Barry R. RobinsonYears: 2008 — 2010; Recipients: Nath, Avindra; Code: R01; Title/Keywords: Ssri-Neuroprotection For Hiv/Drug Abuse@ Johns Hopkins University; Matching Score: 0.948030336
CAS-ION??Shanghai, ChinaAi-Ke Guo

CAS-ION
【研究方向】Vision(7+10); Mushroom body(5+4); Olfaction(5+1); Perception(0+4); Contrast(0+4); Decision making(2+2); Dopamine(3+0); Learning(1+2); Attention(1+2); Modulation(0+2); GABA(1+1); Rhythm(2+0); Neural Circuit(1+1); Cognition(0+2); Color(0+2); Object(0+2); Visual learning(2+0); Nociception(1+1); Memory(1+1); Learning and memory(1+1); Sleep(2+0); Receptor(0+1); Dopamine receptor(1+0); Gap junction(1+0); Glial cell(1+0); Addiction(0+1); Sense(0+1); Retina(0+1); Reward(0+1); Circadian clock(0+1); Sparse coding(1+0); Imaging(1+0);
【模式生物】Drosophila(18+4); Human(0+2);
【方法技术】Behavior(4+3); Electrical stimulation(0+2); Gene(1+0); Anatomy(0+1); Computation(0+1);
【简述】Learning & Memory
【研究论文】Science(3); PNAS(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Werner ReichardtJianjian Zhao, fang guo, Yan Li, li Liu, He Liu, yinjun tian, Guangxia Wang, shouzhen Xia, Yizhou Ye, Wei Yi, dinghui Yu, Junyu Zhao, Zhiping Zhang, Zhengchang Lei, Qingzhong Ren, Ke Chen, Xiaoliang Zhao001628Senior Investigator
NYU015028New York, NY, USALynne Kiorpes

NYU
【研究方向】Development(0+1); Vision(0+1);
【模式生物】
【方法技术】
【简述】Development of visual function
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Davida TellerDaniel C. Kiper, Chao Tang, Brittany N. Bushnell, Cynthia Hall-Haro, Tom J. van Grootel, Da-Peng LiJ Anthony MovshonYears: 2016 — 2018; Recipients: Kiorpes, Lynne; Code: T32; Title/Keywords: Training Systems and Integrative Neuroscience@ New York University; Matching Score: 1Prof.
Princeton061009Princeton, NJ, USAJoshua Shaevitz

Princeton
【研究方向】Optical(5+2); Structure(2+2); Body(2+2); Adhesion(3+0); Dynamics(3+0); Transcription(2+0); Stress(1+1); Membrane(1+0); Adaptation(1+0); Object(1+0); Imaging(1+0);
【模式生物】C. elegans(1+0);
【方法技术】Microscopy(5+3); Model(3+1); Protein(0+1); Behavior(1+0); Simulation(0+1);
【简述】Systems and Circuits
【研究论文】Nature(2); Science(1); Cell(4);
【综述】Physical Review(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Steven M. BlockGordon BermanYears: 2018 — 2019; Recipients: Bialek, William (co-PI) [⬀] Murthy, Mala [⬀] Pillow, Jonathan William (co-PI) [⬀] Shaevitz, Joshua W; Code: R01; Title/Keywords: Dissecting Sensorimotor Pathways Underlying Social Interactions: Models, Circuits, and Behavior@ Princeton University; Matching Score: 1004679Prof.
Stanford002003Palo Alto, CA, USARaymond A Sobel

Stanford
【研究方向】CNS(1+4); Differentiation(3+0); Disease(2+1); Injury(0+3); Sclerosis(2+1); Development(2+0); Neuroinflammation(2+0); Inflammation(2+0); Metabolism(2+0); Neuroimmunology(2+0); Modulation(1+0); Transcription(1+0); Astrocyte(1+0); Environment(0+1); Transplantation(1+0); Dendrite(1+0); Neurology(1+0); Pathology(1+0); Dysfunction(0+1); Tumor(1+0); Body(1+0); Imaging(1+0);
【模式生物】Mouse(4+0); Human(0+1);
【方法技术】Protein(1+1); Model(1+1);
【简述】
【研究论文】Nature(1); Science(1); Cell(9); PNAS(3);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jeffrey A. GoldenYears: 2003 — 2006; Recipients: Sobel, Raymond A; Code: R01; Title/Keywords: Failure of Axon Repair in Chronic Ms Lesions@ Stanford University; Matching Score: 1Prof.
JHU010012Baltimore, MD, USAFrederick Lenz MD

JHU
【研究方向】Sense(0+4); Movement disorder(0+2); Pain(0+2); Attention(0+2); Thalamus(0+2); Structure(0+1); Membrane(0+1); Plasticity(0+1); Synchrony(0+1); Epilepsy(0+1); CNS(0+1); Motor(0+1);
【模式生物】Human(0+4);
【方法技术】LFP(0+1);
【简述】.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAMartin S Angst

Stanford
【研究方向】Anesthesia(2+1); Pain(3+0); Headache(3+0); Modulation(0+1); Receptor(1+0); Disease(1+0); Disorder(1+0); Neurology(1+0); Neurotoxicity(1+0); Infection(0+1); Perinatal(1+0); Stroke(1+0); Trauma(1+0); Migraine(1+0); Context(0+1); Knowledge(0+1); Exploration(0+1); Aversive(0+1);
【模式生物】Human(6+0); Mouse(1+0);
【方法技术】Bioinformatics(2+0); Protein(0+1); Model(1+0);
【简述】
【研究论文】Nature(1); Science(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
WUSTL009032Saint Louis, MO, USAJanice L. Robertson

WUSTL
【研究方向】Membrane(4+10); Structure(5+1); Transporter(2+1); Potassium channel(2+1); Imaging(2+1); Form(0+2); Encoding(2+0); Receptor(1+0); Ion Channel(1+0); Sodium channel(0+1);
【模式生物】
【方法技术】Protein(4+4); Biochemistry(1+4); Model(1+4); Theory(0+4); Microscopy(1+2); Channel(1+1); Biophysics(0+2); Electrophysiology(0+2); Mathematics(0+2); Computation(0+1);
【简述】To understand how and why membrane proteins fold, form stable complexes, and achieve conformational stability inside of the oil-filled cell membrane.
【研究论文】Nature(1); Science(1); eLife(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Lawrence G. Palmer000372Assist Prof.
Stanford002003Palo Alto, CA, USAJennifer A McNab

Stanford
【研究方向】Imaging(9+2); Development(0+5); Diffusion MRI(4+1); Axon(4+0); Brain injury(3+0); Encoding(2+1); Disease(1+1); Stroke(2+0); Injury(1+1); Sclerosis(2+0); Contrast(1+1); Homeostatic(2+0); White matter(2+0); Neurology(1+0); Degeneration(0+1); Pathology(1+0); Aging(0+1); Pediatric(1+0); Planning(0+1); Acquisition(1+0); Regularization(1+0); Connection(1+0); Motor cortex(1+0); Pedunculopontine nucleus(1+0);
【模式生物】Human(12+0); Macaque(1+0); Primate(1+0); Mouse(1+0);
【方法技术】MRI(14+6); In vivo(6+0); TMS(1+1); Model(1+1); fMRI(1+0); Theory(1+0);
【简述】
【研究论文】Cell(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		001688Assist Prof.
UCLA011013Los Angeles, CA, USADavid S. Williams

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAAmir Zarrinpar

UCSD
【研究方向】Environment(0+2); Cognition(0+2); Neurotransmitter(0+1); 5-HT(0+1); Disease(0+1); Neuroinflammation(0+1); Metabolism(0+1);
【模式生物】Mouse(0+1);
【方法技术】Behavior(0+2);
【简述】 Cognitive, Behavioral & Psychopharmacology; Clinical
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAXiaolin Zheng

Stanford
【研究方向】Environment(2+0); Engineering(2+0); Form(1+0);
【模式生物】
【方法技术】Microscopy(1+0); Computation(1+0);
【简述】
【研究论文】Science(2); Cell(1); PNAS(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		009821Assoc Prof.
Harvard001001Boston, MA, USAIsaac Chiu

Harvard
【研究方向】Pain(9+9); Inflammation(11+3); Sense(5+8); Itch(3+5); Disease(1+4); Infection(3+2); Receptor(1+3); Injury(4+0); Neuropeptide(3+0); Respiratory(0+3); Somatosensory(2+0); Transgenic(1+0); Glia(0+1); Microglia(1+0); Cell cycle(1+0); Transplantation(1+0); Trafficking(1+0); Synapse(1+0); Therapeutics(1+0); Therapy(1+0); Neuroprotective(1+0); Neuroprotection(1+0); Sclerosis(1+0); Inflammatory pain(1+0); Neuropathic pain(0+1); Stress(0+1); Cardiovascular(1+0); Gastrointestinal(0+1);
【模式生物】Mouse(3+0); Human(1+0);
【方法技术】Model(4+0); Gene(0+1); Protein(1+0); In vitro(1+0); Cell culture(0+1); Pharmacology(0+1);
【简述】Neuro-immune Mechanisms of Pain and Inflammation
【研究论文】Cell(4); Neuron(1); Nature Communications(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Clifford Woolf, Tom ManiatisPingchuan MaYears: 2017 — 2018; Recipients: Chiu, Isaac Ming-ChengWessels, Michael R; Code: R01; Title/Keywords: Pain and Neuro-Immune Signaling in S. Pyogenes Pathogenesis@ Harvard Medical School; Matching Score: 0.958003484Assist Prof.
CalTech072006Pasadena, CA, USAHenry A. Lester

CalTech
【研究方向】Receptor(5+0); Ion Channel(4+0); Potassium channel(3+0); Nicotine(3+0); Transporter(2+0); GABA(2+0); Amino acid(1+0); Nicotinic acetylcholine receptor(1+0); Acetylcholine receptor(1+0); Calcium channel(1+0); Neurotransmitter release(1+0); Retina(1+0); Reward(1+0);
【模式生物】Rat(3+0); Mouse(1+0); Xenopus(1+0);
【方法技术】Channel(6+0); Pharmacology(2+0); Gene(1+0); Biochemistry(1+0);
【简述】Neuroscience and Biophysics
【研究论文】Nature(3); Science(4); Nature Neuroscience(1); Neuron(2); JNS(2);
【综述】Trends In Neurosciences(1); Current Opinion In Neurobiology(1); Pharmacological Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Frederick A. Dodge, Haldan Keffer Hartline, Floyd Ratliff, Jean-Pierre ChangeuxAmy M. Hurwitz, Julien Muffat, Amber L. Southwell, Shawnalea J. Frazier, Cambrian Y. Liu, Weston A. Nichols, Nathan Dascal, Alan L. Goldin, Paulo Kofuji, Michael  W. Quick, Wenmei Shi, Rahul Srinivasan, Michael M. White, Terrance P. Snutch, Pierre Charnet, Kamran Diba, Ryan M. Drenan, Rachel E. Penton, Brandon J. Henderson, Julie M. Miwa, Joanna L. JankowskyErik A. Rodriguez, Elizabeth K. Unger, Daniel A. Wagenaar, Ueli Rutishauser, Norman DavidsonYears: 2017 — 2018; Recipients: Lester, Henry A.; Code: R21; Title/Keywords: Nicotine Inside Neurons@ California Institute of Technology; Matching Score: 1032934Prof.
WUSTL009032Saint Louis, MO, USAD.P. Mohapatra

WUSTL
【研究方向】Pain(2+6); Neuropathic pain(2+2); Peptide(3+0); Inflammatory pain(1+2); Receptor(2+0); Modulation(1+0); Potassium channel(1+0); Trafficking(1+0); Dendrite(1+0); Sense(0+1); Migraine(1+0); Gait(1+0); Dynamics(1+0);
【模式生物】Human(0+4); Mouse(2+0); Rodent(0+1);
【方法技术】Channel(3+0); Model(1+1); Behavior(1+0); Pharmacology(1+0);
【简述】Basic and Translational Pain Biology (Cancer Pain, Neuropathic Pain and Inflammatory Pain)
【研究论文】Neuron(1); JNS(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
NYU015028New York, NY, USAWei Ji Ma

NYU
【研究方向】Vision(4+0); Inference(4+0); Bayesian(4+0); Working memory(2+1); Perception(1+1); Multisensory perception(2+0); Learning(2+0); Decision making(1+1); Short-term memory(2+0); Cognition(1+0); Concept(1+0); Motivation(1+0); Encoding(1+0); Spiking Neural Network(1+0); V1(1+0);
【模式生物】Human(1+0); Monkey(1+0); Primate(1+0);
【方法技术】Behavior(3+0); Computation(2+0); Model(2+0); Theory(1+0);
【简述】Perception, working memory, and decision making
【研究论文】Nature Neuroscience(4); Neuron(2); JNS(1); Curr Biol.(1); PLOS Computational Biology(1);
【综述】Annual Review Of Neuroscience(1); Current Opinion In Neurobiology(1); Psychological Review(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Christof Koch, Alexandre PougetYichen Li, Shaiyan Keshvari, Helga Mazyar, Emma Zhu, Harrison He, Maija Honig, Yanli Zhou, Joshua Calder-Travis, Edgar Y. Walker, Carolina di Tella, Aspen Yoo, Jennifer Laura Lee, Peiyuan Zhang, Mingbo Cai, Stuart Jackson, Hongsup Shin, William T. Adler, Bas van Opheusden, Andra Mihali, Andra Mihali, Xiang Li, Heiko H Schütt, Ronald van den Berg, Nuwan Induruwage De Silva, Emin E. Orhan, Luigi Acerbi, Zahy BnayaJeffrey Beck, Ulrik Beierholm, Janneke F.M. Jehee, Konrad P. Kording, Peter Latham, Vidhya Navalpakkam, Lucas Parra, Ladan Shams, Ruben S. van Bergen, Patrick Wilken006481Assoc Prof.
Stanford002003Palo Alto, CA, USAJulia Kaltschmidt

Stanford
【研究方向】Development(2+1); Sense(2+1); Interneuron(1+2); Motor Neuron(3+0); Neural Circuit(2+0); Dynamics(2+0); Glutamate(1+0); Structure(0+1); Transcription(1+0); Differentiation(0+1); Embryo(1+0); Synapse(1+0); Microcircuit(0+1); Neurodegenerative disease(1+0); Injury(1+0); Motor(1+0); Reflex(1+0); Muscle(1+0); Imaging(0+1); Connection(1+0);
【模式生物】Mouse(2+1); Human(0+1); Drosophila(1+0);
【方法技术】Protein(2+0); In vivo(1+1); Behavior(0+2); Gene(0+1); Anatomy(0+1); Model(0+1);
【简述】
【研究论文】Nature(3); Science(1); Cell(10); Neuron(3); JNS(4); PNAS(1); Curr Biol.(1);
【综述】Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Andrea H. Brand, Thomas M. JessellSoha Ashrafi, Jeffrey Russ, Jarret A.P. Weinrich, Subhamoy Das, Michael MendeYears: 2013 — 2017; Recipients: Kaltschmidt, Julia Anna; Code: R01; Title/Keywords: Molecular Mechanisms Regulating Inhibitory Circuitry in the Spinal Cord@ Sloan-Kettering Inst Can Research; Matching Score: 0.963Assoc Prof.
Columbia006008New York, NY, USAJian Yang

Columbia
【研究方向】CA2(11+0); Disease(0+8); TRP channel(0+5); Regulation(2+1); Ion Channel(1+2); Calcium channel(2+1); Potassium channel(3+0); Membrane(0+3); Receptor(1+1); Structure(1+1); Muscle(0+2); Temperature(0+2); Cardiovascular(0+2); Modulation(1+0); Epilepsy(0+1); Trafficking(0+1); Autism(0+1); Channelopathies(1+0); Pain(0+1); Migraine(0+1); Touch(0+1); Olfaction(0+1); Taste(0+1); Optical imaging(0+1); Machine(0+1);
【模式生物】Human(0+1); Rat(1+0);
【方法技术】Channel(10+1); Protein(2+0); Gene(0+1); Biochemistry(0+1);
【简述】Biophysics/Ion Channels; Cellular/Molecular/Developmental Neuroscience;
【研究论文】Nature(3); Nature Neuroscience(2); Neuron(6); JNS(1);
【综述】Current Opinion In Neurobiology(1); Physiological Reviews(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Bertil Hille, Richard W. Tsien, Stephen D. Roper, Lily Y. JanJoel D. Mainland, Carl Edward Schoonover, Li Wu, Cheng Xie, MingMing Fan, Christina A. Doyle, Kathryn A. Henckels, Yong YuYears: 2017 — 2019; Recipients: Yang, Jian ; Code: R01; Title/Keywords: Molecular Physiology of Cyclic Nucleotide-Gated Channels@ Columbia Univ New York Morningside; Matching Score: 0.554005100Prof.
NIH-NEI??Bethesda, MD, USABruce Cumming

NIH-NEI
【研究方向】Vision(5+2); V1(7+0); Sense(3+0); Perception(2+1); Eye Movement(3+0); Visual cortex(3+0); V2(2+0); Modulation(1+0); Structure(1+0); Adaptation(1+0); Striate cortex(1+0); Depth(1+0); Contrast(1+0); Context(1+0); Neural network(1+0); Connection(0+1); FEF(1+0);
【模式生物】Monkey(2+1); Human(1+1); Macaque(1+0); Primate(1+0);
【方法技术】Model(1+2); Psychophysics(0+2); Computation(0+2); Behavior(1+0); Single-unit recording(0+1); Awake(0+1); Computational Model(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Stuart John Judge, Andrew ParkerHolly Bridge, Adrian Gopnik Bondy, Ralf Haefner, Hendrikje Nienborg, Ali Moeeny, Jenny C.A. Read, Christine Bredfeldt, Seiji TanabeYears: 2014; Recipients: Cumming, Bruce G; Code: ZIA; Title/Keywords: Internal Monitoring of Eye Movement in Schizophrenia@ National Eye Institute; Matching Score: 0.925006002
Columbia006008New York, NY, USAEric Kandel

Columbia
【研究方向】Learning(0+2); Learning and memory(0+2); Genetically modify(0+1); Ion Channel(0+1); Synaptic Plasticity(1+0); LTP(0+1); Synapse(0+1); Pathogenesis(1+0); Psychiatric disorder(0+1); Age-related(1+0); Cocaine(1+0); Nicotine(1+0); Schizophrenia(1+0); Neural Circuit(1+0); Cognition(1+0); Sense(1+0); Form(1+0); Reflex(0+1); Memory(1+0); Long-term memory(0+1); Knowledge(1+0); Hippocampus(0+1); Striatum(1+0);
【模式生物】Mouse(0+1);
【方法技术】Gene(1+0); Protein(1+0); Cell culture(0+1); Behavior(0+1); Model(0+1);
【简述】Neurogenetics; Models of Psychiatric Disorders; Neurobiology of Learning and Memory; Biophysics/Ion Channels; Synapses and Circuits; Systems and Circuits;
【研究论文】Science(2); Cell(3); Neuron(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Harry Grundfest, Wade Marshall, Stephen Kuffler, Ladislav TaucRaghu Kiran Appasani, Ben S. Huang, John J. Marshall, Jenny Shao, Rern Lau, David Tukey, Ruby Hsu, Yin Li, Heidi Kay Smith, Emi Ling, Hal Blumenfeld, Edmonds Brian, John H. Byrne, William N. Frost, Wayne Hening, Arnold R. Kriegstein, Dietmar Kuhl, Daniele Piomelli, Stephen G. Rayport, Lee Zuckerman, Seb Thuault, Celia Durkin, Howard Wachtel, Daniel Gardner, Edgar T. Walters, Michael M. Segal, Vincent F. Castellucci, Lise S. Eliot, Timothy E. Kennedy, Bong-Kiun Kaang, Christopher Todd Anderson, Lei Wang, Christopher J. Pittenger, Amit Etkin, Sally Till, Priyamvada Rajasethupathy, Thomas W. Abrams, Juan Marcos Alarcon, Cristina M. Alberini, Mark Barad, James E. Blankenship, Tom Carew, Gregory A. Clark, Pramod Dash, Lenzie Katherine Ford, Seth Grant, Yinghe Hu, Kaoru Inokuchi, Christoph Kellendonk, Clifford Kentros, Irving Kupfermann, Kelsey C. Martin, Earl Mayeri, Mark R. Mayford, Francisco J. Monje, Alexei Morozov, Isabel Muzzio, Thomas J. O'Dell, Susan L. Patterson, Paul Pfaffinger, Harold Pinsker, Richard Scheller, Gleb Shumyatsky, Kausik Si, Joe Tsien, Harshad D. Vishwasrao, Andrea Volterra, Danny Winder, Min Zhuo, Abid Hussaini, Pablo Esteban Jercog, Xiang Li, Chirag Upreti, Arun Asok, Christopher A. de Solis, John D. Koester, Nicholas Dale, J. David Sweatt, David L. Glanzman, Jean-François Brunet, Michael A. Kiebler, Peter V. Nguyen, Ted Abel, Hyon Son, Shinya Kuroda, Joung-Hun Kim, Matthew F. Nolan, Dinko Kranjac, Ottavio Arancio, Khalid Touzani, Pierre Trifilieff, Michael A. ColicosEugene P Brandon, Donald Peter Cain, Paul Greengard, Robert U. Muller, James H. Schwartz, Steven A. Siegelbaum, Stephen J. Smith, Stanislav S. ZakharenkoYears: 2012 — 2016; Recipients: Ju, Jingyue [⬀] Kandel, Eric R (co-PI) Moroz, Leonid L (co-PI) [⬀] Sander, Chris; Code: R01; Title/Keywords: Genomic Approaches to Deciphering Memory Circuits@ Columbia Univ New York Morningside; Matching Score: 0.939Prof.
UCLA011013Los Angeles, CA, USARobert M. Bilder

UCLA
【研究方向】Imaging(0+1);
【模式生物】Human(0+2);
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIA??Bethesda, MD, USASusan M. Resnick

NIH-NIA
【研究方向】Aging(6+2); Cognition(4+3); Imaging(3+1); Memory(1+2); Alzheimer's disease(2+0); ApoE(2+0); Gait(2+0); Blood flow(2+0); Modulation(0+1); Development(1+0); Disease(0+1); Neurodegenerative disease(1+0); Pathology(1+0); Therapy(0+1); Psychiatry(1+0); Age-related(1+0); Parkinson's disease(1+0); Vestibular(1+0); Posture(1+0); Context(1+0); Executive function(1+0); Sleep(1+0); Hormone(0+1); Diffusion MRI(1+0); Neuroimaging(0+1); White matter(1+0);
【模式生物】Human(1+0);
【方法技术】Gene(3+0); PET(2+0); MRI(1+0); Behavior(0+1);
【简述】Laboratory of Behavioral Neuroscience
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAHyongsok Soh

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
WUSTL009032Saint Louis, MO, USAHong Chen

WUSTL
【研究方向】Therapy(0+2); Tumor(2+0); Transgenic(1+0); Modulation(1+0); Development(0+1); Cognition(1+0); Frequency(1+0); Metabolism(1+0); Blood flow(1+0); Vessel(1+0); Engineering(0+1); Imaging(1+0);
【模式生物】Mouse(3+0);
【方法技术】Model(2+0); In vivo(1+0); Ex vivo(1+0); Ultrasonic(1+0);
【简述】Combines biology, engineering, and medicine to develop ultrasound techniques for noninvasive, targeted, and personalized cancer treatment
【研究论文】
【综述】Physical Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Kinuko SuzukiAssist Prof.
CAS-ION??Shanghai, ChinaZuo-Ren Wang

CAS-ION
【研究方向】Attention(1+13); OFC(1+10); Neural Circuit(0+7); Modality(1+6); PPC(0+7); Sense(1+5); ACC(1+5); Decision making(0+5); LIP(0+5); Olfaction(3+0); Vision(0+2); Antennal lobe(2+0); Neural dynamics(0+2); Cingulate cortex(1+1); Periaqueductal gray(1+1); Ion Channel(1+0); Systems Neuroscience(0+1); Nociception(1+0); Taste(1+0); Executive control(0+1); Reward(0+1); Mushroom body(1+0); PFC(0+1);
【模式生物】Drosophila(10+0); Rat(1+8); Mouse(0+4); Monkey(0+2); Primate(0+2); Human(0+1);
【方法技术】Behavior(1+4); Optogenetics(1+4); Channel(2+0); Electrophysiology(0+2); Gene(1+0); Pharmacology(0+1);
【简述】Neural Circuits and Animal Behavior
【研究论文】Cell(2); Neuron(1); PNAS(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		002447Senior Investigator
JHU010012Baltimore, MD, USADwight Bergles

JHU
【研究方向】Transporter(0+13); Glutamate(0+12); Receptor(0+5); Synaptic Transmission(0+3); Glial cell(0+3); Synapse(0+3); Neurotransmitter(0+2); Glia(0+2); Development(0+2); Disease(0+2); Hippocampus(0+2); Amino acid(0+1); Glutamate receptor(0+1); Differentiation(0+1); Neurodegenerative disease(0+1); Stroke(0+1); Injury(0+1); Sclerosis(0+1); Form(0+1); Cerebellum(0+1);
【模式生物】
【方法技术】Whole-cell recording(0+2); Behavior(0+1); Electrophysiology(0+1);
【简述】Developmental Neuroscience; Cellular + Molecular Neuroscience; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAStephen Quake

Stanford
【研究方向】Receptor(2+0); Tumor(2+0); Dynamics(2+0); Structure(1+0); Development(1+0); Cell line(1+0); Cell lineage(1+0); Environment(1+0); Disease(1+0); Disorder(1+0); Therapy(1+0); Aging(1+0); Infection(1+0); Sclerosis(1+0); Timing(1+0); Metabolism(1+0); Neuroendocrine(1+0); Stress(1+0);
【模式生物】Human(4+0); Mouse(1+0);
【方法技术】Gene(1+0); Biophysics(0+1); Tracing(1+0); Model(1+0);
【简述】
【研究论文】Nature(1); Science(2); Cell(9); PNAS(2); PLoS Biol.(1); eLife(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
UCSD011017San Diego, CA, USAKaterina Semendeferi

UCSD
【研究方向】Cognition(0+3); Neurology(0+1); Acquisition(0+1); Emotion(0+1); Neuroimaging(0+1);
【模式生物】Human(0+5);
【方法技术】Behavior(0+2);
【简述】 Systems; Cognitive, Behavioral & Psychopharmacology
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIEHS??Bethesda, MD, USAStephen B. Shears

NIH-NIEHS
【研究方向】Metabolism(4+1); Cytokine(4+0); Regulation(1+1); Cell line(2+0); Environment(2+0); Inflammation(2+0); Stress(2+0); Dynamics(1+1); Chloride(0+1); Structure(1+0); Energy homeostasis(0+1); Aging(1+0); Muscle(0+1); Machine(1+0); Connection(1+0);
【模式生物】Human(3+0); Drosophila(3+0); Mouse(1+0); Bird(1+0);
【方法技术】Protein(3+0); Model(1+0);
【简述】
【研究论文】Cell(9);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USALaurie Brotman

NYU
【研究方向】Development(5+0); Psychiatry(5+0); Aggression(4+0); Emotion(3+0); Social behavior(3+0); Pediatric(1+1); Disorder(1+0); Vulnerability(1+0); ADHD(1+0); Alcohol(1+0); Cognition(1+0); Gait(1+0); Context(1+0); Attention(1+0); Social(1+0); Knowledge(1+0); Reward(1+0); Neuroendocrine(1+0);
【模式生物】
【方法技术】Behavior(8+0);
【简述】Preventing negative outcomes in high-risk pediatric populations
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		005460Prof.
CAS-ION??Shanghai, ChinaJia-Wei Zhou

CAS-ION
【研究方向】Dopamine neuron(0+5); Development(2+3); Regulation(0+4); Receptor(1+3); Neuroinflammation(1+3); D2 receptor(1+2); Glial cell(0+3); Pathogenesis(0+3); Parkinson's disease(0+3); Substantia nigra(0+3); Modulation(0+2); Neurodegenerative disease(0+2); Degeneration(0+2); Aging(0+2); Addiction(0+2); Dopamine receptor(1+0); Oscillation(0+1); Microglia(0+1); Axon(1+0); Trafficking(1+0); Disease(0+1); Disorder(0+1); Psychiatric disorder(0+1); Schizophrenia(0+1); Cognition(0+1); Voluntary Movement(0+1); Motor Neuron(1+0); Consciousness(0+1); Emotion(0+1); CA2(1+0); Basal ganglia(0+1); Striatum(0+1);
【模式生物】Mouse(0+2); Rat(0+1); Rodent(0+1);
【方法技术】Behavior(0+2); Model(0+2); Gene(0+1); Biochemistry(0+1); In vivo(1+0); Electrophysiology(0+1);
【简述】Development and Degeneration of Basal Ganglia
【研究论文】Nature(1); Nature Neuroscience(1); Neuron(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		001515Senior Investigator
MIT005002Boston, MA, USARebecca Saxe

MIT
【研究方向】Cognition(5+2); Cognitive neuroscience(1+2); Reasoning(1+2); Development(1+1); Vision(2+0); Body(2+0); Social(2+0); Neuroimaging(1+1); Amygdala(2+0); Autism(1+0); Systems Neuroscience(0+1); Sense(1+0); Perception(1+0); Pain(1+0); Planning(1+0); Intention(0+1); Executive control(1+0); Social cognition(1+0); Language(0+1); Category(1+0); Encoding(1+0); Machine(0+1);
【模式生物】Human(2+5);
【方法技术】Theory(5+2); TMS(1+1); Simulation(1+0);
【简述】
【研究论文】Science(8); Cerebral Cortex(1);
【综述】Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Nancy KanwisherYichen Li, Hyowon Gweon, Sean Dae Houlihan, Zeynep M. Saygin, Ben Deen, Hilary Richardson, Marina Bedny, Liane L. Young, Emile Gabriel Bruneau, Stefano AnzellottiClaus Lamm, Marina BednyYears: 2017 — 2018; Recipients: Saxe, Rebecca R; Code: R21; Title/Keywords: Using Fmri in Awake Human Infants to Study Functional Development of Cortex@ Massachusetts Institute of Technology; Matching Score: 0.958020483Prof.
Stanford002003Palo Alto, CA, USAValerio Napolioni

Stanford
【研究方向】Disease(4+0); Inflammation(3+0); Pain(3+0); Cognition(2+0); Cytokine(1+0); Receptor(1+0); Structural plasticity(1+0); Development(1+0); Disorder(1+0); Neurology(1+0); Psychiatric disorder(0+1); Autism(1+0); Alzheimer's disease(1+0); ApoE(1+0); Neuroinflammation(1+0); Infection(1+0); Adaptation(1+0); Body(1+0); Cognitive Control(1+0); Metabolism(1+0); Evolutionary(1+0);
【模式生物】Human(5+1);
【方法技术】Gene(4+3); Behavior(2+0); Model(0+1);
【简述】
【研究论文】Cell(1); Neuron(1); JNS(1); Nature Communications(2);
【综述】Annals Of Neurology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Other
Yale014011New Haven, CT, USARobert Wyman

Yale
【研究方向】Gap junction(0+6); Synapse(0+3); Development(0+2); Ion Channel(0+1); Embryo(0+1); Neural Circuit(0+1); Connection(0+1);
【模式生物】Drosophila(0+2);
【方法技术】Gene(0+1); Channel(0+1);
【简述】.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAGiles W Plant

Stanford
【研究方向】Transplantation(7+5); Glia(10+0); Spinal Cord Injury(7+3); Regeneration(7+1); Therapy(7+1); Olfaction(8+0); Axon(5+1); Neurology(5+0); Development(4+0); Receptor(3+0); Vision(3+0); Peptide(1+1); Glial cell(1+1); Differentiation(0+2); Engineering(2+0); Neurotrophin(1+0); Pluripotent stem cells(0+1); CNS(1+0); Embryo(0+1); Sense(1+0); Retina(1+0); Form(1+0); Motor(1+0);
【模式生物】Rat(12+1); Stem Cell(4+5); Human(2+3); Mouse(2+1); Primate(1+0);
【方法技术】Gene(6+1); Model(3+1); In vitro(1+1); Behavior(2+0); In vivo(0+1); Ex vivo(1+0); Cell culture(0+1); Anatomy(1+0); Multi-electrode(0+1); Microscopy(0+1); Optogenetics(0+1);
【简述】
【研究论文】Science(1); Cell(4); PNAS(1);
【综述】Current Opinion In Neurobiology(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		004202Assoc Prof.
WUSTL009032Saint Louis, MO, USASusruta Majumdar

WUSTL
【研究方向】Pain(0+3); Development(0+2); Analgesics(0+2); Opiate(0+1); Addiction(0+1); Depression(0+1); Category(0+1); Reward(0+1); Respiratory(0+1);
【模式生物】
【方法技术】Pharmacology(0+3); Gene(0+2);
【简述】Research in the laboratory is aimed at attaining functional selectivity of opioid agonist action from its own target adverse effects while integrating chemical synthesis with biochemical, genetic and pharmacological approaches.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
Stanford002003Palo Alto, CA, USALei Stanley Qi

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Adam P. ArkinYears: 2015 — 2018; Recipients: Cai, Long [⬀] Qi, Lei Stanley; Code: U01; Title/Keywords: Hi-Resolution Dynamic Imaging of Chromosomes in Single Cells by Combined Crispr Imaging and Sequential Fish@ California Institute of Technology; Matching Score: 0.944Assist Prof.
Stanford002003Palo Alto, CA, USAZihuai He

Stanford
【研究方向】Environment(5+0); Body(2+0); Stress(2+0);
【模式生物】Human(4+0);
【方法技术】Gene(29+0); Model(9+0);
【简述】
【研究论文】Nature Communications(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		000094Assist Prof.
UCSD011017San Diego, CA, USAGabriel A. Silva

UCSD
【研究方向】Object(0+3); Neural network(0+3); Engineering(0+3); Astrocyte(0+2); Development(0+2); Cognition(0+2); Connection(0+2); Structure(0+1); Glial cell(0+1); Disorder(0+1); Neural Circuit(0+1); Systems Neuroscience(0+1); Sense(0+1); Retina(0+1); Motor(0+1); Learning(0+1); Context(0+1); Dynamics(0+1); Optical imaging(0+1);
【模式生物】Human(0+2); Rodent(0+1);
【方法技术】Theory(0+4); Computation(0+3); Model(0+3); Behavior(0+1); Mathematics(0+1);
【简述】 Cellular & Developmental; Systems; Clinical; Computational
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USAWerner Doyle

NYU
【研究方向】Epilepsy(1+3); Modulation(1+0); Ion Channel(1+0); Seizure(0+1); Auditory(1+0); Planning(0+1); Art(0+1); Sleep(1+0); Dynamics(1+0); Thalamus(1+0);
【模式生物】Human(2+0);
【方法技术】Channel(1+0); Behavior(1+0); EEG(1+0); MEG(1+0);
【简述】Interactive image-directed epilepsy surgery
【研究论文】JNS(1); Nature Human Behaviour(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
NYU015028New York, NY, USAWendy A. Suzuki

NYU
【研究方向】Memory(0+2); Cognition(0+1); Exercise(0+1); Learning(0+1); Temporal lobe(0+1); Medial Temporal Lobe(0+1);
【模式生物】
【方法技术】
【简述】Organization of memory in the medial temporal lobe and the effects of exercise on learning, memory and cognition
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Columbia006008New York, NY, USAMaura Boldrini

Columbia
【研究方向】Disorder(9+2); Psychiatry(6+1); Depression(6+1); Neurogenesis(1+5); 5-HT(5+0); Psychiatric disorder(3+2); Receptor(4+0); Transporter(3+0); Neuroplasticity(0+3); Proliferation(1+2); CNS(3+0); Autism(2+1); Anxiety(3+0); Stress(2+1); Dentate gyrus(2+1); Dorsal raphe nucleus(3+0); Development(1+1); Disease(2+0); Dysfunction(2+0); Body(2+0); Hippocampus(2+0); Structural plasticity(0+1); Transcription(1+0); Environment(0+1); Neurodegenerative disorder(0+1); Degeneration(0+1); Therapy(1+0); Developmental Disorder(1+0); Sclerosis(1+0); Schizophrenia(0+1); Cognition(1+0); Adaptation(0+1); Learning(0+1); Context(0+1); Social(1+0); Chaos(1+0); Cerebellum(1+0);
【模式生物】Human(1+8); Stem Cell(0+5);
【方法技术】Behavior(2+1); Protein(0+1); Pharmacology(1+0); Model(0+1); Theory(1+0);
【简述】Neuroplasticity in Mood Disorders and Suicide; Models of Psychiatric Disorders; Neural Degeneration and Repair; Stem Cell Biology; Psychiatry; Neuroplasticity; Psychopharmacology;
【研究论文】Neuron(1);
【综述】Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		René HenManoj Kumar JaiswalYears: 2015 — 2018; Recipients: Boldrini, MauraDevinsky, OrrinFriedman, DanielSisodiya, SanjayThom, Maria; Code: U01; Title/Keywords: Centres For Sudep Research : the Neuropathology of Sudep@ University College London; Matching Score: 0.954Other
Stanford002003Palo Alto, CA, USATiffany Ho

Stanford
【研究方向】Disorder(19+0); Depression(18+0); Psychiatry(8+0); Cognition(5+0); Stress(5+0); Vision(4+0); Emotion(4+0); Social(3+0); Amygdala(3+0); Regulation(2+0); Development(2+0); Face(2+0); Decision making(2+0); PFC(2+0); Cingulate cortex(2+0); ACC(2+0); Caudate(2+0); Ion Channel(1+0); Dysfunction(1+0); Anxiety(1+0); Cognitive neuroscience(1+0); Sense(1+0); Feature-based attention(1+0); Motor(1+0); Muscle(1+0); Working memory(1+0); Cognitive Control(1+0); Reward(1+0); Neuroimaging(1+0); mPFC(1+0); Visual cortex(1+0); Fusiform gyrus(1+0); dACC(1+0); Basal ganglia(1+0); Putamen(1+0); White matter(1+0);
【模式生物】Human(3+0); Mouse(1+0);
【方法技术】
【简述】
【研究论文】Nature(2); Science(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jeffry B. Lansman, Ilana S. Hairston, Allison G. Harvey, Selena E. Bartlett, John Serences, Ian H. Gotlib, Tony YangAlan N. SimmonsYears: 2018; Recipients: Ho, Tiffany Cheing; Code: K01; Title/Keywords: The Roles of Inflammatory and Glutamatergic Processes in the Neurodevelopmental Mechanisms Underlying Adolescent Depression@ Stanford University; Matching Score: 1.009001201Other
UCSD011017San Diego, CA, USAEran Mukamel

UCSD
【研究方向】Development(0+3); Dynamics(0+2); Machine learning(0+2); Regulation(0+1); Structure(0+1); Anesthesia(0+1); Form(0+1); Spectral(0+1); Signal processing(0+1);
【模式生物】Human(0+2); Mouse(0+1);
【方法技术】Computation(0+5); Gene(0+2); Model(0+2); Electrophysiology(0+1);
【简述】 Cellular & Developmental; Computational
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USADaniel Spielman

Stanford
【研究方向】Imaging(6+5); Metabolism(4+1); Therapy(1+1); Autism(2+0); Spectral(2+0); Engineering(0+2); Amino acid(1+0); GABA(1+0); Translation(1+0); Development(0+1); Disease(0+1); Disorder(1+0); Psychiatry(1+0); Alzheimer's disease(0+1); Biomarker(1+0); Injury(1+0); Pediatric(0+1); Contrast(0+1); Body(0+1); Muscle(1+0); Neuroimaging(1+0); Thalamus(1+0);
【模式生物】Rat(2+0); Human(1+0);
【方法技术】MRI(3+3); Theory(5+1); In vivo(1+2); Model(3+0); Algorithm(2+0); Biophysics(0+1); Anatomy(0+1); Mathematics(1+0);
【简述】
【研究论文】Nature(1); Cell(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Donghyun Kim, Calvin Lew, Priti Balchandani, Yakir Levin, Jae Mo Park, Kelvin L. BillingsleyYears: 2017 — 2018; Recipients: Spielman, Daniel M [⬀] ; Code: R01; Title/Keywords: Robust 1h Mrsi of Gaba, Glutamate, Glutamine, and Glutathione@ Stanford University; Matching Score: 1014800Prof.
UCLA011013Los Angeles, CA, USANader Pouratian

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIMH??Bethesda, MD, USADietmar Plenz

NIH-NIMH
【研究方向】Dynamics(4+3); Form(0+4); Development(2+0); Cognition(1+1); Resting state(2+0); Imaging(1+1); Synaptic Transmission(1+0); Synaptic Plasticity(1+0); Differentiation(0+1); Disorder(0+1); Psychiatry(1+0); Adaptation(1+0); Motor(0+1); Working memory(0+1); Neural dynamics(1+0); Methodology(1+0); Diffusion MRI(1+0); Basal ganglia(1+0); Striatum(1+0); Globus pallidus(1+0); Subthalamic nucleus(1+0); Substantia nigra(1+0);
【模式生物】Human(3+2); Monkey(1+3); Non-human primate(2+0); Rat(1+1); Macaque(0+1); Primate(1+0);
【方法技术】MEG(1+3); In vivo(1+1); MRI(2+0); Model(2+0); Gene(0+1); Ex vivo(1+0); In vitro(0+1); LFP(0+1); EEG(0+1); fMRI(0+1); Computation(0+1);
【简述】Section on Critical Brain Dynamics
【研究论文】Neuron(1); JNS(1); PLoS Biol.(1); eLife(2);
【综述】Trends In Neurosciences(2); Physical Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Ad Aertsen, Valentino Braitenberg, Stephen T. KitaiAndreas Klaus, Stephanie Regina Miller, Timothy Bellay, Hongdian Yang, Shan Yu, Oren Shriki, John M. Beggs, Jason N D Kerr, Uwe Czubayko, Thomas Petermann, Elakkat Gireesh, Tara C. Thiagarajan, Yann Le Franc, Hongdian Yang, Craig V. StewartDante Renato Chialvo, Jeanette Hellgren Kotaleski, Danko Nikolic, Rajarshi Roy, Patrick O. Kanold, Avrama BlackwellYears: 2018; Recipients: Babadi, Behtash (co-PI) [⬀] Chialvo, Dante RFellin, TommasoHisted, Mark HKanold, Patrick O (co-PI) [⬀] Losert, Wolfgang (co-PI) [⬀] Maunsell, John Hr [⬀] Panzeri, Stefano Vt (co-PI) [⬀] Plenz, DietmarRinberg, Dmitry (co-PI) [⬀] Shoham, Shy (co-PI) [⬀] ; Code: U19; Title/Keywords: Readout and Control of Spatiotemporal Neuronal Codes For Behavior@ University of Chicago; Matching Score: 0.904009239
UCLA011013Los Angeles, CA, USAKetema Paul

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAHeidi M Feldman

Stanford
【研究方向】Development(8+10); Language(6+8); White matter(7+5); Comprehension(4+0); Disorder(0+3); Structure(2+0); Cognition(0+2); Speech(1+1); Plasticity(0+1); Neurology(1+0); ADHD(1+0); Autism(0+1); Injury(0+1); Eye Movement(1+0); Learning(0+1); Attention(0+1); Decision making(1+0); Executive function(1+0); Social(0+1); Sleep(1+0); Diffusion MRI(1+0); Imaging(0+1); Cerebellar peduncles(1+0); Cerebellum(1+0);
【模式生物】Human(2+1);
【方法技术】Behavior(3+1); MRI(1+1); fMRI(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Lila R. GleitmanRan Liu, Katie Travis, Laura HF BardeYears: 2012 — 2016; Recipients: Feldman, Heidi M; Code: R01; Title/Keywords: Poor Reading in Preterms: Neural Basis, Prediction, & Response to Intervention@ Stanford University; Matching Score: 1Prof.
NIH-NIDA??Bethesda, MD, USAYeka Aponte

NIH-NIDA
【研究方向】Disorder(0+2); Addiction(0+2); Food Intake(0+2); Imaging(2+0); Drugs of Abuse(0+1); Context(0+1); Connection(0+1); Hypothalamus(1+0);
【模式生物】Mouse(1+2);
【方法技术】Behavior(0+3); In vivo(2+0); Electrophysiology(1+1); Optogenetics(0+1); Model(0+1);
【简述】Neuronal Circuits and Behavior Unit
【研究论文】Science(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Peter Jonas, Scott M. SternsonDiana C. Burk, Julia Slocomb, Justin N. Siemian, Alexandre Kisner, Sarah Sarsfield
Stanford002003Palo Alto, CA, USAEric Shooter

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Paley Johnson, John Warren WilliamsMarco Canossa, Karl Herrup, Mike Ignatius , William C. Mobley, J. Regino Perez-Polo, Robert A. Nichols, Francesca Cirulli, Gene Burton, Jonah R. Chan, Margaret Fahnestock , Earl Godfrey, Ronald J. Lukas , Piotr Masiakowski , Robert Stickgold , Andrew A. Welcher, Charles F. Louis, J. Regino Perez-Polo, Felice Tirone, Marino De Leon, Ueli Suter, Phil Barker, Lucia Notterpek, Silvio VaronYears: 2000 — 2003; Recipients: Shooter, Eric M; Code: R01; Title/Keywords: The Trafficking of Myelin Proteins and Neurotrophins@ Stanford University; Matching Score: 1Prof.
UCSD011017San Diego, CA, USAFriedbert Weiss

UCSD
【研究方向】Development(0+3); Drug dependence(0+3); Stress(0+3); Dopamine(0+2); Environment(0+2); Vulnerability(0+2); Neurotransmitter(0+1); 5-HT(0+1); Membrane(0+1); Drugs of Abuse(0+1); Alcohol(0+1); Cognition(0+1); Motivation(0+1); Neuroendocrine(0+1); Steroid(0+1); Methodology(0+1); Amygdala(0+1); Central nucleus(0+1);
【模式生物】Human(0+2); Rat(0+1);
【方法技术】Behavior(0+8); Model(0+4); In vivo(0+2); Pharmacology(0+1);
【简述】 Cognitive, Behavioral & Psychopharmacology
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAUrsula Bellugi

UCSD
【研究方向】Language(0+6); Cognition(0+5); Disorder(0+2); Structure(0+1); Cognitive neuroscience(0+1); Contrast(0+1); Social(0+1); Syntax(0+1); Grammar(0+1);
【模式生物】Human(0+1);
【方法技术】Behavior(0+1);
【简述】 Cognitive, Behavioral & Psychopharmacology
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSF003015San Francisco, CA, USAErik Ullian

UCSF
【研究方向】Synapse(0+13); Glia(0+6); Development(0+6); Retina(0+3); Glial cell(0+2); Synaptogenesis(0+2); Synapse formation(0+2); Form(0+2); Astrocyte(0+1); Embryo(0+1); Dendrite(0+1); Vision(0+1); Connection(0+1); Thalamus(0+1);
【模式生物】
【方法技术】In vitro(0+3); Gene(0+2); Protein(0+1); In vivo(0+1); Cell culture(0+1);
【简述】Interactions between Neurons and Glia that are Required for the Proper Development and Function of the Nervous System
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAPeter Luke Santa Maria

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
UCLA011013Los Angeles, CA, USAMark Barad

UCLA
【研究方向】Extinction(0+16); Learning(0+10); Fear(0+10); Amygdala(0+4); LTP(0+3); Disorder(0+3); Anxiety(0+3); Therapy(0+2); Learning and memory(0+2); Neurotransmitter(0+1); Synaptic Plasticity(0+1); Environment(0+1); Pathogenesis(0+1); Depression(0+1); Cognition(0+1); Form(0+1); Memory(0+1); Context(0+1); PFC(0+1);
【模式生物】Human(0+3);
【方法技术】Behavior(0+8); Pharmacology(0+3); In vitro(0+1); Anatomy(0+1); Model(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USAThomas Neubert

NYU
【研究方向】Signal transduction(0+2); Amino acid(0+2); Receptor(2+0); Development(2+0); Disease(1+1); Disorder(1+1); Cytokine(1+0); Peptide(1+0); Structure(0+1); Transcription(1+0); Dopamine neuron(1+0); Cell cycle(1+0); Synapse(1+0); Mitochondria(1+0); Fragile X(1+0); Tau(1+0); Biomarker(1+0); Parkinson's disease(1+0); Neuromuscular(1+0); Stroke(0+1); Decision making(0+1); Dynamics(0+1);
【模式生物】Rodent(1+0); C. elegans(1+0);
【方法技术】Protein(7+5); In vitro(1+0); Cell culture(0+1);
【简述】Analysis of cellular signaling proteins
【研究论文】Nature(3); Science(1); Cell(2); Neuron(1); Nature structural & molecular biology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Daniel S. SpellmanYears: 2017; Recipients: Neubert, Thomas A; Code: S10; Title/Keywords: Mass Spectrometer For Small Molecule Analysis@ New York University School of Medicine; Matching Score: 1011727Assoc Prof.
Columbia006008New York, NY, USAAlejandro Chavez

Columbia
【研究方向】Development(4+0); Engineering(2+2); CRISPR/Cas9(2+0); Structure(2+0); Differentiation(1+1); Disease(1+0); Neurodegenerative disease(0+1); Dysfunction(1+0); Aging(1+0); Age-related(1+0); Imaging(0+1);
【模式生物】Mouse(2+0); Human(0+1);
【方法技术】Gene(10+2); Model(2+1); Protein(1+0); Cell culture(0+1);
【简述】Genome Engineering ; Genomics; Synthetic Biology; Neurodegeneration ; Cancer;
【研究论文】Cell(2); Nature Methods(3);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		003323Assist Prof.
Stanford002003Palo Alto, CA, USADavid Prince

Stanford
【研究方向】Epilepsy(6+2); Disease(7+0); Injury(1+3); Membrane(0+3); Trauma(3+0); Regulation(0+2); Calcium channel(2+0); Development(0+2); Knockout(1+0); Neurotransmitter(0+1); Modulation(0+1); GABA(1+0); Receptor(1+0); Structure(0+1); Axon(0+1); Dendrite(1+0); Spine(1+0); Thalamus(0+1);
【模式生物】Rat(1+0); Mouse(1+0); Rodent(1+0);
【方法技术】Model(7+0); Gene(2+0); Channel(2+0); In vivo(0+1); In vitro(0+1); Anatomy(0+1); Behavior(1+0); Electrophysiology(0+1);
【简述】
【研究论文】PLoS Biol.(1); Cerebral Cortex(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Yunxiang Chu, Michael J. Gutnick, Jeffrey L. Noebels, Scott M. Thompson, Alberto Bacci, Tom Brown, Douglas A. Coulter, Robert Fisher, Kevin D. Graber, John R. Huguenard, Xiaoming Jin, Arnold R. Kriegstein, David A. McCormick, Timothy A. Pedley, Qian-Quan Sun, Robert KS Wong, D. Koji Takahashi, Feng Gu, Phillip A. Schwartzkroin, Barry W. Connors, Heiko J. Luhmann, Charles L. Cox, Kimberle M. Jacobs, Viktor N. Kharazia, Anita E. Bandrowski, Sonal GoswamiIrving WagmanYears: 2018; Recipients: Prince, David Allan; Code: R01; Title/Keywords: Effects of Trkb Activation On Abnormalities in Neocortical Fs Interneuron@ Stanford University; Matching Score: 1Prof.
WUSTL009032Saint Louis, MO, USADeanna Barch

WUSTL
【研究方向】Cognition(12+9); Schizophrenia(13+3); Psychiatry(8+0); Emotion(2+5); Cognitive Control(3+3); Depression(3+2); PFC(3+1); Working memory(3+0); Dopamine(1+1); Psychiatric disorder(0+2); Aging(2+0); Face(2+0); Cingulate cortex(2+0); ACC(2+0); Amygdala(2+0); Neuromodulation(1+0); Structure(1+0); Development(1+0); Disorder(1+0); Frequency(1+0); Memory(0+1); Acquisition(1+0); Context(1+0); Language(0+1); Reward(1+0); Dynamics(1+0);
【模式生物】Human(4+0);
【方法技术】Behavior(2+2); fMRI(4+0); Theory(2+0); Computation(1+0); Model(1+0);
【简述】Neurobiological and Psychological Mechanisms of Cognitive and Emotional Control: Normative Function and Abnormalities in Psychiatric Disorders
【研究论文】Science(2); Cerebral Cortex(1);
【综述】Psychological Review(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jonathan D. CohenAbhishek Saxena, David Baranger, Adam Culbreth, Alan Ceaser, Jennifer A. Burbridge, Meredith R. Melinder, Caroline A. Racine, Noam I. Keren, Jennifer R. Mathews, Aaron Bonner-Jackson, Shefali B. Brahmbhatt, Zainab Delawalla, Alan Anticevic, Rebecca L. Akcakaya, Karla E. Becerril, Erin C. Dowd, Kevin D. Packingham, Katherine R Luking, David Pagliaccio, David Pagliaccio, Dov Bernard Lerman-Sinkoff, Grega Repovs, Michael S. Gaffrey, Hideo SuzukiTodd S. Braver, Angus W. MacDonaldYears: 2018 — 2019; Recipients: Barch, Deanna; Code: R01R37Activity Code Description:To provide long-term grant support to investigators whose research competence and productivity are distinctly superior and who are highly likely to continue to perform in an outstanding manner. Investigators may not apply for a MERIT award. Program staff and/or members of the cognizant National Advisory Council/Board will identify candidates for the MERIT award during the course of review of competing research grant applications prepared and submitted in accordance with regular PHS requirements.; Title/Keywords: Effort-Based Decision Making and Motivated Behavior in Everyday Life@ Washington University; Matching Score: 0.915049603Prof.
Stanford002003Palo Alto, CA, USAMichelle L James

Stanford
【研究方向】Imaging(12+2); Neuroinflammation(5+0); Receptor(3+0); Disease(0+3); Alzheimer's disease(3+0); Stroke(2+1); Sclerosis(2+1); Pain(3+0); Translation(2+0); Tumor(2+0); Modulation(1+0); Microglia(1+0); Anesthesia(1+0); Development(1+0); Proliferation(1+0); Therapeutics(0+1); Therapy(1+0); Biomarker(1+0); Huntington's disease(1+0); Injury(1+0); Neuropathic pain(1+0);
【模式生物】Mouse(8+0); Human(2+0); Monkey(1+0); Rat(1+0);
【方法技术】PET(6+1); Model(7+0); Protein(1+0);
【简述】
【研究论文】Nature(1); Science(1);
【综述】Trends In Neurosciences(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
Princeton061009Princeton, NJ, USAAsif Ghazanfar

Princeton
【研究方向】Development(5+5); Multisensory integration(4+0); Cognition(3+0); Dynamics(3+0); Sense(2+0); Face(2+0); Body(0+2); Learning(2+0); Social(2+0); Speech(2+0); Auditory cortex(2+0); Plasticity(1+0); Perception(1+0); Vision(1+0); Touch(1+0); Biomechanics(0+1); Context(0+1); Social communication(0+1); Morphology(0+1); Encoding(1+0); Evolutionary(0+1);
【模式生物】Monkey(14+1); Marmoset(4+1); Human(2+1); Primate(2+0);
【方法技术】Behavior(2+2); Computation(2+1); Model(1+2); Electrophysiology(0+1); Statistics(1+0);
【简述】Systems and Circuits
【研究论文】Nature(1); Nature Neuroscience(1); Neuron(4); JNS(2); Curr Biol.(5); PLOS Computational Biology(1);
【综述】Nature Reviews Neuroscience(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Matthew Grober, Miguel A. Nicolelis, Nikos K. LogothetisDiana A. Liao, Joost X. Maier, Chandramouli Chandrasekaran, Hjalmar K. Turesson, Marco Lanzilotto, Ipek G. Kulahci, Darshana Narayanan, Jeremy I. Borjon, Daniel  Yasumasa Takahashi, Yisi Zhang, Morgan L. Gustison, Luis Lemus, Stephen V. ShepherdYears: 2018; Recipients: Ghazanfar, Asif; Code: R01; Title/Keywords: The Social Neurobiology of Vocal Production and Perception@ Princeton University; Matching Score: 0.915009091Prof.
CalTech072006Pasadena, CA, USACarlos Lois

CalTech
【研究方向】Transgenic(2+1); Development(2+1); Dendrite(3+0); Synapse(1+2); Olfaction(3+0); Olfactory bulb(3+0); Neurogenesis(2+0); Vision(2+0); Learning(1+1); Glia(1+0); Embryo(1+0); Synaptogenesis(1+0); Neurology(1+0); Visual cortex(1+0);
【模式生物】Stem Cell(10+0); Songbird(1+1); Mouse(1+0); Bird(1+0);
【方法技术】Behavior(0+3); Gene(2+0); Optogenetics(1+0); Model(1+0);
【简述】Neuronal Circuits, Synapses, Brain Connectivity
【研究论文】Nature(1); Science(3); Nature Neuroscience(1); Neuron(2); JNS(2); PLoS Biol.(2);
【综述】Annual Review Of Neuroscience(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Arturo Alvarez-Buylla, David BaltimoreChristian T. Wentz, Chia-Wei Lin, Benjamin Scott, Wolfgang Kelsch, Bo Wang, Sanjay MagaviYears: 2019; Recipients: Lois, CarlosProber, David Aaron [⬀] ; Code: R34; Title/Keywords: A Genetically Encoded Method to Trace Neuronal Circuits in the Zebrafish Brain@ California Institute of Technology; Matching Score: 1011819Prof.
Stanford002003Palo Alto, CA, USAShaul Hestrin

Stanford
【研究方向】Electrical synapse(5+0); Modulation(3+0); Synapse(3+0); Vision(3+0); NMDA receptor(2+0); Axon(2+0); Neural Circuit(2+0); Perception(0+2); Imaging(0+2); Visual cortex(2+0); Regulation(1+0); Glutamate(1+0); Dopamine receptor(1+0); Glutamate receptor(1+0); Synchrony(1+0); Development(1+0); Synaptogenesis(1+0); Microcircuit(0+1); Depression(1+0); Cognition(0+1); Sense(0+1); Form(0+1); Motor(0+1); Memory(0+1); Morphology(1+0); Connection(0+1);
【模式生物】Mouse(2+1); Human(0+1); Rat(1+0);
【方法技术】Behavior(0+4); In vivo(0+2); Optogenetics(0+2); In vitro(0+1); Two-photon calcium imaging(0+1);
【简述】
【研究论文】Nature(3); Science(2); Nature Neuroscience(1); Neuron(3); JNS(3); Cerebral Cortex(1);
【综述】Nature Reviews Neuroscience(5); Review(5); Trends In Neurosciences(2); Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Susumu Hagiwara, Juan KorenbrotAnthony D. Lien, Malcolm G. Campbell, Solange P. BrownRoger A. NicollYears: 2017 — 2018; Recipients: Hestrin, Shaul; Code: R01; Title/Keywords: Processing of Thalamocortical Inputs by Intracortical Circuits@ Stanford University; Matching Score: 1009900Prof.
UCLA011013Los Angeles, CA, USAS. Thomas Carmichael

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAFrancesca Telese

UCSD
【研究方向】Environment(0+3); Development(0+2); Regulation(0+1); Plasticity(0+1); Transcription(0+1); Disease(0+1); Vulnerability(0+1); Drugs of Abuse(0+1); Cognition(0+1); Learning and memory(0+1); Methodology(0+1);
【模式生物】Mouse(0+2);
【方法技术】Gene(0+4); Behavior(0+4); Model(0+2); Biochemistry(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular; Cognitive, Behavioral & Psychopharmacology
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAMegan Albertelli

Stanford
【研究方向】Receptor(2+0); Disease(2+0); Hormone(2+0); Modulation(1+0); LTD(1+0); Differentiation(1+0); Therapeutics(1+0); Tumor(1+0); Aggression(1+0); Body temperature(1+0); Metabolism(1+0); Steroid(1+0);
【模式生物】Mouse(10+0); Human(3+0); Monkey(3+0); Macaque(2+0); Primate(1+0);
【方法技术】Model(4+0); Behavior(2+0); Gene(1+0); In vivo(1+0);
【简述】
【研究论文】Science(4);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
UCLA011013Los Angeles, CA, USACindy Yee-Bradbury

UCLA
【研究方向】Depression(0+1); Schizophrenia(0+1); Emotion(0+1); Stress(0+1);
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Columbia006008New York, NY, USALawrence S. Shapiro

Columbia
【研究方向】Adhesion(3+5); Structure(1+1); Motor Neuron(0+2); Ion Channel(0+1); Axon(0+1); Synaptogenesis(0+1); Form(0+1); Connection(0+1);
【模式生物】Human(0+1);
【方法技术】
【简述】Synapses and Circuits; Axon Pathfinding and Synaptogenesis; Biophysics/Ion Channels; Cellular/Molecular/Developmental Neuroscience;
【研究论文】Science(1); PNAS(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Wayne A. HendricksonNeal D. Amin, Jared M. Sampson, Saurabh D. Patel, Robert Townley, Jesko Koehnke, Melissa A. Walker, Titus BoggonYears: 2018; Recipients: Shapiro, Lawrence S; Code: R01; Title/Keywords: Structure and Mechanism of Pemphigus Autoantibodies@ Columbia University Health Sciences; Matching Score: 1Prof.
Stanford002003Palo Alto, CA, USAStephen A Baccus

Stanford
【研究方向】Retina(5+7); Vision(1+7); Adaptation(5+1); Synapse(1+1); Object motion(2+0); Encoding(2+0); Ion Channel(1+0); Structure(1+0); Plasticity(1+0); Axon(1+0); Disease(0+1); Neural Circuit(0+1); Perception(0+1); Contrast(0+1); Object(0+1); Context(0+1); Timing(1+0); Predictive coding(1+0); Engineering(1+0); Imaging(0+1);
【模式生物】
【方法技术】Computation(3+1); Model(1+1); Behavior(1+0); Theory(0+1); Mathematics(0+1); Statistics(0+1);
【简述】
【研究论文】Nature(1); Nature Neuroscience(1); Neuron(5); JNS(3); PNAS(2); PLoS Biol.(1); eLife(1);
【综述】Annual Review Of Neuroscience(1); Current Opinion In Neurobiology(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
Princeton061009Princeton, NJ, USAMichael Berry

Princeton
【研究方向】Structure(1+2); Retina(0+3); Microcircuit(0+2); Vision(0+2); Neural Circuit(0+1); Spectral(1+0); Neural codes(0+1); Optical imaging(0+1); Visual cortex(0+1); V1(0+1);
【模式生物】Mouse(0+1);
【方法技术】Mathematics(10+0); Computation(2+6); Theory(2+2); Multi-electrode(0+2); Behavior(1+0); Model(0+1);
【简述】Systems and Circuits ; Theory and Computation
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Robert M. Westervelt, Markus MeisterHyewon Kim, Ilana B. Witten, Hanlin Tang, Javier Alejandro Masis, Bas van Opheusden, Greg Schwartz, Dario Amodei, Sophie Françoise Janine Bagur, Jason L. Puchalla, Elad Schneidman, Ronen SegevWilliam BialekYears: 2016 — 2017; Recipients: Berry, Michael J; Code: R21; Title/Keywords: Temporal Sequence Learning in the Cortex@ Princeton University; Matching Score: 1053584Assoc Prof.
NYU015028New York, NY, USAKathlene Tracy

NYU
【研究方向】Disorder(0+1);
【模式生物】
【方法技术】
【简述】Psychosocial recovery from chronic psychiatric and substance use disorders
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
UW021010Seattle, WA, USAChet Moritz

UW
【研究方向】Muscle(0+4); Connection(0+4); Regeneration(0+2); Therapy(0+2); Movement disorder(0+2); Stroke(0+2); Injury(0+2); Spinal Cord Injury(0+2); Vision(0+2); Motor(0+2); Motor cortex(0+2);
【模式生物】
【方法技术】Microstimulation(0+2); Electrical stimulation(0+2);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIDCD??Bethesda, MD, USADoris K. Wu

NIH-NIDCD
【研究方向】Development(3+2); Hair cell(4+0); Regulation(2+0); Transcription(2+0); Transgenic(0+1); Neurogenesis(1+0); Cell cycle(1+0); Differentiation(1+0); Sense(1+0); Auditory(1+0); Timing(1+0); Respiratory(1+0); Encoding(1+0);
【模式生物】Mouse(3+1); Human(1+0); Zebrafish(1+0);
【方法技术】Gene(1+0); Protein(1+0); Model(0+1);
【简述】
【研究论文】Nature(1); Cell(1); JNS(2); eLife(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Brad N. BuranYears: 1994 — 2018; Recipients: Wu, Doris; Code: Z01ZIA; Title/Keywords: Molecular Basis For the Morphogenesis of the Inner Ear@ Deafness & Other Communication Disorders; Matching Score: 0.915
JHU010012Baltimore, MD, USALoyal Goff

JHU
【研究方向】Development(0+4); Cell fate(0+2); Neuronal differentiation(0+2); Regulation(0+1); Differentiation(0+1); Disorder(0+1); Developmental Disorder(0+1); Acquisition(0+1); Context(0+1);
【模式生物】
【方法技术】Gene(0+1); Protein(0+1);
【简述】Developmental Neuroscience; Cellular + Molecular Neuroscience; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIDCD??Bethesda, MD, USACatherine Weisz

NIH-NIDCD
【研究方向】Neurology(6+0); Hair cell(4+1); Calcium channel(4+0); Dysfunction(4+0); Stroke(4+0); Vessel(4+0); Disease(2+1); Mutant(2+0); GABA(2+0); AMPA receptor(2+0); Potassium channel(2+0); Axon(2+0); Dendrite(0+2); Vulnerability(2+0); Dystonia(2+0); Pediatric(2+0); Sound localization(2+0); Morphology(2+0); Stress(2+0); Imaging(0+2); Brain injury(1+0); Trauma(0+1); Auditory(0+1);
【模式生物】Mouse(12+1); Rat(4+0); Human(2+0);
【方法技术】Model(4+1); Channel(4+0); Optogenetics(0+1);
【简述】Section on Neuronal Circuitry
【研究论文】Nature(1); Neuron(1); JNS(4);
【综述】Annals Of Neurology(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Paul A. Fuchs, Elisabeth Glowatzki, Karl KandlerJulia L. Bachman, Matthew J. FischlYears: 2016 — 2018; Recipients: Weisz, Catherine; Code: ZIA; Title/Keywords: Synaptic Circuitry of Auditory Neurons@ Deafness & Other Communication Disorders; Matching Score: 0.915000505
UW021010Seattle, WA, USAAakanksha Singhvi

UW
【研究方向】Sense(0+4); Glia(0+2); Development(0+2); Disorder(0+2); Memory(0+2); Autism(0+1); Aging(0+1); Neural Circuit(0+1); Cognition(0+1); Perception(0+1); Imaging(0+1);
【模式生物】C. elegans(0+1);
【方法技术】Gene(0+2); In vivo(0+2); Model(0+1);
【简述】Cellular and Molecular Neuroscience; Sensory Systems; Disorders of the Nervous system; and Invertebrate Neurobiology
Singhvi Lab
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USAMariana Lazar

NYU
【研究方向】White matter(13+0); Imaging(7+0); Autism(5+0); Diffusion tensor imaging(5+0); Psychiatry(3+0); Tumor(3+0); Cognition(3+0); Disorder(2+0); Schizophrenia(2+0); Structure(1+0); Oscillation(1+0); Development(1+0); Aging(1+0); Alzheimer's(1+0); Alzheimer's disease(1+0); Brain injury(1+0); Sclerosis(1+0); Fatigue(1+0); Working memory(1+0); Metabolism(1+0); Resting state(1+0); Superior temporal gyrus(1+0); Cerebellum(1+0);
【模式生物】Human(1+0);
【方法技术】MRI(3+0); Anatomy(2+0); fMRI(2+0);
【简述】
【研究论文】
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		006507Assist Prof.
Columbia006008New York, NY, USAJay Gingrich

Columbia
【研究方向】5-HT(16+2); Receptor(7+0); Transporter(6+0); Development(5+1); Psychiatry(6+0); Dopamine receptor(5+0); Dopamine(3+0); Disorder(2+1); Psychiatric disorder(1+2); Depression(1+2); Emotion(3+0); Stress(3+0); Regulation(2+0); Glutamate receptor(2+0); Environment(0+2); Anxiety(0+2); Schizophrenia(0+2); Somatosensory(2+0); PFC(2+0); Dorsal raphe nucleus(2+0); Knockout(1+0); Structure(1+0); Disease(0+1); Dysfunction(1+0); Therapeutics(1+0); Autism(0+1); Age-related(1+0); Brain injury(1+0); Systems Neuroscience(0+1); Cognition(1+0); Pain(1+0); Neuropathic pain(1+0); Context(1+0); Inhibitory control(1+0); Causality(0+1); Neuroendocrine(1+0); Encoding(1+0); mPFC(1+0); Basal ganglia(1+0); VTA(1+0); Evolutionary(1+0);
【模式生物】Mouse(19+2); Rat(3+0); Human(1+0);
【方法技术】Behavior(5+3); Gene(5+2); Pharmacology(3+0); Optogenetics(1+0); Model(0+1);
【简述】Models of Psychiatric Disorders; Neurogenetics; Cognitive/Systems Neuroscience; Neurobiology of Disease; Treatment of Psychiatric Disorders in Pregnancy; Depression, Anxiety, Schizophrenia; Treatment Resistance;
【研究论文】Science(2); Cell(2); Neuron(1); JNS(5);
【综述】Annual Review Of Neuroscience(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Rebecca Elise Balter, Kevin K. Kumar, Neil Gray, Tahilia J. Rebello, Qinghui Yu, Heather El-AmamyYears: 1999 — 2003; Recipients: Gingrich, Jay A; Code: K08; Title/Keywords: Serotonergic Mechanisms in Stress and Anxiety@ Columbia University Health Sciences; Matching Score: 0.958010876Prof.
Stanford002003Palo Alto, CA, USAAmit Etkin

Stanford
【研究方向】Emotion(17+4); Psychiatry(18+1); Regulation(11+2); Anxiety(12+1); Disorder(10+1); Cognition(5+4); Neuroimaging(3+5); Depression(3+2); Neural Circuit(1+4); Amygdala(5+0); Dysfunction(0+4); Development(2+1); Therapy(2+0); Psychiatric disorder(1+1); Social(2+0); Causality(1+1); PFC(2+0); Cingulate cortex(2+0); ACC(2+0); Transcription(1+0); Disease(0+1); Trauma(1+0); Post-traumatic stress disorder(1+0); Form(1+0); Face(1+0); Attention(1+0); Cognitive Control(1+0); Category(0+1); Knowledge(0+1); Fear(1+0); Stress(0+1); Decoding(1+0); Dynamics(1+0); mPFC(1+0);
【模式生物】Human(3+3);
【方法技术】TMS(2+3); Behavior(1+3); fMRI(1+2); EEG(0+2); Protein(1+0); Pharmacology(0+1); Computation(0+1); Model(0+1);
【简述】
【研究论文】Nature(1); Science(1); Neuron(1); PNAS(1);
【综述】Nature Reviews Neuroscience(2); Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Joy Hirsch, Eric R. Kandel, Alan SchatzbergElizabeth H. Beam, Desmond J. Oathes, Anett Gyurak, Manjari Narayan, Chun-Shu Wei, Jill D. WaringTobias Egner, David Marc Fresco, Fumiko HoeftYears: 2018; Recipients: Etkin, Amit; Code: P01; Title/Keywords: A Circuit Approach to Mechanisms and Predictors of Topiramate Response@ New York University School of Medicine; Matching Score: 0.954014412Prof.
Harvard001001Boston, MA, USAJeffrey Macklis

Harvard
【研究方向】Development(2+6); Disease(1+3); Motor Neuron(2+2); Differentiation(1+2); Regeneration(0+2); Axon(1+1); Sense(2+0); Somatosensory(2+0); Acquisition(2+0); Regulation(1+0); Plasticity(0+1); Glia(0+1); Neurogenesis(0+1); Pluripotent stem cells(1+0); Transplantation(1+0); Axon guidance(0+1); Dendrite(1+0); Degeneration(1+0); Vulnerability(0+1); Autism(0+1); Rett Syndrome(1+0); Aging(1+0); Neuromuscular(1+0); Injury(0+1); Spinal Cord Injury(0+1); Sclerosis(1+0); Motor(0+1); Stress(1+0); Encoding(1+0);
【模式生物】Stem Cell(2+1); Human(1+1); Mouse(2+0); Macaque(1+0);
【方法技术】Gene(1+2); In vivo(1+0); In vitro(0+1); Cell culture(0+1); Computation(0+1); Model(1+0);
【简述】Mammalian cerebral cortex– fundamental molecular development, neuronal diversity, development-maintenance of specific circuitry, degenerative diseases, regeneration
【研究论文】Nature Neuroscience(2); Neuron(4); JNS(2); Nature Communications(2); Cerebral Cortex(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Richard L. Sidman, Richard L. SidmanBrian A. Baldo, Kevin X. Liu, Ryan Richardson, Sara Shnider, Cameron Sadegh, Luciano Custo Greig, Alexander J. Murphy, Volney Sheen, Lisa A. Catapano, Sanjay Magavi, Bradley J. Molyneaux, Eiman Azim, Ryann Fame, Mollie Woodworth, Alexandros Poulopoulos, Noriyuki Kishi, U. Shivraj Sohur, Maria J. Galazo, Suzanne Tharin, Jessica MacDonald, Hari Padmanabhan, Thomas Wuttke, Seth L. Shipman, Omer Durak, Cynthia Hernit-Grant, Youzhen Wang, Blair Leavitt, Monte Gates, Rose Fricker-Gates, Jinhui Chen, Bartley Mitchell, Paola Arlotta, Jason G. Emsley, P. Hande Ozdinler, Denis Jabaudon, Kadir OzkanYears: 2018 — 2019; Recipients: Macklis, Jeffrey D; Code: R21; Title/Keywords: Novel Beam and R26-Beacon Recombinase-Based Systems For Mosaic Analysis of Gene Function@ Harvard University; Matching Score: 0.934Prof.
NYU015028New York, NY, USARalph Nixon

NYU
【研究方向】Disease(6+0); Alzheimer's disease(5+0); Neurodegenerative disease(2+1); Degeneration(2+0); Pathology(2+0); Peptide(1+0); Neurology(1+0); Neurodegenerative disorder(1+0); Therapy(0+1); Down Syndrome(1+0); APP(1+0); Tau(1+0); ApoE(1+0); Form(1+0);
【模式生物】Mouse(1+0);
【方法技术】Model(2+0); In vivo(1+0); Microscopy(1+0);
【简述】Cellular mechanisms and therapy of neurodegenerative disease
【研究论文】Nature(1); Science(1); Cell(3); Neuron(3); JNS(2);
【综述】Trends In Neurosciences(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Seonil Kim, Ju-hyun Lee, Paul Marshall MathewsYears: 2005 — 2008; Recipients: Nixon, Ralph A.; Code: P01; Title/Keywords: In Vivo Proteolysis and Axonal Transport in Tauopathy@ New York State Psychiatric Institute; Matching Score: 0.939041144Prof.
Yale014011New Haven, CT, USATodd Constable

Yale
【研究方向】Imaging(0+3); Development(0+1); Environment(0+1); Depth(0+1); Memory(0+1); Language(0+1); Neuroimaging(0+1);
【模式生物】Human(0+1);
【方法技术】fMRI(0+5); MRI(0+3); In vivo(0+1); Anatomy(0+1); Behavior(0+1);
【简述】Anatomy; Diagnostic Imaging; Magnetic Resonance Imaging; Neurosurgery; Radiology; Neuroimaging.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USAWen-Biao Gan

NYU
【研究方向】Synapse(0+7); Structure(0+5); Dendrite(5+0); Spine(4+0); Plasticity(1+2); Development(2+1); Fear(3+0); Structural plasticity(0+2); Neuropathic pain(2+0); Extinction(2+0); Imaging(0+2); Transgenic(0+1); Alzheimer's disease(1+0); Motor learning(1+0); Planning(0+1); Learning(1+0); Learning and memory(0+1); Sleep(1+0); Dynamics(0+1); Motor cortex(1+0); Auditory cortex(1+0); Cingulate cortex(1+0); ACC(1+0);
【模式生物】Mouse(3+3);
【方法技术】In vivo(0+3); Protein(0+1); Microscopy(0+1); Model(1+0);
【简述】Imaging of synapse dynamics in vivo
【研究论文】Nature Neuroscience(1); Neuron(1); PNAS(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Eduardo R. Macagno, Jeff W. LichtmanShengxiang Zhang, Dimitrios Davalos, Aerie Y. Lin, Christopher N. Parkhurst, Joseph Cichon, Yuan Lin, Conor Liston, Cora Sau Wan Lai, Jaime Grutzendler, Jin-Wu Tsai, Feng Pan, Mirko SantelloProf.
UCLA011013Los Angeles, CA, USARobert M. Prins

UCLA
【研究方向】Tumor(0+4); Therapy(0+1);
【模式生物】
【方法技术】Anatomy(0+1); Pharmacology(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USAJoseph J Palamar

NYU
【研究方向】Alcohol(11+5); Development(1+4); HIV(1+4); Addiction(3+1); Music(1+3); Context(0+3); Disorder(1+0); Infection(0+1); Cannabinoids(0+1); Cocaine(1+0); Opioids(1+0); Drug dependence(0+1); Perception(0+1); Intention(1+0); Social(0+1); Concept(0+1); Sexual behavior(0+1);
【模式生物】Human(1+1);
【方法技术】Behavior(2+5); Model(4+1); Data analysis(0+2); Theory(1+0);
【简述】Large-scale study data analysis and tracking
【研究论文】
【综述】Review(4);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Perry N. HalkitisYears: 2015 — 2019; Recipients: Palamar, Joseph J; Code: K01; Title/Keywords: Development of a Rapid Survey to Detect Use of New and Emerging Drugs@ New York University School of Medicine; Matching Score: 1002198Assist Prof.
UW021010Seattle, WA, USADana Miller

UW
【研究方向】Hypoxia(0+3); Adaptation(0+3); Environment(0+1); Stroke(0+1);
【模式生物】C. elegans(0+1);
【方法技术】Protein(0+1); Model(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USAAdam Wolkin

NYU
【研究方向】Schizophrenia(0+5); Metabolism(0+4); Cognition(0+2); Frontal lobe(0+2); Dopamine receptor(0+1); Dysfunction(0+1); Amphetamine(0+1); Imaging(0+1); Neuroimaging(0+1);
【模式生物】
【方法技术】MRI(0+3); PET(0+2); Data analysis(0+1);
【简述】Cerebral structural and functional abnormalities in schizophrenia
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
UCSD011017San Diego, CA, USAHenry D. I. Abarbanel

UCSD
【研究方向】Vocalization(0+1); Machine learning(0+1);
【模式生物】
【方法技术】Model(0+3); Behavior(0+1); Electrophysiology(0+1);
【简述】 Systems; Computational
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAAjit Varki

UCSD
【研究方向】Disease(0+2); Tumor(0+2); Regulation(0+1); Development(0+1); Embryo(0+1); Adhesion(0+1); Trafficking(0+1); Evolutionary(0+1);
【模式生物】Human(0+4);
【方法技术】Gene(0+1); Biochemistry(0+1);
【简述】 Cellular & Developmental
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAYehuda Ben-Shahar

WUSTL
【研究方向】Plasticity(3+1); Sodium channel(2+0); Environment(0+2); Cognition(2+0); Learning(2+0); Social(0+2); Social behavior(1+1); Neuroendocrine(2+0); Respiratory(2+0); Evolutionary(0+2); Transgenic(1+0); Transporter(1+0); Regulation(1+0); Transcription(1+0); Sense(1+0); Associative learning(1+0); Mating(1+0); Stress(1+0);
【模式生物】Drosophila(6+1); Human(2+0);
【方法技术】Behavior(12+3); Gene(6+3); Model(0+3);
【简述】Molecular, cellular, genetic and evolutionary mechanisms of behavior
【研究论文】Science(2); Cell(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Gene E. RobinsonYears: 2017 — 2020; Recipients: Robinson, GeneDuncan, IanBen-Shahar, YehudaRaman, Baranidharan (co-PI) [⬀] ; Code: N/A; Title/Keywords: Neuronex Technology Hub: Advancing Neuronal and Genetic Approaches to Animal Behavior Research@ Washington University; Matching Score: 0.948002676Assoc Prof.
WUSTL009032Saint Louis, MO, USAJeffrey Milbrandt

WUSTL
【研究方向】Axon(0+5); Degeneration(0+3); Glial cell(0+2); Development(0+2); Neurodegenerative disease(0+2); Metabolism(0+2); Regulation(0+1); Neurodegenerative disorder(0+1); Pathology(0+1); Psychiatric disorder(0+1); Autism(0+1); Parkinson's disease(0+1); Addiction(0+1); Engineering(0+1); Methodology(0+1);
【模式生物】Mouse(0+1);
【方法技术】Gene(0+1); In vivo(0+1); Model(0+1);
【简述】Axonal degeneration, regulation of myelination, neuronal energetics and mitochondrial function in neuropathy and neurodegenerative disease
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Robert H. Baloh, Rakesh Nagarajan, Nam H. Le, Jeffrey A. Magee, Eric L. Snyder, Bin Zhang, Craig A. Press, Andreu Viader, Sungsu Kim, William James BuchserYears: 2018; Recipients: Milbrandt, Jeffrey D; Code: R01; Title/Keywords: Jun O-Glcnacylation Regulates Schwann Cell Injury Response@ Washington University; Matching Score: 0.958Prof.
WUSTL009032Saint Louis, MO, USAShiming Chen

WUSTL
【研究方向】Photoreceptor(7+10); Transcription(8+2); Regulation(2+5); Development(1+4); Disease(0+5); Degeneration(2+1); Knockin(2+0); Differentiation(1+1); Mutant(1+0); Receptor(1+0); Short-term plasticity(1+0); Neurogenesis(1+0); Trafficking(1+0); Therapy(0+1); Tumor(1+0); Vision(1+0); Retina(0+1); Metabolism(1+0);
【模式生物】Mouse(6+3); Human(4+1);
【方法技术】Gene(5+7); Model(4+3); Protein(2+0); Virus(1+0); Cell culture(1+0); Electrophysiology(0+1); Bioinformatics(0+1);
【简述】Molecular mechanisms regulating photoreceptor gene expression in healthy and diseased retinas
【研究论文】Nature(1); Cell(2); Neuron(5);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Donald J. ZackYears: 2017 — 2019; Recipients: Chen, ShimingCohen, Barak A [⬀] ; Code: R01; Title/Keywords: Cis-Regulatory Mechanisms Underlying Retinopathy@ Washington University; Matching Score: 1005651Prof.
WUSTL009032Saint Louis, MO, USAKaren L. O`Malley

WUSTL
【研究方向】Metabotropic glutamate receptor(1+2); Glutamate receptor(1+2); Parkinson's disease(0+3); Dopamine(1+1); Membrane(0+2); Disorder(0+2); Transporter(1+0); Signal transduction(0+1); Regulation(0+1); Receptor(0+1); Synaptic Plasticity(0+1); Development(0+1); CNS(0+1); Psychiatric disorder(0+1); Addiction(0+1); Schizophrenia(0+1); Learning(0+1);
【模式生物】Mouse(1+0);
【方法技术】Model(0+3); Gene(0+2); Protein(2+0); In vivo(1+1); Microarray(0+1);
【简述】Mechanisms underlying the specification, regulation, and neurodegeneration of dopaminergic and glutamatergic systems
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
UCSD011017San Diego, CA, USAEiman Azim

UCSD
【研究方向】Development(0+1); Neural Circuit(0+1); Cognition(0+1); Motor control(0+1);
【模式生物】
【方法技术】Biochemistry(0+1); Behavior(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular; Systems; Cognitive, Behavioral & Psychopharmacology
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAPrithvi Mruthyunjaya

Stanford
【研究方向】Retina(10+0); Imaging(7+3); Vision(8+1); Disease(6+2); Degeneration(6+0); Age-related(6+0); Optical(6+0); Tumor(3+1); Therapy(2+1); Pathology(2+0); Infection(1+0); Pediatric(1+0); Contrast(1+0); Face(1+0); Spectral(1+0);
【模式生物】Human(1+0);
【方法技术】Gene(3+1);
【简述】
【研究论文】Science(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		001705Assoc Prof.
NIH-NHGRI??Bethesda, MD, USAShawn Burgess

NIH-NHGRI
【研究方向】Development(6+4); Disease(2+4); Regeneration(2+2); CRISPR/Cas9(2+1); Mutant(1+1); Signaling molecule(0+2); Membrane(2+0); Embryo(1+1); Hair cell(2+0); Metabolism(2+0); Receptor(0+1); Structure(1+0); Transcription(1+0); Mitochondria(1+0); Degeneration(1+0); Therapy(1+0); Stroke(1+0); Tumor(1+0); Sense(1+0); Body Weight(1+0);
【模式生物】Zebrafish(9+17); Human(6+4); Mouse(3+1); Xenopus(1+0);
【方法技术】Gene(6+12); Protein(6+0); Model(3+3); In vivo(1+2); Virus(2+0);
【简述】Translational and Functional Genomics Branch
【研究论文】Science(1); Cell(7);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Robert Elmer JensenJin Liang, Shannon N. DeMaria007900
NIH-NIDCD??Bethesda, MD, USAMatthew Kelley

NIH-NIDCD
【研究方向】Memory(14+0); Development(4+4); Cognition(5+0); Sense(0+5); Hair cell(3+1); Learning(3+0); Semantic(3+0); Social(2+0); Regulation(1+0); Receptor(1+0); Structure(0+1); Cell fate(0+1); Cell migration(1+0); Therapy(1+0); Inflammation(1+0); Perception(0+1); Auditory(1+0); Language(1+0); Imagery(1+0); Knowledge(1+0); Metabolism(1+0); Pineal gland(1+0);
【模式生物】Human(2+0); Mouse(1+1); Stem Cell(1+0);
【方法技术】Behavior(2+0); Gene(1+0); In vitro(0+1);
【简述】
【研究论文】Nature(2); Cell(3); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jeffrey T. CorwinYears: 2015; Recipients: Kelley, Matthew WSanes, Dan HarveyWerner, Lynne A. [⬀] ; Code: R13; Title/Keywords: Auditory Development Conference@ University of Washington; Matching Score: 0.901000837
NYU015028New York, NY, USAJohn Golfinos

NYU
【研究方向】Imaging(5+0); Therapy(3+0); Spine(2+0); Mutant(1+0); Anesthesia(1+0); Differentiation(1+0); Injury(1+0); Tumor(0+1); Neuro-oncology(1+0); Vestibular(1+0);
【模式生物】Human(1+0);
【方法技术】MRI(1+0);
【简述】Multi-modality treatment of brain tumors
【研究论文】Science(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Robert Spetzler007075Assoc Prof.
Stanford002003Palo Alto, CA, USAEugene Butcher

Stanford
【研究方向】Receptor(7+4); Adhesion(2+3); Disease(4+1); Trafficking(2+2); Dendrite(3+1); Transcription(2+0); Therapy(2+0); Transgenic(1+0); Regulation(0+1); Development(1+0); Differentiation(0+1); CNS(1+0); Pathology(1+0); Pathogenesis(1+0); Inflammation(1+0); Tumor(1+0); Body(0+1); Memory(1+0); Art(0+1); Metabolism(1+0); Vessel(0+1);
【模式生物】Human(3+0); Mouse(2+0);
【方法技术】Model(3+1); In vivo(3+0); Gene(0+1);
【简述】
【研究论文】Nature(4); Cell(2); PNAS(1);
【综述】Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Irving L. WeissmanHailing Sun, Richard A. Warnock, Brian A. Zabel, Carrie N. Arnold, Tracy L. Staton, Aida HabtezionYears: 2008; Recipients: Butcher, Eugene C; Code: U19; Title/Keywords: Protective Mechanisms Against Pandemic Respiratory Virus@ Stanford University; Matching Score: 0.958081467Prof.
JHU010012Baltimore, MD, USATom Lloyd MD,

JHU
【研究方向】Axon(0+4); Disease(0+4); Motor Neuron(0+4); Axonal transport(0+2); Degeneration(0+2); Mutant(0+1); Vesicle(0+1); Development(0+1); Dendrite(0+1); Mitochondria(0+1); Neurodegenerative disease(0+1); Sclerosis(0+1); Body(0+1);
【模式生物】Drosophila(0+1);
【方法技术】Model(0+3); Gene(0+2); Protein(0+1);
【简述】Developmental Neuroscience; Cellular + Molecular Neuroscience; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Columbia006008New York, NY, USAJane Dodd

Columbia
【研究方向】Development(4+2); Axon(1+4); Differentiation(1+2); Signaling molecule(0+2); Receptor(1+0); Transcription(1+0); Neuronal differentiation(0+1); Environment(0+1); Axon guidance(1+0); Synaptogenesis(0+1); Disease(1+0); Sense(0+1); Navigation(0+1); Connection(1+0);
【模式生物】
【方法技术】Protein(1+0); In vitro(0+1); Behavior(1+0);
【简述】Synapses and Circuits; Cell Specification and Differentiation; Axon Pathfinding and Synaptogenesis; Cellular/Molecular/Developmental Neuroscience;
【研究论文】Science(1); Cell(1); Neuron(3);
【综述】Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Thomas M. Jessell, Stephen KufflerAlison L. Dell, Paola Bovolenta, Marysia Placzek, Cliff Hume, Samantha ButlerYears: 2015 — 2016; Recipients: Dodd, Jane; Code: R21; Title/Keywords: Trans-Synaptic Tracing of Developing Somatosensory Circuits@ Columbia University Health Sciences; Matching Score: 1Prof.
CAS-ION??Shanghai, ChinaWei Wang

CAS-ION
【研究方向】Vision(6+26); V1(5+3); Form(0+4); V4(3+1); Perception(0+3); Contour(1+2); V2(2+1); MST(1+2); Object(0+2); Frequency(0+2); Optical imaging(1+1); Visual cortex(1+1); Disease(0+1); Cognition(0+1); Sense(0+1); Adaptation(1+0); Contrast(1+0); Color(1+0); Knowledge(0+1); Encoding(0+1); Bayesian(0+1); Predictive coding(0+1); Imaging(1+0); Thalamus(1+0);
【模式生物】Macaque(3+3); Primate(2+3); Human(1+0);
【方法技术】In vivo(0+2); Optogenetics(0+2); Theory(0+1);
【简述】Visual Perceptual Mechanisms
【研究论文】Nature Neuroscience(1); Neuron(1); PNAS(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Tiande Shou, Adam Sillito001229Senior Investigator
UCSD011017San Diego, CA, USAJaime A. Pineda

UCSD
【研究方向】Social cognition(0+3); Cognition(0+2); Neurotransmitter(0+1); Structure(0+1); Plasticity(0+1); Rhythm(0+1); Addiction(0+1); Brain-Computer Interface(0+1); Attention(0+1); Decision making(0+1); Knowledge(0+1); Social behavior(0+1);
【模式生物】
【方法技术】Behavior(0+3); Theory(0+2);
【简述】 Systems; Cognitive, Behavioral & Psychopharmacology; Clinical
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USARichard Tsien

Stanford
【研究方向】Calcium channel(12+1); CA2(4+5); Vesicle(1+4); Synapse(2+3); Membrane(1+3); Adaptation(3+1); Neurotransmitter(0+3); Receptor(2+1); Synaptic Transmission(1+2); LTP(3+0); GABA(1+1); Vesicle fusion(0+2); Transcription(0+2); Muscle(2+0); Learning and memory(0+2); Connection(0+2); Knockout(1+0); Modulation(1+0); Glutamate(0+1); Dopamine(0+1); Acetylcholine(0+1); NMDA receptor(1+0); Glutamate receptor(0+1); Plasticity(1+0); Homeostatic plasticity(1+0); Oscillation(1+0); Development(1+0); Dendrite(1+0); Disease(1+0); Disorder(0+1); Down Syndrome(1+0); Dystonia(0+1); Inflammation(1+0); Cognition(1+0); Sense(1+0); Migraine(0+1); Motor(1+0); Memory(1+0); Context(0+1); Attention(0+1); Art(0+1); Homeostatic(1+0); Optical(1+0);
【模式生物】Rat(1+0); Mouse(1+0);
【方法技术】Channel(9+1); Gene(1+1); Behavior(2+0); Pharmacology(2+0); Whole-cell recording(1+0); Model(1+0);
【简述】
【研究论文】Science(1); Cell(2); Neuron(6); JNS(1); PNAS(5);
【综述】Review(2); Trends In Neurosciences(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Julian Jack, Denis NobleKarl Deisseroth, N. Charles Harata, W Jon Lederer, William Jonathan Lederer, Li Li, Eduardo Marbán, Scott F. Owen, Steven A. Siegelbaum, Jeremy Ballard Bergsman, Keith Roger Bley, Tara C. Thiagarajan, Alexander M. Aravanis, Jason Lee Pyle, Edward S. Boyden, Natasha Noel Tirko, Samuel M. Cohen, Patrick Luzi Bader, Bruce P. Bean, Haruhiko Bito, Yu-qing Cao, Gong Chen, Sukwoo Choi, Hollis Cline, Aaron P. Fox, Xue Han, Peter Hess, Ege T. Kavalali, Diane Lipscombe, Guosong Liu, Antonio Malgaroli, Roberto Malinow, Edwin McCleskey, Paul G. Mermelstein, Hyokeun Park, Andrew Randall, Gangyi Wu, Naibo Yang, Jian Yang, Qi Zhang, Rachel D. Groth, Ananya Mitra, Michael R. Tadross, Robert S. Kass, Jeffry B. Lansman, Robert L. Rosenberg, Daniel V. Madison, Julie A. Kauer, David Friel, Felix E. Schweizer, William A. Sather, Vadim E. Degtyar, Stephen Mark Smith, Erika S. Piedras-Renteria, Houhui Hugh Xia, Damian G. Wheeler, Yulong Li, Israeli Ran, Alejandro SalahRoger Y. TsienYears: 2018; Recipients: Tsien, Richard W; Code: U19; Title/Keywords: Oxytocin Modulation of Neural Circuit Function and Behavior@ New York University School of Medicine; Matching Score: 1066572Prof.
UW021010Seattle, WA, USANicholas Poolos

UW
【研究方向】Epilepsy(0+6); HCN(0+4); Dendrite(0+3); Regulation(0+1); Ion Channel(0+1); Membrane(0+1); Synaptic Transmission(0+1); Development(0+1); Neurology(0+1); Imaging(0+1); Temporal lobe(0+1);
【模式生物】
【方法技术】Channel(0+2); Biophysics(0+1); Model(0+1);
【简述】Cell and Molecular Neuroscience; Disorders of the Nervous System; Excitable Membranes and Synaptic Transmission
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSF003015San Francisco, CA, USAKevin Bender

UCSF
【研究方向】Addiction(0+3); Neurotransmitter(0+1); Receptor(0+1); Membrane(0+1); Synaptic Transmission(0+1); Synaptic integration(0+1); Axon(0+1); Dendrite(0+1); Spine(0+1); Drugs of Abuse(0+1); Learning(0+1); Optical(0+1);
【模式生物】
【方法技术】Gene(0+1); Electrophysiology(0+1);
【简述】Mechanisms and Function of Neuromodulation
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAVladimir J. Kefalov

WUSTL
【研究方向】Photoreceptor(4+9); Vision(5+6); Adaptation(3+6); Retina(2+4); Regeneration(2+2); Genetically modify(0+2); Disease(1+1); Disorder(0+2); Degeneration(0+2); Sense(0+2); Mutant(1+0); Transporter(0+1); Perception(0+1); Color perception(0+1);
【模式生物】Mouse(2+4); Human(1+3); Primate(0+1);
【方法技术】Pharmacology(0+3); Protein(2+0); Channel(2+0); In vivo(0+1); Behavior(0+1); Electrophysiology(0+1); Model(1+0);
【简述】Photoreceptor Neurobiology and Retinal Degeneration
【研究论文】eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
NYU015028New York, NY, USAJohn Rotrosen

NYU
【研究方向】Development(0+5); Psychiatry(1+4); Alcohol(3+1); Disorder(1+2); Therapy(0+2); Opiate(0+1); Translation(0+1); Psychiatric disorder(0+1); Movement disorder(0+1); Cocaine(0+1); Nicotine(0+1); Schizophrenia(0+1); Neuroimaging(0+1);
【模式生物】
【方法技术】Behavior(0+4); Pharmacology(0+2);
【简述】Pharmacological and behavioral intervention for psychiatric disorders
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
NYU015028New York, NY, USABrian McElree

NYU
【研究方向】Comprehension(0+2); Structure(0+1); Cognition(0+1); Language(0+1);
【模式生物】
【方法技术】
【简述】Cognitive structures and processes that enable language comprehension
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Thomas G. Bever, Barbara Anne Dosher, George SperlingStephani Foraker, Ilke Oztekin, Andrea E. Martin, Julie A. Van Dyke, Matthew W. WagersMarisa Carrasco, Clayton E. Curtis, Lila DavachiYears: 2010 — 2011; Recipients: Mcelree, Brian; Code: N/A; Title/Keywords: Advances in Neurolinguistic Research and Methods@ New York University; Matching Score: 1Prof.
NYU015028New York, NY, USAEdward Ziff

NYU
【研究方向】AMPA receptor(0+1); Trafficking(0+1); Spine(0+1); Disease(0+1);
【模式生物】
【方法技术】
【简述】AMPA receptors trafficking, synaptic strength, spine morphogenesis, and neurological diseases
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Frederick SangerLinheng Li / Xi He, Bradley Alan States, Joshua B. Silverman, Wei Lu, Brian David Fernholz, Sara Monea, Yafell Serulle, David Tukey, Sooyeon Lee, Roseann F. Titcombe, Bryen A. Jordan, Pavel Osten, George C. Prendergast, Sophie Restituito, Michael E. Greenberg, Jon HanleyYears: 2009 — 2013; Recipients: Ziff, Edward B; Code: R01; Title/Keywords: Role of Cgkii in Ampa Receptor Transport@ New York University School of Medicine; Matching Score: 0.958Prof.
Harvard001001Boston, MA, USAVikram Khurana

Harvard
【研究方向】Alpha-synuclein(2+4); Disease(1+2); Neurodegenerative disease(1+2); Parkinson's disease(1+2); Sclerosis(2+0); Metabolism(1+1); Transporter(1+0); Glia(0+1); Trafficking(1+0); Degeneration(0+1); Pathology(0+1); Therapeutics(1+0); Therapy(1+0); Proteinopathy(0+1); Vision(1+0); Body(0+1); Imaging(0+1); Connection(0+1);
【模式生物】Human(0+1); Rat(1+0);
【方法技术】Gene(1+6); Protein(1+2); Cell culture(0+1); Computation(0+1); Model(0+1);
【简述】Genome and Proteome-Scale Dissection of Neurodegenerative Proteinopathy in Human Stem Cell Models
【研究论文】
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Mel  B. Feany, Rudolf Jaenisch, Susan L. LindquistAssist Prof.
Harvard001001Boston, MA, USAVenkatesh Murthy

Harvard
【研究方向】Olfaction(13+1); Synapse(3+1); Olfactory bulb(4+0); Receptor(3+0); Motor cortex(3+0); Regulation(2+0); Vesicle(2+0); Oscillation(2+0); Development(2+0); Neural Circuit(0+2); Imaging(1+1); Chloride(1+0); Neurotransmitter release(1+0); Vesicle docking(1+0); Synaptic Transmission(1+0); Plasticity(0+1); Synaptic Plasticity(1+0); Glia(0+1); Differentiation(1+0); Postnatal Neurogenesis(1+0); Transplantation(1+0); Embryo(1+0); Axon(1+0); Dendrite(1+0); Spine(1+0); Disease(0+1); Perception(1+0); Body(1+0); Learning(1+0); Navigation(1+0); Social(1+0); Blood flow(1+0); Optical imaging(0+1); Amygdala(1+0); Raphe(1+0);
【模式生物】Mouse(4+2); Monkey(3+0); Rodent(2+0);
【方法技术】Behavior(1+3); Electrophysiology(1+2); LFP(2+0); Computation(0+2); Protein(1+0); Optogenetics(0+1);
【简述】Algorithms and Neural Circuits in Olfaction
【研究论文】Nature Neuroscience(4); Neuron(2); JNS(1); Nature Communications(1); Curr Biol.(1);
【综述】Annual Review Of Neuroscience(1); Current Opinion In Neurobiology(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Eberhard E. Fetz, Terrence J. Sejnowski, Charles F. StevensEgle Cekanaviciute, Cambrian Y. Liu, George Vidal, Dinu Florin Albeanu, Zhiying Li, Daniel J. Millman, Jenelle Liane Wallace, Hao Wu, Erin N. Star, Shelby B. Dietz, Kenichi N. Hartman, A. Jamila Newton, Tomokazu Sato, Camille Mazo, Juan Burrone, Siddharth Jayakumar, Vikrant Kapoor, Alexander Mathis, Sumon K. Pal, Dan Rokni, C. Geoffrey G. Lau, Joseph D. Zak, Aravinthan Samuel, William James Tyler, Akari Hagiwara, David Henry GireYears: 2019; Recipients: Murthy, Venkatesh NUchida, Naoshige (co-PI) [⬀] ; Code: R01; Title/Keywords: Emergence of Valence Coding in the Ventral Striatum@ Harvard University; Matching Score: 1009742Prof.
Stanford002003Palo Alto, CA, USAMarcus Feldman

Stanford
【研究方向】Structure(1+0); Oscillation(1+0); Cell line(1+0); Therapy(1+0); Aging(1+0); Evolutionary(1+0);
【模式生物】Human(12+1);
【方法技术】Gene(7+1); Model(4+0); Theory(4+0); Behavior(2+0); Protein(1+0); Mathematics(0+1);
【简述】
【研究论文】Science(1); Nature Communications(2); PNAS(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		058157Prof.
Stanford002003Palo Alto, CA, USASara Gandy

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Other
UCLA011013Los Angeles, CA, USAMartina Wiedau-Pazos

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAMeredith E. Jackrel

WUSTL
【研究方向】Disease(-1+6); Engineering(0+4); Neurodegenerative disease(2+1); Plasticity(2+0); Disorder(0+2); Machine(0+2); Receptor(1+0); Structure(0+1); Therapeutics(1+0); Parkinson's disease(0+1); Sclerosis(0+1); Motor Neuron(0+1);
【模式生物】Human(0+4); C. elegans(0+2); Drosophila(0+1);
【方法技术】Protein(0+10); Model(1+5); Gene(0+2); Biochemistry(0+1);
【简述】Protein folding and misfolding, and the engineering and application of protein disaggregases to reverse misfolding
【研究论文】Science(1); Cell(5);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
Stanford002003Palo Alto, CA, USAAmin Arbabian

Stanford
【研究方向】Imaging(8+1); Frequency(6+0); Engineering(2+0); Depth(1+0); Phase shift(1+0);
【模式生物】
【方法技术】Ultrasonic(8+1); Theory(3+0); Electrical stimulation(2+0); In vivo(1+0);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2018 — 2019; Recipients: Arbabian, Amin; Code: R01; Title/Keywords: A Wireless, Implantable Microdevice For Closed-Loop Drug Delivery to Prevent the Morbidity of Diabetes Therapy-Induced Hypoglycemia@ Stanford University; Matching Score: 1001372Assist Prof.
Princeton061009Princeton, NJ, USAUri Hasson

Princeton
【研究方向】Cognition(11+1); Object(9+0); Vision(7+0); Structure(4+0); Autism(4+0); Cognitive neuroscience(4+0); Neuroimaging(3+0); Sense(2+0); Face(2+0); Memory(2+0); Social(2+0); Exploration(2+0); Encoding(2+0); Dynamics(2+0); Neural dynamics(2+0); Visual cortex(2+0); Auditory cortex(2+0); Modulation(0+1); Translation(1+0); Eye Movement(1+0); Learning and memory(1+0); Long-term memory(1+0); Context(1+0); Language(1+0); Methodology(0+1); Imaging(0+1); Temporal lobe(1+0);
【模式生物】Human(20+2); Monkey(1+0);
【方法技术】fMRI(5+2); MRI(0+1); Behavior(0+1);
【简述】Human Neuroscience
【研究论文】Science(6); Nature Neuroscience(1); Neuron(4); JNS(5); Nature Methods(1); Curr Biol.(3); Cerebral Cortex(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Rafael Malach, David J. HeegerChristopher R. Thompson, Mor Regev, Qihong Lu, Elise Piazza, Yara Yeshurun, Janice Chen, Samuel A. Nastase, Yulia Lerner, Christopher J. Honey, Christopher A. BaldassanoYears: 2017 — 2019; Recipients: Hasson, UriNorman, Kenneth A (co-PI) [⬀] ; Code: R01; Title/Keywords: Neural Dynamics Supporting Integration and Recall Over Long Timescales During Natural Continuous Input@ Princeton University; Matching Score: 1011843Prof.
Stanford002003Palo Alto, CA, USAJennifer Dionne

Stanford
【研究方向】Optical(8+0); Dynamics(2+0); Vision(1+0); Color(1+0); Object(1+0);
【模式生物】
【方法技术】Model(1+0);
【简述】
【研究论文】Nature(2); Nature Communications(2);
【综述】Physical Review(6);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		007165Assoc Prof.
Harvard001001Boston, MA, USAElizabeth Engle

Harvard
【研究方向】Development(8+4); Disorder(5+3); Axon(2+3); Vision(4+0); Imaging(3+1); Axon guidance(3+0); Motor(3+0); Muscle(3+0); Axon growth(1+1); Disease(0+2); Developmental Disorder(1+1); Mutant(1+0); Structure(0+1); Plasticity(0+1); Glia(0+1); Regeneration(1+0); Neurology(1+0); Autism(1+0); Neuromuscular(1+0); Pediatric(1+0); Cognition(1+0); Face(0+1); Cardiovascular(1+0); Encoding(1+0); Dynamics(1+0); Optical(1+0); Connection(0+1); LIP(1+0); White matter(1+0);
【模式生物】Human(10+3); Mouse(1+1); Zebrafish(0+1);
【方法技术】Gene(6+3); MRI(3+0); Model(0+2); In vitro(0+1); Cell culture(0+1); Computation(0+1);
【简述】Cranial axon growth and guidance
【研究论文】Nature Communications(1);
【综述】Annals Of Neurology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		E. Tessa Hedley-Whyte, Edward P. Richardson Jr.Matthew Frederick Rose006480Prof.
UCSD011017San Diego, CA, USAKuo-Fen Lee

UCSD
【研究方向】Development(0+10); Receptor(0+6); Mutant(0+5); Axon(0+4); Sense(0+4); Synapse formation(0+3); Motor(0+3); Neurotrophin(0+2); Transgenic(0+1); Neurotransmitter(0+1); Cell migration(0+1); Embryo(0+1); Neuromuscular(0+1); Tumor(0+1); Anxiety(0+1); Cognition(0+1); Contrast(0+1); Motor Neuron(0+1); Muscle(0+1); Learning and memory(0+1); Connection(0+1); Basal forebrain(0+1);
【模式生物】Mouse(0+5); Rat(0+1);
【方法技术】Gene(0+5); Protein(0+1); Biochemistry(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIDCD??Bethesda, MD, USAThomas B. Friedman

NIH-NIDCD
【研究方向】Mutant(2+1); Development(2+1); Hair cell(3+0); Encoding(2+0); Dynamics(2+0); Knockout(1+0); Regulation(1+0); Transcription(1+0); Degeneration(1+0); Therapy(1+0); Bipolar(1+0); Sense(1+0); Vision(1+0); Auditory(1+0); Auditory processing(1+0); Vestibular(1+0); Machine(0+1);
【模式生物】Human(18+5); Mouse(7+0); Bird(6+0);
【方法技术】Gene(12+0); Model(3+2); Protein(2+0); Anatomy(0+1);
【简述】Section on Human Genetics
【研究论文】Cell(2); Nature Communications(3); eLife(1);
【综述】Review(2); Nature Reviews Genetics(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		014981
WUSTL009032Saint Louis, MO, USAKeiko Hirose

WUSTL
【研究方向】Hair cell(3+2); Motor(5+0); Muscle(4+0); Receptor(3+0); Mutant(2+0); Structure(2+0); Neurology(2+0); Inflammation(0+2); Toxic injury(2+0); Development(1+0); Regeneration(1+0); Degeneration(0+1); Therapy(0+1); Injury(0+1); Trauma(1+0); Sense(1+0);
【模式生物】Mouse(4+0);
【方法技术】Microscopy(2+0); Protein(1+0);
【简述】Innate immunity in the inner ear and its influence on inner ear fluid homeostasis and hair cell degeneration
【研究论文】Nature(2); Cell(5);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		001625Assoc Prof.
Princeton061009Princeton, NJ, USAElizabeth Gould

Princeton
【研究方向】Cognition(2+7); Regulation(1+2); Anxiety(1+2); Structure(0+2); Plasticity(0+2); Structural plasticity(0+2); Microglia(0+2); Environment(0+2); Synapse(0+2); Morphology(0+2); Mating(0+2); PFC(2+0); Gap junction(1+0); Neurogenesis(1+0); Dendrite(1+0); Spine(1+0); Exercise(1+0); Learning and memory(1+0); mPFC(1+0); Dentate gyrus(1+0);
【模式生物】Human(0+1);
【方法技术】
【简述】Systems and Circuits ; Human Neuroscience
【研究论文】JNS(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Bruce S. McEwenLiron Noiman, Yevgenia Kozorovitskiy, Maya Opendak, Anna V. Beylin, Patima Tanapat, Christian Mirescu, Alexis M. Stranahan, Julia M. Caponiti, Yu-Wei Chen, Timothy J. Schoenfeld, Miriam E. Bocarsly, Adam T Brockett, Nicholas Hastings, Benedetta LeunerCharles Gross, Tracey J. ShorsYears: 2018; Recipients: Gould, Elizabeth; Code: R01; Title/Keywords: Investigating Perineuronal Nets and Hippocampal Plasticity in Early Life Adversity-Induced Anxiety@ Princeton University; Matching Score: 1Prof.
Columbia006008New York, NY, USAChristoph Kellendonk

Columbia
【研究方向】Cognition(4+6); Receptor(6+0); D2 receptor(5+0); Schizophrenia(2+3); Motivation(2+2); Dopamine(3+0); Thalamus(3+0); Development(2+0); Disorder(0+2); Psychiatry(2+0); Working memory(1+1); PFC(2+0); Striatum(2+0); Regulation(1+0); Modulation(1+0); D1 receptor(1+0); Synaptic Plasticity(1+0); LTP(1+0); Neurogenesis(1+0); Regeneration(1+0); Dendrite(1+0); Disease(0+1); Degeneration(1+0); Pathogenesis(1+0); Psychiatric disorder(0+1); Alcohol(1+0); Cocaine(1+0); Anxiety(1+0); Contrast(0+1); Learning and memory(0+1); Timing(1+0); Associative learning(1+0); Morphology(1+0); Causality(0+1); Circadian(1+0); Steroid(1+0); Stress(1+0); Imaging(0+1); Hippocampus(1+0); Basal ganglia(1+0); Nucleus accumbens(1+0);
【模式生物】Mouse(5+4); Human(0+2);
【方法技术】Gene(4+1); Behavior(1+2); Model(1+2); Anatomy(1+0);
【简述】Neurobiology of Learning and Memory; Neurogenetics; Models of Psychiatric Disorders; Neurobiology of Disease;
【研究论文】Nature(2); Science(1); Cell(1); Neuron(3); JNS(3);
【综述】Trends In Neurosciences(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Eric R. KandelAbigail M Clark, Fernanda Carvalho Poyraz, Maxime Cazorla, Eduardo F. GalloYears: 2011 — 2015; Recipients: Kellendonk, Christoph; Code: R01; Title/Keywords: Medium Spiny Neuron Excitability and Motivation@ Columbia University Health Sciences; Matching Score: 1009920Assoc Prof.
NIH-NIMH??Bethesda, MD, USAChris I Baker

NIH-NIMH
【研究方向】Object(2+0); Perception(1+0); Vision(1+0); Memory(1+0); Skill learning(1+0); Reward(1+0); Encoding(1+0); Decoding(1+0); Dynamics(1+0); Neural network(1+0); Resting state(1+0); Diffusion tensor imaging(1+0); Imaging(1+0); Hippocampus(1+0);
【模式生物】Human(5+0);
【方法技术】In vitro(2+0); Gene(1+0); In vivo(1+0); Behavior(1+0); TMS(1+0);
【简述】
【研究论文】Neuron(1); JNS(1); Nature Communications(1); eLife(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Dave Perrett, Marlene Behrmann, Carl R. Olson, Nancy KanwisherViktoria Elkis, Stephanie Noelle Manchin, Cynthia S. Peng, Lalitha Chandrasekher, Joseph M. Arizpe, Brett Baribault Bankson, Sandra Truong, Caroline E. Robertson, Adam D. Steel, Dwight Jacob Kravitz, Annie Chan, Assaf Harel, Iris Groen, Wilma A. Bainbridge, Martin N. Hebart, Sue-Hyun Lee, Edward H. Silson
Stanford002003Palo Alto, CA, USAWilliam Talbot

Stanford
【研究方向】Development(10+4); Glial cell(2+6); Microglia(2+5); Receptor(3+2); Disease(1+4); Trauma(4+0); Glia(1+2); Axon(1+2); Injury(3+0); Form(1+2); Transcription(1+1); G-Protein Coupled Receptor(0+1); Sodium channel(1+0); Membrane(0+1); Cell migration(1+0); Differentiation(1+0); Embryo(1+0); Adhesion(1+0); Disorder(0+1); Pathology(1+0); Dysfunction(0+1); Therapy(0+1); Autism(0+1); Inflammation(0+1); Sclerosis(0+1); Motor(0+1); Respiratory(1+0);
【模式生物】Zebrafish(5+1); Human(1+2);
【方法技术】Gene(1+2); Model(1+1); Protein(0+1);
【简述】
【研究论文】Science(2); Cell(5); JNS(1);
【综述】Current Opinion In Neurobiology(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Ian G. Woods, Heather L. Stickney, Kelly R. MonkYears: 2018; Recipients: Talbot, William S; Code: R01; Title/Keywords: Genetic Mechanisms of Myelination in Zebrafish@ Stanford University; Matching Score: 0.958000188Prof.
MIT005002Boston, MA, USAMartha Constantine-Paton

MIT
【研究方向】Vision(0+12); Development(0+6); Plasticity(1+4); NMDA receptor(0+3); Synaptic Plasticity(0+3); Synapse(0+3); Visual cortex(0+3); Disease(1+1); Sclerosis(1+1); Mutant(0+1); Neurotransmitter(0+1); Signaling molecule(0+1); Regulation(0+1); Receptor(0+1); Glutamate receptor(0+1); Structure(0+1); LTP(1+0); Axon(0+1); Trafficking(0+1); Synaptogenesis(0+1); Synapse maturation(1+0); Neurodegenerative disease(1+0); Parkinson's disease(1+0); Depression(0+1); Schizophrenia(0+1); Contrast(0+1); Frequency(0+1); Knowledge(0+1); Imaging(0+1); Thalamus(0+1);
【模式生物】Mouse(1+2); Rat(1+1); Rodent(0+1);
【方法技术】Gene(0+3); In vivo(0+3); Protein(0+2); Behavior(0+2); Model(1+1); Biochemistry(0+1); In vitro(0+1); Electrophysiology(0+1);
【简述】Molecular Mechanisms of Visual Pathway Plasticity; Translational Research on Neurodegeneration and Psychiatric Disease
【研究论文】JNS(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Robert Rudy CapranicaAndrew D. Bolton, Peter W. Hickmott, Marnie  A Phillips, René C. Rentería, Dan H. Sanes, Julie R. Goldberg, Matthew T. Colonnese, Thomas M. Townsend, Sandra M. Aamodt, Hollis Cline, Henry C. Zeringue, Akira Yoshii, Jerome L. RekartGabriela K. PopescuYears: 2010; Recipients: Constantine-Paton, Martha Na; Code: S10; Title/Keywords: An in Vivo/in Vitro 2-Photon Uncaging/Imaging Microscope@ Massachusetts Institute of Technology; Matching Score: 0.958Prof.
NYU015028New York, NY, USAJonathan Winawer

NYU
【研究方向】Vision(12+2); Visual cortex(4+0); Perception(1+2); Memory(2+0); Language(2+0); White matter(2+0); Oscillation(1+0); Cognition(1+0); Color(1+0); Learning(1+0); Context(0+1); Music(1+0); Imaging(1+0);
【模式生物】Human(5+1);
【方法技术】fMRI(1+1); ECoG(0+1); EEG(0+1); Computation(1+0);
【简述】Visual perception, context effects on perception, and multimodal measurements of the human visual system (fMRI, EEG, ECoG)
【研究论文】Nature(1); Science(4); Neuron(2); JNS(1); Curr Biol.(1); Cerebral Cortex(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Josh Wallman, Lera Boroditsky, Brian A. WandellEline R. Kupers, Jingyang Zhou, Catherine Olsson, Serra E. Favila, Dora Hermes, Noah C. BensonAlex C. Huk, Franco Pestilli, Jennifer Marie Davie Yoon, Roozbeh KianiYears: 2017 — 2018; Recipients: Carrasco, Marisa [⬀] Winawer, Jonathan A; Code: R01; Title/Keywords: Linking Brain and Behavior 'Around' the Visual Field@ New York University; Matching Score: 0.958004413Assist Prof.
NYU015028New York, NY, USAAnli Liu

NYU
【研究方向】Memory(1+10); Epilepsy(3+6); Neurology(6+0); Cognition(1+4); Rhythm(2+2); Sleep(3+1); Vision(3+0); Disorder(1+1); Dysfunction(0+2); Frequency(2+0); Art(2+0); Temporal lobe(2+0); Neuromodulation(0+1); Seizure(1+0); Disease(1+0); Degeneration(1+0); Parkinson's disease(1+0); HIV(1+0); Neuro-oncology(1+0); Sclerosis(1+0); Depression(1+0); Cognitive neuroscience(0+1); Planning(1+0); Learning(1+0); Context(0+1); Working memory(1+0); Exploration(0+1); Blood flow(1+0); Signal processing(0+1); Engineering(1+0);
【模式生物】Human(5+0); Non-human primate(2+0); Primate(1+0);
【方法技术】Electrical stimulation(4+2); TMS(3+1); Model(3+0); In vivo(2+0); Behavior(2+0); ECoG(0+2); EEG(0+1); Computation(1+0);
【简述】Epilepsy, memory, and noninvasive neurostimulation
【研究论文】Nature Communications(2); eLife(2);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		000817Assist Prof.
Stanford002003Palo Alto, CA, USABingwei Lu

Stanford
【研究方向】Mitochondria(4+0); Development(3+0); Axon(3+0); Tau(3+0); Regulation(1+1); Self-renewal(1+1); Differentiation(1+1); Axonal transport(2+0); Degeneration(2+0); Parkinson's disease(2+0); Muscle(2+0); Metabolism(2+0); Membrane(1+0); Translation(1+0); Disease(-1+2); Pathology(1+0); Pathogenesis(1+0); LRRK2(1+0); Neuromuscular(1+0); Tumor(1+0); Stress(1+0); Respiratory(1+0); Dynamics(1+0); Neural network(0+1);
【模式生物】Drosophila(8+2); Stem Cell(4+4); Human(0+2); Mouse(0+1);
【方法技术】Gene(0+2); Protein(1+0); Model(0+1);
【简述】
【研究论文】Nature(3); Science(1); Cell(4); Neuron(2); PNAS(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Yuh Nung JanYufeng Yang, Yan SongYears: 2017 — 2019; Recipients: Lu, Bingwei; Code: R01; Title/Keywords: Molecular Genetic Analysis of Torc1 and Torc2 Signaling in Neuronal Maintece@ Stanford University; Matching Score: 1Prof.
UCSF003015San Francisco, CA, USAMichael Stryker

UCSF
【研究方向】Plasticity(0+9); Vision(0+4); Development(0+2); Connection(0+2); Visual cortex(0+2); Transgenic(0+1); Metabolism(0+1); Imaging(0+1); Optical(0+1);
【模式生物】Mouse(0+1);
【方法技术】Anatomy(0+2); Tracing(0+1); Microscopy(0+1); Pharmacology(0+1);
【简述】Development and Plasticity of the Central Visual System
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAUtkan Demirci

Stanford
【研究方向】Engineering(3+0); Development(1+0); Embryo(1+0); Reproduction(1+0); Biomarker(1+0); Frequency(1+0); Vessel(1+0); Optical(1+0);
【模式生物】Human(3+0); Mouse(1+0); Stem Cell(1+0);
【方法技术】Model(3+0); Channel(1+0); Behavior(1+0);
【简述】
【研究论文】Nature(1); Science(3); Cell(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Butrus (Pierre) Thomas Khuri-Yakub, Krishna C. SaraswatYears: 2017 — 2018; Recipients: Demirci, UtkanSoh, Hyongsok Tom [⬀] ; Code: R25; Title/Keywords: Canary Cancer Research Education Summer Training (Canary Crest) Program@ Stanford University; Matching Score: 1Prof.
Stanford002003Palo Alto, CA, USASM Hadi Hosseini

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
NYU015028New York, NY, USAJonathan Brodie

NYU
【研究方向】Neurotransmitter(0+5); Neuroimaging(0+3); Plasticity(0+2); Addiction(2+0); Cocaine(1+1); Modulation(0+1); Dopamine(0+1); GABA(0+1); Therapy(1+0); Drugs of Abuse(0+1); Alcohol(0+1); Nicotine(0+1); Schizophrenia(0+1); Metabolism(1+0);
【模式生物】Non-human primate(0+3); Human(0+2); Primate(0+2);
【方法技术】Pharmacology(0+4); PET(0+3); In vivo(0+1); Behavior(0+1);
【简述】Functional neuroimaging of pharmacological activity
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Emeritus
UCLA011013Los Angeles, CA, USAJerome M. Siegel

UCLA
【研究方向】Sleep(0+6); Disorder(0+2); Monoamine(0+1); Motor control(0+1); Muscle(0+1);
【模式生物】Human(0+2);
【方法技术】Anatomy(0+1); Behavior(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Yale014011New Haven, CT, USAWeimin Zhong

Yale
【研究方向】Self-renewal(0+2); Differentiation(0+2); Disease(0+1); Injury(0+1);
【模式生物】Stem Cell(0+8); Mouse(0+2);
【方法技术】Gene(0+1); Behavior(0+1);
【简述】.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USARobert K Jackler

Stanford
【研究方向】Spine(4+0); Disease(0+4); Vestibular(1+1); Music(0+2); Art(0+2); Imagery(0+2); Regulation(0+1); Membrane(0+1); Embryology(0+1); Disorder(0+1); Hemorrhage(0+1); Addiction(1+0); Nicotine(1+0); Auditory(1+0); Category(0+1);
【模式生物】
【方法技术】Theory(1+3); Behavior(0+2); Channel(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
UCLA011013Los Angeles, CA, USAFrancis F. Steen

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NICHD??Bethesda, MD, USAY. Peng Loh

NIH-NICHD
【研究方向】Embryo(3+0); Neuroprotection(3+0); Regulation(2+0); Development(1+1); Neuroprotective(2+0); Tumor(2+0); Glutamate(1+0); Cytokine(1+0); Vesicle(1+0); Proliferation(1+0); Differentiation(1+0); Trafficking(1+0); Disease(1+0); Disorder(1+0); Autism(1+0); Biomarker(1+0); Neurotoxicity(1+0); Cognition(1+0); Stress(1+0);
【模式生物】Stem Cell(4+0); Human(2+0); Mouse(1+0);
【方法技术】Gene(3+0);
【简述】Laboratory of Developmental Neurobiology, NICHD
【研究论文】Cell(2);
【综述】Review(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USAJoel Schuman

NYU
【研究方向】Imaging(1+5); Vision(1+3); Disease(0+1); Optical(0+1);
【模式生物】Human(0+1);
【方法技术】In vivo(0+1);
【简述】Imaging of the eye, laser-tissue interactions, aqueous outflow, and clinical pharmacology
【研究论文】
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Stanford002003Palo Alto, CA, USAVictor W Henderson

Stanford
【研究方向】Cognition(7+3); Disease(3+0); Alzheimer's disease(3+0); Neurology(2+0); Parkinson's disease(2+0); Stroke(2+0); Metabolism(2+0); Respiratory(2+0); Epilepsy(1+0); Disorder(1+0); Aging(0+1); Alzheimer's(1+0); ApoE(1+0); Movement disorder(1+0); Episodic memory(1+0); Timing(1+0); Hormone(1+0); Stress(1+0); Cardiovascular(1+0);
【模式生物】Human(1+1);
【方法技术】Virus(1+0);
【简述】
【研究论文】PNAS(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2015 — 2018; Recipients: Henderson, Victor [⬀] ; Code: P50; Title/Keywords: Stanford Alzheimer's Disease Research Center@ Stanford University; Matching Score: 0.915Prof.
Harvard001001Boston, MA, USAMichael Crickmore

Harvard
【研究方向】Mating(1+5); Motivation(1+3); Regulation(3+0); Sleep(0+3); Dopamine(0+2); Disorder(0+2); Structure(1+0); Development(1+0); ADHD(0+1); Addiction(0+1); Depression(0+1); Schizophrenia(0+1); Perception(1+0); Imaging(0+1);
【模式生物】Drosophila(1+1); Human(0+1);
【方法技术】Gene(1+2); Behavior(0+3); Protein(1+0);
【简述】Neurobiology of motivational states
【研究论文】Cell(1); Curr Biol.(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Richard S. Mann, Leslie B. VosshallStephen C. Thornquist, Stephen ZhangYears: 2017 — 2018; Recipients: Crickmore, Michael A; Code: DP1; Title/Keywords: Mating Behavior in Drosophila as a Model For Understanding and Controlling Aberrant Dopaminergic Responses@ Boston Children's Hospital; Matching Score: 1Assist Prof.
NIH-NIEHS??Bethesda, MD, USAJau-Shyong Hong

NIH-NIEHS
【研究方向】Microglia(8+2); Neuroinflammation(4+5); Neurotoxicity(7+0); Parkinson's disease(5+1); Disorder(5+0); Neurodegenerative disease(2+3); Therapy(1+4); Inflammation(4+1); Therapeutics(4+0); Alcohol(4+0); Degeneration(3+0); Pathogenesis(0+3); Bipolar(3+0); Cytokine(1+1); Receptor(2+0); Disease(2+0); Pathology(1+1); Injury(1+1); Memory(2+0); Circadian clock(2+0); Glia(1+0); Development(0+1); Environment(0+1); Psychiatry(1+0); Tau(1+0); Neuroprotective(1+0); Neuroprotection(1+0); Stroke(1+0); Cognition(1+0); Form(0+1); Executive function(1+0);
【模式生物】Rat(9+0); Mouse(3+0); Rodent(1+0);
【方法技术】Model(2+4); Pharmacology(5+0); Gene(3+0); Protein(1+0); Behavior(0+1);
【简述】Neurobiology Laboratory / Neuropharmacology Group
【研究论文】
【综述】Nature Reviews Neuroscience(1); Progress In Neurobiology(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Erminio CostaEsteban Adrian Oyarzabal, Michelle L. Blockqingshan wang037360
UCSF003015San Francisco, CA, USAHoward Fields

UCSF
【研究方向】Neural Circuit(0+4); Pain(0+3); Addiction(0+2); Reward(0+2); Regulation(0+1); Modulation(0+1); Dysfunction(0+1); Decision making(0+1);
【模式生物】
【方法技术】In vivo(0+1); In vitro(0+1); Behavior(0+1); Electrophysiology(0+1); Pharmacology(0+1);
【简述】Neural Circuitry of Motivation
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Columbia006008New York, NY, USAAttila Losonczy

Columbia
【研究方向】Dendrite(3+3); Plasticity(1+4); Memory(2+1); Learning(2+0); Encoding(1+1); CA1(2+0); Regulation(1+0); GABA(1+0); GABAB receptor(1+0); Neurogenesis(1+0); Synapse(0+1); Form(0+1); Learning and memory(0+1); Retrieval(0+1); Context(1+0); Timing(1+0); Spatial navigation(1+0); Place cell(1+0); Fear(1+0); Dynamics(1+0); Imaging(1+0); Entorhinal cortex(1+0); Hippocampus(1+0);
【模式生物】Mouse(1+0);
【方法技术】Computation(0+2); Virus(1+0); Behavior(0+1); Electrophysiology(0+1); Neuroinformatics(1+0);
【简述】Neurobiology of Learning and Memory; Synapses and Circuits; Systems and Circuits;
【研究论文】Science(2); Nature Neuroscience(5); Neuron(6); JNS(1); Neuroinformatics(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Zoltan Nusser, Gero Miesenbock, Jeffrey C. MageeThomas R. Reardon, Patrick Kaifosh, Nathan Danielson, Joseph Tsai, James B. Priestley, Matthew Lovett-Barron, Jeffrey D. Zaremba, Tristan Geiller, Gergely Turi, Andres D. Grosmark, Fraser T. Sparks, Satoshi Terada, Stephanie HerrlingerYears: 2017 — 2019; Recipients: Buzsaki, GyorgyLisman, John E (co-PI) [⬀] Losonczy, AttilaSchnitzer, Mark J (co-PI) [⬀] Soltesz, Ivan [⬀] ; Code: U19; Title/Keywords: Towards a Complete Description of the Circuitry Underlying Sharp Wave-Mediated Memory Replay@ Stanford University; Matching Score: 0.954Assoc Prof.
NIH-NCCIH??Bethesda, MD, USAYarimar Carrasquillo

NIH-NCCIH
【研究方向】Amygdala(10+7); Pain(7+4); Plasticity(6+2); Modulation(4+3); Metabotropic glutamate receptor(6+0); Glutamate receptor(6+0); Rhythm(6+0); Suprachiasmatic nucleus(6+0); Circadian(4+0); Potassium channel(3+0); Pain perception(3+0); Sodium channel(2+0); Angelman(2+0); Vision(2+0); Motor(2+0); Learning(1+1); Biological rhythms(2+0); Visual cortex(2+0); Structure(0+1); Cocaine(1+0); Cognition(0+1); Sense(0+1); Touch(0+1); Learning and memory(1+0); Art(1+0);
【模式生物】Mouse(6+0); Rodent(0+1);
【方法技术】Behavior(3+3); Channel(5+0); Anatomy(0+3); Model(2+1); Gene(1+1); Protein(2+0); Electrophysiology(0+2); Optogenetics(0+1); Pharmacology(0+1);
【简述】Behavioral, Neurocircuitry and Cellular Plasticity Section, NCCIH
【研究论文】Neuron(2); JNS(11);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Robert W. Gereau001295
WUSTL009032Saint Louis, MO, USAEdward B. Han

WUSTL
【研究方向】Learning(0+5); Hippocampus(0+3); Imaging(0+2); Oscillation(0+1); Development(1+0); Dendrite(1+0); Neurodegenerative disease(0+1); Learning and memory(0+1); Spatial navigation(0+1);
【模式生物】Mouse(1+0);
【方法技术】Behavior(0+2); In vivo(0+1); LFP(0+1); Two-photon calcium imaging(0+1);
【简述】Learning-related hippocampal network activation
【研究论文】JNS(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
Stanford002003Palo Alto, CA, USAMark Cutkosky

Stanford
【研究方向】Robot(6+0); Touch(5+0); Adhesion(4+0); Grasp(4+0); Stress(4+0); Engineering(3+0); Development(2+0); Perception(2+0); Structure(1+0); Membrane(1+0); Environment(1+0); Body(1+0); Methodology(1+0); Imaging(1+0);
【模式生物】Human(3+0);
【方法技术】MRI(1+0); Model(1+0);
【简述】
【研究论文】Science(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		021667Other
UCLA011013Los Angeles, CA, USAYvette Taché

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAWilliam B. Kristan, Jr.

UCSD
【研究方向】Connection(0+3); Synapse(0+2); Form(0+2); Gap junction(0+1); Development(0+1); Imaging(0+1);
【模式生物】
【方法技术】Behavior(0+3); Anatomy(0+1); Electrophysiology(0+1); Computation(0+1); Model(0+1);
【简述】 Cellular & Developmental; Systems; Computational
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USALenard Adler

NYU
【研究方向】Disorder(2+1); ADHD(3+0); Attention(1+0);
【模式生物】
【方法技术】
【简述】Diagnosis, treatment, and outcomes of adult attention-deficit hyperactivity disorder
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
NYU015028New York, NY, USAAndré A. Fenton

NYU
【研究方向】Memory(0+1);
【模式生物】
【方法技术】Behavior(0+1); Computation(0+1);
【简述】Molecular, neural, behavioral, and computational aspects of memory
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Robert U. Muller, Jan BuresAin Chung, Dino Dvorak, Madeline Kao, Benjamin B. Lee, Heekyung Lee, Samuel A. Neymotin, Basma Radwan, Emma J.C. Wallace, Jeremy Michael Barry, Pierre-Pascal Lenck-Santini, Eunhye Park, Eva Pastalkova, Kally C. O'Reilly Sparks, Fraser T. Sparks, Alice Berners-LeeYears: 2017 — 2018; Recipients: Fenton, Andre Antonio; Code: R01; Title/Keywords: Neural Coordination and Discoordination in Fmr1 Null Mice@ New York University; Matching Score: 1Prof.
NIH-NIDDK??Bethesda, MD, USALee S. Weinstein

NIH-NIDDK
【研究方向】Metabolism(2+8); Energy balance(1+3); Hypothalamus(3+1); Regulation(0+3); Receptor(2+0); Disease(1+1); Hormone(1+1); Development(0+1); Embryo(1+0); Therapy(1+0); Form(0+1); Frequency(1+0); Muscle(1+0); Food Intake(0+1); Body Weight(1+0); Dynamics(1+0); Paraventricular nucleus(0+1);
【模式生物】Mouse(4+2); Human(0+1);
【方法技术】Gene(2+3); Protein(3+2); Model(0+2); Biochemistry(0+1);
【简述】Metabolic Diseases Branch
【研究论文】Cell(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USALawrence B. Salkoff

WUSTL
【研究方向】Potassium channel(3+4); Ion Channel(0+4); Regulation(1+1); Transgenic(0+1); Neurotransmitter(0+1); Structure(0+1); Epilepsy(0+1); Development(0+1); Environment(0+1); Disease(0+1); Hypoxia(0+1); Learning and memory(0+1); Hormone(0+1); Evolutionary(0+1);
【模式生物】Human(0+2); Mouse(1+0); Rodent(0+1); Drosophila(0+1); C. elegans(0+1);
【方法技术】Gene(1+1); Behavior(0+2); Channel(1+0); Electrophysiology(0+1);
【简述】How ion channels function in physiology and behavior
【研究论文】Nature(2); Neuron(1); JNS(1); PNAS(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Alex Yuan, Gloria L. Fawcett, Gonzalo BudelliYears: 2016 — 2019; Recipients: Magleby, Karl L (co-PI) [⬀] Salkoff, Lawrence B; Code: R01; Title/Keywords: Testing a Novel Push-Pull Mechanism For Ca2+-Dependent Coupling in Bk Channels@ Washington University; Matching Score: 1Prof.
JHU010012Baltimore, MD, USAPablo Celnik MD

JHU
【研究方向】Motor(0+3); Disease(0+2); Motor learning(0+2); Stroke(0+1); Neural Circuit(0+1); Cognition(0+1); Knowledge(0+1);
【模式生物】Human(0+3);
【方法技术】TMS(0+2); MRI(0+1); Behavior(0+1); Computation(0+1);
【简述】Systems, Cognitive + Computational Neuroscience; Neural Circuits, Ensembles + Connectomes; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Harvard001001Boston, MA, USABernardo Sabatini

Harvard
【研究方向】Synapse(5+3); Spine(8+0); Dendrite(7+0); Optical(4+1); Striatum(3+0); Receptor(1+1); Structure(1+1); Plasticity(1+1); Synaptic Plasticity(2+0); Development(0+2); Vision(2+0); Learning(0+2); Spatial navigation(0+2); Visual cortex(2+0); CA2(2+0); Basal ganglia(1+1); Transporter(1+0); Regulation(1+0); Modulation(1+0); Amino acid(1+0); GABA(1+0); NMDA receptor(1+0); Glutamate receptor(1+0); Ion Channel(0+1); Calcium channel(1+0); Synaptic Transmission(1+0); Glia(0+1); Disease(0+1); Psychiatric disorder(0+1); Autism(0+1); Alzheimer's(1+0); Parkinson's disease(0+1); Tumor(1+0); Sense(0+1); Form(1+0); Memory(1+0); Learning and memory(1+0); Timing(1+0); Associative learning(0+1); Morphology(1+0); Knowledge(0+1); Reward(0+1); Reinforcement learning(0+1); Engineering(1+0); Imaging(0+1); Hippocampus(0+1); Parafascicular nucleus(1+0);
【模式生物】Mouse(2+2); Human(0+2);
【方法技术】Protein(3+0); Electrophysiology(1+2); Behavior(1+1); Optogenetics(2+0); Gene(0+1); In vivo(1+0); Anatomy(1+0);
【简述】Cellular and synaptic mechanisms of learning and development
【研究论文】Nature Neuroscience(4);
【综述】Current Opinion In Neurobiology(2); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Wade G. Regehr, Karel SvobodaJessica Lizette Saulnier, Helen Xun Hou, Gil Mandelbaum, Shay Q. Neufeld, Arpiar Bruce Saunders, Nathan W. Gouwens, Kee Wui Huang, Minsuk Hyun, Jaeeon Lee, Richard Hakim, Brenda L. Bloodgood, Gilberto Jose Soler-llavina, Ganesh Mani Shankar, James Fitzhugh Sturgill, Andrew J. Giessel, Kevin T. Takasaki, Ian A. Oldenburg, Veronica A. Alvarez, Adam G. Carter, Yao Chen, Jun Ding, Daniel R. Hochbaum, Yevgenia Kozorovitskiy, Sohail Tavazoie, Matthew R. Banghart, Helen S. Bateup, Lena Khibnik, Rui Peixoto, Adam J. Granger, Jeffrey E. Markowitz, Kevin J. Mastro, Sandeep Robert Datta, Michael James Higley, Hyungbae Kwon, Dong Kong, Nicolas X. TritschYears: 2017 — 2018; Recipients: Osten, PavelSabatini, Bernardo L; Code: R01; Title/Keywords: Structure and Function of the Mouse Parafasicular and Entopeduncular Nuclei@ Harvard Medical School; Matching Score: 1019926Prof.
JHU010012Baltimore, MD, USAReza Shadmehr

JHU
【研究方向】Motor control(0+3); Disease(0+1); Neural Circuit(0+1); Cognition(0+1); Language(0+1); Metabolism(0+1); Imaging(0+1); Robot(0+1);
【模式生物】Human(0+2);
【方法技术】Computation(0+2); Theory(0+2); Behavior(0+1); Mathematics(0+1);
【简述】Systems, Cognitive + Computational Neuroscience; Neural Circuits, Ensembles + Connectomes; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Yale014011New Haven, CT, USALaurie Santos

Yale
【研究方向】Cognition(0+3); Development(0+1); Psychiatry(0+1); Language(0+1); Knowledge(0+1); Methodology(0+1); Evolutionary(0+1);
【模式生物】Non-human primate(0+5); Human(0+4); Primate(0+4);
【方法技术】
【简述】Primates; Psychiatry and Psychology.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAGilbert Gallardo

WUSTL
【研究方向】Disease(1+4); Neurodegenerative disease(0+5); Tau(0+5); Tauopathies(0+4); Neurotoxicity(0+2); Inflammation(0+2); Disorder(0+1); Degeneration(0+1); Pathology(0+1); Therapy(0+1); Abeta(1+0); ApoE(1+0); Alpha-synuclein(1+0); Neuroprotective(0+1); Neuroinflammation(0+1); Neuroprotection(0+1); Engineering(0+1); Neuroimaging(1+0);
【模式生物】Mouse(0+3); Human(0+2);
【方法技术】Model(0+5); Biochemistry(0+2); Protein(0+1);
【简述】Understand the molecular mechanisms that regulate reactive astrocytes and their neurotoxicity in
neurodegenerative diseases, including Alzheimer’s disease, by utilizing a combination of biochemistry, molecular biology, cellular models of inflammation and mouse models of neurodegenerative diseases.
【研究论文】Nature(1); Nature Neuroscience(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
Yale014011New Haven, CT, USAGregory McCarthy

Yale
【研究方向】Perception(0+3); Face(0+3); Vision(0+2); Imaging(0+2); Form(0+1); Object(0+1); Face perception(0+1); Social(0+1); Semantic(0+1); Temporal lobe(0+1);
【模式生物】Human(0+2);
【方法技术】MRI(0+2); Electrophysiology(0+2); Anatomy(0+1); fMRI(0+1);
【简述】Brain; Electrophysiology; Magnetic Resonance Imaging; Psychology, Applied.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NINR??Bethesda, MD, USAKatherine G. Meilleur

NIH-NINR
【研究方向】Muscle(2+4); Disease(2+2); Neuromuscular(2+1); Receptor(1+1); Disorder(2+0); Motor(2+0); Fatigue(1+1); Ion Channel(0+1); Calcium channel(0+1); Structure(1+0); Translation(1+0); Therapeutics(0+1); Injury(0+1); Sclerosis(1+0); Frequency(1+0); Motor Neuron(1+0);
【模式生物】
【方法技术】Gene(2+1); Protein(1+2); Channel(0+2); In vivo(0+1); In vitro(0+1); Model(0+1);
【简述】Neuromuscular Symptoms Unit
【研究论文】Neuron(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIEHS??Bethesda, MD, USAGuohong Cui

NIH-NIEHS
【研究方向】Optical(1+2); Voluntary Movement(0+2); CA2(2+0); Regulation(1+0); Dopamine(1+0); Metabotropic glutamate receptor(1+0); Glutamate receptor(1+0); Structure(0+1); Dopamine neuron(1+0); Development(0+1); Alzheimer's disease(1+0); Neuroinflammation(1+0); Planning(0+1); Execution(0+1); Skill learning(1+0); Motivation(0+1); Reward(0+1); Imaging(0+1); Entorhinal cortex(1+0); Basal ganglia(0+1);
【模式生物】Mouse(2+0); Rat(1+0);
【方法技术】In vivo(0+7); Behavior(0+1); Optogenetics(1+0); Model(0+1);
【简述】Neurobiology Laboratory / In Vivo Neurobiology Group
【研究论文】Nature(1); Cell(1); Neuron(3); JNS(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Hitoshi Morikawa, Rui Costa, David M. LovingerChengbo Meng, Jingheng Zhou, Jason B. Cook
Stanford002003Palo Alto, CA, USAKilian M Pohl

Stanford
【研究方向】Alcohol(8+2); Psychiatry(7+0); Imaging(7+0); Development(3+2); Aging(4+1); Structure(4+0); Disease(2+2); Disorder(3+1); White matter(4+0); HIV(2+1); Tumor(3+0); Cognition(2+1); Neuroimaging(2+1); Adolescent development(2+0); CNS(2+0); Infection(2+0); Schizophrenia(1+1); Cognitive neuroscience(2+0); Intelligence(2+0); Machine learning(1+1); Machine(2+0); Dysfunction(1+0); Psychiatric disorder(0+1); Biomarker(1+0); Addiction(1+0); Drug dependence(1+0); Vision(1+0); Spectral(1+0); Motor control(1+0); Sleep(1+0); Encoding(1+0); Bayesian(1+0); Regularization(1+0); Engineering(1+0); Precuneus(1+0); Cerebellum(1+0);
【模式生物】Human(4+1); Rat(1+0);
【方法技术】Virus(2+1); Anatomy(2+0); Behavior(2+0); Pharmacology(2+0); Model(2+0); Algorithm(2+0); MRI(1+0); Computation(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		002103Assoc Prof.
Stanford002003Palo Alto, CA, USAMatthew Wheeler

Stanford
【研究方向】Disease(3+4); Oscillation(6+0); Modulation(3+0); Exercise(3+0); Cardiovascular(2+1); Temperature(2+0); Imaging(2+0); Epilepsy(1+0); Development(1+0); Disorder(1+0); Body(1+0); Knowledge(1+0); Metabolism(1+0); Dynamics(1+0);
【模式生物】Human(2+0);
【方法技术】Gene(6+1); Model(1+0); Bioinformatics(0+1); Simulation(1+0);
【简述】
【研究论文】
【综述】Review(7);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		013057Assist Prof.
Stanford002003Palo Alto, CA, USAFrederick T Chin

Stanford
【研究方向】Imaging(7+3); Pathology(2+0); Therapy(1+1); Hypoxia(2+0); Tumor(2+0); Pain(2+0); Blood flow(2+0); Dopamine(1+0); Receptor(1+0); Translation(1+0); Development(0+1); Disease(1+0); Psychiatry(1+0); Autism(1+0); Fragile X(1+0); Neuroinflammation(1+0); Stroke(1+0); Sclerosis(1+0); Depression(1+0); Metabolism(1+0); Methodology(0+1);
【模式生物】Human(1+2); Stem Cell(2+0); Primate(0+1); Mouse(1+0);
【方法技术】MRI(2+0); PET(1+1); Gene(0+1); In vivo(1+0); fMRI(1+0); Microscopy(1+0); Model(1+0);
【简述】
【研究论文】Nature(1); Science(1); PNAS(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
Yale014011New Haven, CT, USAThierry Emonet

Yale
【研究方向】
【模式生物】
【方法技术】
【简述】.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAAnthony Norcia

Stanford
【研究方向】Vision(35+1); Development(9+1); Contrast(8+0); Visual cortex(4+0); Face(3+0); Perception(2+0); Contour(2+0); Frequency(2+0); Dynamics(2+0); LTD(1+0); Cognition(1+0); Cognitive neuroscience(1+0); Sense(1+0); Object(1+0); Decision making(1+0); Engineering(1+0); Imaging(0+1);
【模式生物】Human(12+0);
【方法技术】EEG(3+0); Computation(2+0); Statistics(2+0); Psychophysics(1+0); Electrophysiology(1+0); fMRI(1+0); Electrical stimulation(1+0);
【简述】
【研究论文】Science(2); JNS(2); PLOS Computational Biology(2);
【综述】Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Leo Ganz, Christopher W. Tyler, Lorrin RiggsFaraz Farzin, Deborah Orel-Bixler, Justin Michael Ales, Jacek Dmochowski, Faraz Farzin, Peter Jes Kohler, David Henry Peterzell, Uri Polat, Rick J. Brown, Ann M. Skoczenski, T Rowan Candy, Lawrence Gregory Appelbaum, Melanie Palomares, Jeffrey J. Tsai, Emily A. CooperStefano BaldassiYears: 2017 — 2018; Recipients: Norcia, Anthony M; Code: R21; Title/Keywords: Non-Invasive Brain Stimulation Approaches to Visual System Modeling and Plasticity@ Stanford University; Matching Score: 1007422Prof.
NYU015028New York, NY, USAYann Andre LeCun

NYU
【研究方向】Vision(0+1); Machine learning(0+1);
【模式生物】
【方法技术】Computation(0+1);
【简述】Machine learning, computer vision, and computational neuroscience
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		105512Prof.
CalTech072006Pasadena, CA, USADavid A. Prober

CalTech
【研究方向】Neural Circuit(0+2); Sleep(0+1);
【模式生物】
【方法技术】Gene(0+1);
【简述】Genetic and Neural Circuits that Regulate Sleep
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Alexander SchierSuna Li, Daniel A Lee, Ulrich HergetYears: 2019; Recipients: Lois, Carlos (co-PI) [⬀] Prober, David Aaron; Code: R34; Title/Keywords: A Genetically Encoded Method to Trace Neuronal Circuits in the Zebrafish Brain@ California Institute of Technology; Matching Score: 1Prof.
UCSD011017San Diego, CA, USABinhai Zheng

UCSD
【研究方向】Regeneration(0+3); CNS(0+3); Axon(0+3); Development(0+2); Spinal Cord Injury(0+2); Neurodegenerative disorder(0+1); Stroke(0+1); Imaging(0+1); White matter(0+1);
【模式生物】Mouse(0+2);
【方法技术】Biochemistry(0+1); In vivo(0+1); In vitro(0+1); Model(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular; Clinical
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
JHU010012Baltimore, MD, USAAmy Bastian

JHU
【研究方向】Movement disorder(0+3); Disease(0+2); Learning(0+2); Environment(0+1); Stroke(0+1); Neural Circuit(0+1); Cognition(0+1); Adaptation(0+1); Reaching(0+1); Motor control(0+1); Muscle(0+1); Robot(0+1); Cerebellum(0+1);
【模式生物】Human(0+1);
【方法技术】Computation(0+1);
【简述】Systems, Cognitive + Computational Neuroscience; Neural Circuits, Ensembles + Connectomes; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UW021010Seattle, WA, USAPeter Detwiler

UW
【研究方向】Signal transduction(0+6); Vision(0+4); Receptor(0+2); Perception(0+2); Photoreceptor(0+2); Adaptation(0+2); Optical(0+2);
【模式生物】
【方法技术】Protein(0+4); Electrophysiology(0+2);
【简述】Research
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USANolan Williams

Stanford
【研究方向】Psychiatry(13+0); Depression(12+0); Neurology(8+0); Disorder(5+0); Therapy(5+0); Receptor(4+0); Sleep(3+0); Neuromodulation(2+0); Parkinson's disease(2+0); Neural Circuit(2+0); Gait(2+0); Reward(2+0); Modulation(1+0); Development(1+0); Psychiatric disorder(1+0); Parkinson's(1+0); Movement disorder(1+0); Injury(1+0); Brain injury(1+0); Pediatric(1+0); Bipolar(1+0); Face(1+0); Pain(1+0); Headache(1+0); Memory(1+0); Timing(1+0); Imaging(1+0); Globus pallidus(1+0); Nucleus accumbens(1+0); Subthalamic nucleus(1+0);
【模式生物】Human(2+0); Mouse(2+0);
【方法技术】DBS(10+0); TMS(1+0);
【简述】
【研究论文】Nature(1); PNAS(1);
【综述】Current Opinion In Neurobiology(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Ziad Nahas, Mark George, Michael D. Greicius, Alan Schatzberg, David SpiegelJaspreet PannuYears: 2017 — 2018; Recipients: Spiegel, David (co-PI) [⬀] Williams, Nolan R.; Code: R33; Title/Keywords: Use of Repetitive Transcranial Magnetic Stimulation to Augment Hypnotic Analgesia@ Stanford University; Matching Score: 1000531Assist Prof.
JHU010012Baltimore, MD, USASolomon Snyder MD, DSc, DPhil (Hon Causa)

JHU
【研究方向】Disease(0+4); Neurotransmitter(0+3); Cocaine(0+3); Disorder(0+2); Parkinson's disease(0+2); Mutant(0+1); Receptor(0+1); NMDA receptor(0+1); Addiction(0+1); Encoding(0+1); Striatum(0+1);
【模式生物】Mouse(0+1);
【方法技术】Protein(0+4); Gene(0+2); Model(0+1);
【简述】Cellular + Molecular Neuroscience; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIAAA??Bethesda, MD, USAChristina Barr

NIH-NIAAA
【研究方向】Environment(0+2); Psychiatric disorder(0+2); Alcohol(0+2); Disorder(0+1);
【模式生物】Human(0+2); Primate(0+2);
【方法技术】Gene(0+8); Behavior(0+7); Model(0+1);
【简述】Section of Comparative Behavioral Genomics
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USADouglas Vollrath

Stanford
【研究方向】Disease(3+6); Vision(9+0); Degeneration(3+5); Mutant(4+2); Photoreceptor(1+4); Age-related(2+1); Stress(0+3); Retina(1+1); Form(2+0); Transgenic(1+0); Knockout(1+0); Regulation(0+1); Receptor(0+1); Transplantation(1+0); Dysfunction(0+1); Therapy(1+0); Body(0+1); Circadian(0+1); Temperature(1+0); Metabolism(0+1); Imaging(1+0);
【模式生物】Human(4+3); Mouse(4+2); Rat(2+1); Rodent(0+1);
【方法技术】Gene(3+3); In vivo(1+2); Protein(1+1);
【简述】
【研究论文】Science(8); Cell(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2016 — 2018; Recipients: Vollrath, Douglas E.; Code: R01; Title/Keywords: Rpe Energy Metabolism and Cell Phenotype@ Stanford University; Matching Score: 0.958Assoc Prof.
WUSTL009032Saint Louis, MO, USADavid M. Holtzman

WUSTL
【研究方向】Tau(2+8); Pathology(2+5); Metabolism(0+6); Disease(2+2); ApoE(1+3); CNS(0+3); Pathogenesis(1+2); Cognition(1+1); Sleep(1+1); Transgenic(0+1); Knockout(0+1); Regulation(0+1); Modulation(1+0); Receptor(1+0); Peptide(0+1); Vesicle(0+1); Synapse(0+1); Dysfunction(0+1); Abeta(1+0); Injury(0+1); Circadian clock(1+0); Dynamics(1+0); Neuroimaging(0+1); Connection(0+1);
【模式生物】Mouse(2+1); Human(0+2);
【方法技术】In vivo(3+2); Protein(0+2); Model(1+1); Gene(0+1); In vitro(1+0);
【简述】Cellular and Molecular studies of Alzheimer’s disease
【研究论文】Science(1); Neuron(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		William C. MobleyJohn R. Cirrito, Tim West, Suzanne E. Schindler (Wahrle), Jae-Eun Kang Miller, Adam W. Bero, Joseph M. Castellano, Rebecca J. Craig-Schapiro, Jacob M. Basak, Randall Bateman, Jungsu Kim, Philip B. Verghese, Richard E. Hartman, Richard J. Perrin, Miranda M. Lim, Yo-El S. JuYears: 2017 — 2018; Recipients: Holtzman, David M.; Code: P01; Title/Keywords: Regional, Synaptic, Cellular Modulation of Abeta Metabolism@ Washington University; Matching Score: 1Prof.
NIH-NIAAA??Bethesda, MD, USADavid M. Lovinger

NIH-NIAAA
【研究方向】Alcohol(5+0); Synaptic Plasticity(3+0); Nucleus accumbens(3+0); Dopamine(2+0); Transgenic(1+0); Regulation(1+0); Modulation(1+0); Receptor(1+0); Glycine receptor(1+0); Calcium channel(1+0); Plasticity(1+0); Synapse(1+0); Disorder(1+0); Vulnerability(1+0); Psychiatry(1+0); Cognition(1+0); Learning(1+0); Skill learning(1+0); Encoding(1+0); Globus pallidus(1+0); Dorsal striatum(1+0); Substantia nigra(1+0);
【模式生物】Mouse(2+0); Monkey(1+0); Rat(1+0);
【方法技术】Channel(2+0); Behavior(1+0);
【简述】
【研究论文】Neuron(5); JNS(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Aryeh Routtenberg, Forrest F. WeightSukwoo Choi, Nicole (Capik) Crowley, Ka-choi Tang, John G Partridge, Gregory L. Gerdeman, Jennifer A. Ronesi, Christina M. Gremel, Kari A. Johnson, Armando Salinas, Giuseppe Talani, Henry Yin, Guohong Cui, Brady K. Atwood, Brian A. McCool, David A. Kupferschmidt, Karina P AbrahaoYears: 2015; Recipients: Lovinger, David M; Code: ZIA; Title/Keywords: Discovery and Validation of Novel Targets For Pharmacotherapy of Alcoholism@ Alcohol Abuse and Alcoholism; Matching Score: 1
MIT005002Boston, MA, USATed Gibson

MIT
【研究方向】Cognition(3+1); Language(2+2); Comprehension(1+0); Music(1+0);
【模式生物】Human(0+1);
【方法技术】MRI(0+1); Behavior(0+1); Model(0+1);
【简述】The major lines of research pursued in the lab:
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Harvard001001Boston, MA, USAChristopher Harvey

Harvard
【研究方向】Dynamics(4+6); PPC(0+8); Navigation(6+1); Dendrite(6+0); Imaging(4+2); Spine(4+0); Sense(3+1); Place cell(4+0); Learning(2+1); Decision making(0+3); Working memory(0+3); Neural codes(3+0); Regulation(2+0); Structure(2+0); Microcircuit(0+2); Perception(2+0); Memory(2+0); Neural encoding(2+0); V1(2+0); Development(0+1); Environment(0+1); Motor(0+1); Context(0+1); Spatial navigation(0+1); Optical(0+1);
【模式生物】Mouse(2+4);
【方法技术】Computation(0+8); Behavior(3+4); Model(2+3); Electrophysiology(0+2); Optogenetics(2+0); Statistics(2+0); Two-photon calcium imaging(0+1); Theory(0+1);
【简述】Neural circuits underlying cognitive behaviors in mice
【研究论文】Nature Neuroscience(4); Neuron(1);
【综述】Physical Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Karel Svoboda, David W. TankAaron T Kuan, Laura Nicole Driscoll, Selmaan Chettih, Matthias Minderer, Shinichiro Kira, Noah Pettit, Anna Jaffe, Ari S. Morcos, Caroline A. Runyan, Alice Wang, Alan J. Emanuel, Houman SafaaiYears: 2018; Recipients: Harvey, Christopher DLee, Wei-Chung Allen (co-PI) [⬀] Panzeri, Stefano Vt; Code: R01; Title/Keywords: Studying Perceptual Decision-Making Across Cortex by Combining Population Imaging, Connectomics, and Computational Modeling@ Harvard Medical School; Matching Score: 0.958003252Assoc Prof.
UW021010Seattle, WA, USABingni Brunton

UW
【研究方向】Brain-Computer Interface(0+1);
【模式生物】
【方法技术】Mathematics(0+2);
【简述】Computational Neuroscience”; “Behavioral Neuroscience”; and “Brain-Computer Interfaces
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAGuosong Hong

Stanford
【研究方向】Imaging(12+0); Brain injury(2+0); Receptor(1+0); Therapy(1+0); Retina(1+0); Hormone(1+0); Engineering(1+0);
【模式生物】Mouse(1+0);
【方法技术】In vivo(4+0); Biochemistry(1+0); Electrophysiology(1+0);
【简述】
【研究论文】Nature(2); Science(2); Nature Communications(1); Nature Methods(1); PNAS(3);
【综述】Current Opinion In Neurobiology(1); Chemical Reviews(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Paul Chong, Xingjun ZhuYears: 2017 — 2018; Recipients: Hong, Guosong; Code: K99; Title/Keywords: Brain Aging Studies With Single-Neuron Resolution Using Syringe-Injectable Electronics@ Harvard University; Matching Score: 0.964Assist Prof.
NYU015028New York, NY, USAGilad Evrony

NYU
【研究方向】Development(4+1); Disease(2+1); Cell line(2+0); Cell lineage(2+0); Neurology(1+1); Proliferation(1+0); Differentiation(1+0); Psychiatry(0+1); Microcephaly(1+0); Cognition(1+0);
【模式生物】Human(11+2); Stem Cell(1+0);
【方法技术】Gene(2+3);
【简述】Genomics technologies for neuroscience and neuropsychiatric disease
【研究论文】Science(4); Cell(3); Neuron(2); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Chris A. Walsh001893Assist Prof.
Harvard001001Boston, MA, USAJoshua Kaplan

Harvard
【研究方向】Neuropeptide(3+2); Alcohol(5+0); GABAA receptor(4+0); Neurotransmitter release(2+2); Autism(1+1); Sense(2+0); Form(1+1); Imaging(0+2); Regulation(0+1); Glutamate(1+0); Receptor(1+0); GABAB receptor(1+0); Muscarinic(1+0); Calcium channel(1+0); Vesicle(1+0); Plasticity(0+1); Transcription(0+1); Glia(0+1); Development(0+1); Axon(1+0); Adhesion(0+1); Trafficking(1+0); Synapse formation(0+1); Synapse(0+1); Mitochondria(1+0); Neurology(1+0); Aging(0+1); Ischemia(1+0); Neural Circuit(1+0); Muscle(1+0); Learning(1+0); Attention(1+0); Social(1+0); Stress(1+0); Caudate(1+0);
【模式生物】C. elegans(10+1); Primate(1+0); Rat(1+0); Mouse(1+0);
【方法技术】Behavior(2+3); Gene(0+4); Protein(2+0); Electrophysiology(0+2); Model(1+1);
【简述】Genetic analysis of synaptic transmission
【研究论文】Cell(1); JNS(2);
【综述】Annals Of Neurology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Harold Elliot Varmus, H. Robert HorvitzPeter Barrett, Jamie Kass, Michelle Burbea, Tija Jacob, Jason Marcus McEwen, Denise K. Chun, David Jason Simon, Amy B. Vashlishan, Sabrina Hom, Katherine L. Thompson-Peer, Christopher Rongo, Xiajing Tong, Jeremy Samuel DittmanYears: 2015 — 2018; Recipients: Kaplan, Joshua M; Code: R01; Title/Keywords: Mechanotransduction C. Elegans@ Massachusetts General Hospital; Matching Score: 1000146Prof.
NYU015028New York, NY, USAEric Sigmund

NYU
【研究方向】Imaging(18+2); Muscle(1+6); Diffusion tensor imaging(5+2); Disease(0+2); Tumor(2+0); Exercise(1+1); Acquisition(0+2); Diffusion MRI(1+1); Structure(1+0); Development(0+1); Disorder(0+1); Sclerosis(1+0); Contrast(0+1); Body(0+1); Temperature(1+0); Blood flow(0+1); Connection(0+1);
【模式生物】Human(0+1);
【方法技术】MRI(14+2); Model(3+0); Gene(2+0); Behavior(0+1); PET(0+1);
【简述】
【研究论文】
【综述】Physical Review(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		003423Assoc Prof.
UCSF003015San Francisco, CA, USADena Dubal

UCSF
【研究方向】Aging(0+11); Neurodegenerative disease(0+5); Cognition(0+3); Hormone(0+3); Disease(0+2); Body(0+2); Transgenic(0+1); Synapse(0+1); Age-related(0+1); Stress(0+1);
【模式生物】Human(0+2); Mouse(0+2);
【方法技术】Model(0+3); Gene(0+1);
【简述】Mechanisms of Neural Resilience in Aging and Neurodegenerative Disease
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NICHD??Bethesda, MD, USAPeter J. Basser

NIH-NICHD
【研究方向】Imaging(7+1); Structure(3+0); Diffusion MRI(2+0); Regulation(1+0); Brain injury(1+0); Tumor(1+0); Spectral(1+0); Dynamics(1+0); Diffusion tensor imaging(1+0); White matter(1+0);
【模式生物】Human(1+0); Rat(1+0);
【方法技术】MRI(9+0); Model(1+0);
【简述】Section on Quantitative Imaging and Tissue Sciences
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Ichiji TasakiYears: 2018; Recipients: Basser, Peter J.; Code: ZIA; Title/Keywords: Transport Processes and Nervous System Function@ Child Health and Human Development; Matching Score: 0.912
Columbia006008New York, NY, USAJames E. Goldman

Columbia
【研究方向】Disease(5+0); Differentiation(2+1); White matter(3+0); Mutant(2+0); Pathology(1+1); Alzheimer's(2+0); Glutamate(1+0); Plasticity(1+0); Glia(1+0); Astrocyte(1+0); Microglia(1+0); Development(0+1); Neurogenesis(1+0); Disorder(0+1); Sclerosis(1+0); Temporal lobe(1+0);
【模式生物】Human(1+0); Stem Cell(0+1);
【方法技术】Protein(3+0); Gene(1+0); Model(1+0);
【简述】Cell Specification and Differentiation; Stem Cell Biology; Glial Development and Pathology; Tuberous Sclerosis/Epilepsy/Autism Spectrum Disorders;
【研究论文】Neuron(2); JNS(7);
【综述】Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Robert D. TerryChristine Marshall-Walker, JoAnn M. Gensert, Victoria C. Hsiao, Christine A. Marshall, Marcela C. Assanah, Rujin Tian, Rachel E. Ventura, Eileen Guilfoyle, Steven W. LevisonYears: 2008; Recipients: Goldman, James E; Code: S10; Title/Keywords: A Massively Parallel Dna Sequencer@ Columbia University Health Sciences; Matching Score: 1Prof.
NYU015028New York, NY, USAHoward Riina

NYU
【研究方向】Mutant(1+0); Disorder(0+1); Infection(1+0); Stroke(1+0); Cerebrovascular(0+1);
【模式生物】
【方法技术】
【简述】Surgical and endovascular treatment of cerebrovascular disorders of the brain and spinal cord
【研究论文】Cell(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
UCSD011017San Diego, CA, USAMatthew Banghart

UCSD
【研究方向】Development(0+2); Disease(0+2); Neural Circuit(0+2);
【模式生物】
【方法技术】Biochemistry(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular; Systems
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIMH??Bethesda, MD, USAArash Afraz

NIH-NIMH
【研究方向】Vision(12+4); Face(11+0); Perception(4+0); Object recognition(2+2); Attention(3+0); Cognition(2+0); Adaptation(2+0); Form(2+0); Eye Movement(2+0); Neural codes(2+0); Touch(1+0); Categorization(1+0);
【模式生物】Human(0+1);
【方法技术】Optogenetics(3+1); Behavior(1+2); Pharmacology(3+0); Microstimulation(1+1); Psychophysics(0+1);
【简述】Laboratory of Neuropsychology
【研究论文】Nature(1); Neuron(1); Curr Biol.(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		001066
Columbia006008New York, NY, USANorma Graham

Columbia
【研究方向】Vision(11+3); Contrast(4+3); Adaptation(2+2); Systems Neuroscience(0+1); Perception(1+0); Form(0+1); Memory(1+0); Machine(1+0); V1(1+0);
【模式生物】Human(2+0);
【方法技术】Behavior(0+2); Computation(1+0); Model(0+1); Theory(0+1); Mathematics(0+1);
【简述】Theoretical Neuroscience; Systems and Circuits; Cognitive/Systems Neuroscience;
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jacob Nachmias, Floyd RatliffElizabeth Thorpe Davis, Joy Hirsch, Patricia Kramer, Bernice E. Rogowitz, Adam Y. Shavit, Patricia R. DeLucia, S. Sabina Wolfson, S. Sabina WolfsonProf.
Columbia006008New York, NY, USAWesley Grueber

Columbia
【研究方向】Dendrite(7+1); Development(6+0); Sense(2+1); Axon(2+0); Somatosensory(0+2); Receptor(0+1); Nervous system patterning(0+1); Differentiation(0+1); Embryo(1+0); Synaptogenesis(0+1); Synapse(0+1); Degeneration(0+1); Aging(0+1); Motor(1+0); Interneuron(0+1); Morphology(0+1); Dynamics(1+0); Imaging(1+0); Connection(1+0);
【模式生物】Drosophila(8+1);
【方法技术】Behavior(1+2); Microscopy(2+0); Gene(0+1); Protein(1+0); Anatomy(0+1);
【简述】Axon Pathfinding and Synaptogenesis; Synapses and Circuits; Neural Degeneration and Repair; Cell specification and Differentiation;
【研究论文】Nature(2); Cell(2); Neuron(2); JNS(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		James W. Truman, Yuh Nung Jan, Lily Y. JanDemelio Alejandro Urbano, Megan M. Corty, Brikha R. Shrestha, Aditi Singhania, Jennifer S. ZiegenfussYears: 2018; Recipients: Grueber, Wesley B; Code: R21; Title/Keywords: An Internal Sensory Circuit For Neuropeptide Control of Body Homeostasis@ Columbia University Health Sciences; Matching Score: 0.958Assoc Prof.
Harvard001001Boston, MA, USAJohn Flanagan

Harvard
【研究方向】Development(2+5); Disease(5+1); Connection(0+5); Regeneration(0+4); Axon(0+4); Axon guidance(0+3); Injury(0+3); Mutant(2+0); Receptor(0+2); Membrane(2+0); Plasticity(0+2); Translation(0+2); Therapy(2+0); APP(2+0); Regulation(0+1); Glia(0+1); Cell line(1+0); Trafficking(1+0); Synapse(0+1); Disorder(1+0); Degeneration(0+1); Infection(1+0); Motor(1+0); Metabolism(1+0); Imaging(0+1);
【模式生物】Human(4+0); Mouse(3+0);
【方法技术】Pharmacology(6+0); Protein(2+2); Model(2+1); Gene(0+2); In vivo(1+1); Biochemistry(1+0); Cell culture(0+1); Computation(0+1);
【简述】Cell-cell signaling in development and regeneration of axonal connections
【研究论文】Nature(1); Cell(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Gerald Maurice Edelman, Philip LederHwai-Jong Cheng, Ming-Ko Chiang, Mitsuharu Hattori, Michael J. Hansen, Perry A. Brittis, Edna E. Sun, Alan P. Tenney, Miriam E. Osterfield, Yao Chen, Dan W. Nowakowski, Qiang Lu, Masaru Nakamoto, Pierre Vanderhaeghen, David A. FeldheimYears: 2016 — 2019; Recipients: Flanagan, John G; Code: R01; Title/Keywords: Molecular Mechanisms of Neuron Motility and Axon Guidance@ Harvard Medical School; Matching Score: 0.958001402Prof.
UCLA011013Los Angeles, CA, USAWhitney B. Pope

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAKenta Asahina

UCSD
【研究方向】Disorder(0+2); Emotion(0+2); CRISPR/Cas9(0+1); Development(0+1); Environment(0+1); Psychiatric disorder(0+1); Anxiety(0+1); Depression(0+1); Neural Circuit(0+1); Cognition(0+1); Sense(0+1); Stress(0+1); Dynamics(0+1); Neural network(0+1); Imaging(0+1); Machine(0+1);
【模式生物】Human(0+1); Drosophila(0+1);
【方法技术】Behavior(0+7); Gene(0+5); Biochemistry(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular; Cognitive, Behavioral & Psychopharmacology; Computational
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USAFelix E. Schweizer

UCLA
【研究方向】Regulation(0+2); Structure(0+1); Neurotransmitter release(0+1); Synaptic Transmission(0+1); Synapse(0+1); Sense(0+1); Hair cell(0+1); Vestibular(0+1); Optical(0+1);
【模式生物】Drosophila(0+1);
【方法技术】Protein(0+1); Biochemistry(0+1); Electrophysiology(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAAllison Okamura

Stanford
【研究方向】Robot(10+2); Environment(3+4); Sense(3+0); Perception(2+0); Cardiovascular(2+0); Engineering(2+0); Development(1+0); Therapy(1+0); Vision(1+0); Motor learning(1+0); Planning(1+0); Muscle(1+0); Navigation(1+0); Social(1+0); Exploration(0+1);
【模式生物】Human(0+1);
【方法技术】Model(7+2); Simulation(1+1);
【简述】
【研究论文】
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		014893Prof.
Columbia006008New York, NY, USARichard Vallee

Columbia
【研究方向】Motor(1+10); Axon(0+3); Lissencephaly(0+3); Infection(0+3); Regulation(0+2); Development(0+2); Neurogenesis(0+2); Cell cycle(1+1); Cell migration(0+2); Axonal transport(0+2); Form(0+2); Imaging(2+0); Mutant(0+1); Receptor(0+1); Glial cell(0+1); Differentiation(0+1); CNS(0+1); Embryo(1+0); Synaptogenesis(0+1); Disease(0+1); Degeneration(0+1); Microcephaly(1+0); Stroke(0+1);
【模式生物】Stem Cell(4+3); Rat(1+2); Human(0+2);
【方法技术】Behavior(1+5); Virus(0+3); Protein(0+2); Model(0+2); In vivo(1+0); In vitro(1+0); Cell culture(0+1);
【简述】Motor Proteins in Neurogenesis and Neuronal Migration; Stem Cell Biology; Motor Proteins in Axonal Transport; Cellular/Molecular/Developmental Neuroscience; Axon Pathfinding and Synaptogenesis; Neural Degeneration and Repair; Cell Specification and Differentiation;
【研究论文】Nature(4);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Gary G. BorisyWilliam Theurkauf, Jie Zhou, Bryce M. Paschal, Stephanie A. Stehman, Dileep Varma, Jin-Wu Tsai, Serena C. Tan, Richard J. McKenney, Garrett E. Seale, Kassandra M. Ori, Julian Scherer, George S. Bloom, Erika Holzbaur, Kevin T. VaughanArnold R. KriegsteinYears: 2014 — 2018; Recipients: Gundersen, Gregg G (co-PI) [⬀] Naghavi, Mojgan HosseiniVallee, Richard BertWalsh, Derek; Code: P01; Title/Keywords: The Role of the Microtubule Regulators Kif4 and Eb1 in Hiv-1 Infection@ Columbia University Health Sciences; Matching Score: 1Prof.
CalTech072006Pasadena, CA, USADean Mobbs

CalTech
【研究方向】Social(0+3); Emotion(0+1); Dynamics(0+1); Evolutionary(0+1);
【模式生物】Human(0+1);
【方法技术】Behavior(0+2); Computation(0+2); Model(0+1); Theory(0+1);
【简述】Social, Computational and Affective Neuroscience; Neuroecology and Neurophilosophy
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Allan Reiss, Ray J. Dolan, Chris FrithXin Sui, Oriel FeldmanHall, Moos Peeters, Song QiYears: 2017 — 2019; Recipients: Mobbs, Dean; Code: P50; Title/Keywords: Project 3 - the Neurobiology of Social Decision-Making: Social Inference and Context@ California Institute of Technology; Matching Score: 0.901Assist Prof.
UCLA011013Los Angeles, CA, USAZhefeng Guo

UCLA
【研究方向】Structure(0+2); Disease(0+2); Disorder(0+1); Therapeutics(0+1); Alzheimer's(0+1); Parkinson's(0+1); Prion diseases(0+1); Dynamics(0+1); Engineering(0+1);
【模式生物】Human(0+1);
【方法技术】Protein(0+2); Biochemistry(0+2);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NIDCD??Bethesda, MD, USARichard S. Chadwick

NIH-NIDCD
【研究方向】Auditory(1+2); Receptor(2+0); Imaging(1+1); Regulation(1+0); Structure(0+1); Membrane(1+0); Development(1+0); Cell migration(1+0); Sense(1+0); Hair cell(1+0); Hormone(1+0); Stress(1+0); Optical(0+1);
【模式生物】Human(1+0); Mouse(1+0);
【方法技术】Model(2+2); Microscopy(2+1); Protein(1+0); In vitro(1+0); Mathematics(0+1); Simulation(1+0);
【简述】
【研究论文】Cell(7); Nature Communications(1); eLife(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USASuraj P. Bhat

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Columbia006008New York, NY, USAUmrao Monani

Columbia
【研究方向】Disease(4+4); Motor Neuron(3+2); Amino acid(1+1); Neuromuscular(1+1); Mutant(1+0); Neurotransmitter(0+1); 5-HT(0+1); Translation(1+0); Development(0+1); Axon(1+0); Synapse(0+1); Disorder(0+1); Neurology(0+1); Neurodegenerative disease(0+1); Neurodegenerative disorder(0+1); Degeneration(0+1); Vulnerability(1+0); Sclerosis(1+0); Pediatric(0+1); Frequency(0+1);
【模式生物】Mouse(5+1); Human(1+0);
【方法技术】Protein(6+4); Model(7+1); Gene(1+0);
【简述】Pediatric Neurology; Neurobiology of Disease; Motor Neuron Disease; Synapses and Circuits;
【研究论文】Cell(2); Neuron(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2019; Recipients: Monani, Umrao; Code: R01; Title/Keywords: Spinal Muscular Atrophy: Mechanisms & Treatment Strategies.@ Columbia University Health Sciences; Matching Score: 1Assoc Prof.
Stanford002003Palo Alto, CA, USAKeith Humphreys

Stanford
【研究方向】Addiction(12+0); Alcohol(6+0); Pain(5+0); Psychiatry(4+0); Disorder(2+0); Opioids(2+0); Social(2+0); Development(1+0); Psychiatric disorder(0+1); Depression(1+0); Machine learning(1+0);
【模式生物】
【方法技术】Behavior(1+0); Model(1+0);
【简述】
【研究论文】
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2002; Recipients: Humphreys, Keith N; Code: R01; Title/Keywords: Exclusion Criteria in Alcohol-Related Services Research@ Stanford University; Matching Score: 0.958012611Prof.
UCSF003015San Francisco, CA, USARoger Nicoll

UCSF
【研究方向】LTP(0+5); Trafficking(0+4); Receptor(0+3); Glutamate receptor(0+3); Synaptic Plasticity(0+2); Synapse(0+2); Learning and memory(0+2); Synaptic Transmission(0+1);
【模式生物】
【方法技术】Channel(0+1); Electrophysiology(0+1);
【简述】The Cellular and Molecular Basis of Synaptic Plasticity
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USAPaul E. Micevych

UCLA
【研究方向】Regulation(0+3); Glial cell(0+2); Neuroprotection(0+2); Modulation(0+1); Dopamine(0+1); Receptor(0+1); Dopamine neuron(0+1); CNS(0+1); Disease(0+1); Pathology(0+1); Neuroprotective(0+1); Cognition(0+1); Sense(0+1); Pain(0+1); Sexual behavior(0+1); Steroid(0+1); Imaging(0+1);
【模式生物】
【方法技术】Behavior(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAKristin K Baldwin

UCSD
【研究方向】Neural Circuit(0+3); Olfaction(0+3); Clone(0+2); Development(0+1); Neurodegenerative disease(0+1); Sense(0+1); Emotion(0+1); Imaging(0+1);
【模式生物】Mouse(0+2); Human(0+1);
【方法技术】Gene(0+1); Biochemistry(0+1); Behavior(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
MIT005002Boston, MA, USAGloria Choi

MIT
【研究方向】Sense(1+4); Learning(0+3); Olfaction(0+2); Plasticity(0+1); Neural Circuit(0+1); Context(0+1); Social(1+0); Entrainment(1+0);
【模式生物】Mouse(3+0);
【方法技术】Behavior(0+4); Model(0+1);
【简述】
【研究论文】Nature(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		David J. AndersonAlec Graham SheffieldAssist Prof.
UCSD011017San Diego, CA, USADarwin K. Berg

UCSD
【研究方向】Development(0+5); Hippocampus(0+3); Synapse formation(0+2); Synapse(0+2); Mutant(0+1); Glutamate(0+1); Cell fate(0+1); CNS(0+1); Dendrite(0+1); Disease(0+1); Addiction(0+1); Schizophrenia(0+1); Cognition(0+1); Memory(0+1); Imaging(0+1);
【模式生物】Mouse(0+1); Stem Cell(0+1);
【方法技术】In vivo(0+2); Biochemistry(0+1); Behavior(0+1); Computation(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USASusan Y. Bookheimer

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Princeton061009Princeton, NJ, USAJonathan Cohen

Princeton
【研究方向】Cognition(11+4); PFC(6+1); Cognitive Control(3+3); Working memory(5+0); Cingulate cortex(4+1); ACC(4+1); Dopamine(4+0); Schizophrenia(2+1); Neural network(3+0); Locus coeruleus(3+0); Regulation(2+0); Memory(2+0); Context(2+0); Attention(1+1); Structure(0+1); Development(0+1); Environment(1+0); Disorder(0+1); Psychiatric disorder(0+1); Depression(0+1); Cognitive neuroscience(1+0); Sense(0+1); Spatial attention(1+0); Pain(1+0); Frequency(1+0); Motor(0+1); Planning(1+0); Intention(0+1); Decision making(1+0); Categorization(1+0); Emotion(1+0); Motivation(0+1); Fear(1+0); Dynamics(1+0); Imaging(1+0); Hippocampus(1+0); Basal ganglia(0+1);
【模式生物】Human(1+1);
【方法技术】Behavior(7+2); Model(6+0); Theory(5+1); fMRI(4+0); Computation(2+0); MRI(1+0);
【简述】Human Neuroscience ; Theory and Computation
【研究论文】Nature(3); Science(7); Neuron(1);
【综述】Psychological Review(6); Annual Review Of Neuroscience(2); Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		James L. McClellandSylvia A. Morelli, Elaine Beth Wencil, R. Brian Sommerville, Neir Eshel, Ritwik K. Niyogi, Laura A. deSouza, Sebastian Musslick, Todd S. Braver, Raymond Y. Cho, Juan Joanne Gao, Leigh Erik Nystrom, Andra Geana, Waitsang Jane Keung, Matthew M. Botvinick, Sean M. Polyn, Mark Samuel Gilzenrat, David Contreras Ros, Kimberlee D'Ardenne, Agatha Lenartowicz, Aaron Schurger, Michael Travis Todd, Sarah Jean Getz, John Myles White, Sebastian Musslick, Sonia J. Bishop, Joshua D. Greene, Samuel M. McClure, James K. Rilling, Alan G. Sanfey, Patrick A. Simen, Robert C. Wilson, Nick Yeung, Angela J. Yu, Fuat Balci, Marieke Karlijn van Vugt, Amitai Shenhav, Aaron M. Bornstein, Ida Momennejad, Marius Cătălin Iordan, Deanna M. Barch, William M. Perlstein, Jason M. Chein, Yael Niv, KongFatt Wong-Lin, Jarrod A. Lewis-Peacock, Elliot A. Ludvig, Michael ShvartsmanYears: 2018; Recipients: Cohen, Jonathan D; Code: R25; Title/Keywords: Princeton Neuroscience Institute Summer Internship Program@ Princeton University; Matching Score: 1129803Prof.
Columbia006008New York, NY, USAJonathan A. Javitch

Columbia
【研究方向】Dopamine(13+4); Receptor(11+3); Transporter(5+4); D2 receptor(5+2); Psychiatry(5+0); Neurotransmitter(2+2); Membrane(4+0); Dynamics(3+0); Regulation(0+2); Amphetamine(0+2); Cocaine(1+1); Schizophrenia(0+2); Nucleus accumbens(2+0); Signal transduction(1+0); G-Protein Coupled Receptor(0+1); Dopamine receptor(1+0); Ion Channel(0+1); Chloride(1+0); Structure(1+0); Dopamine neuron(1+0); Trafficking(0+1); Disease(0+1); Psychiatric disorder(0+1); Neurotoxicity(1+0); HIV(1+0); Alcohol(1+0); Sense(1+0); Motivation(1+0); S2(1+0); Striatum(1+0); Dorsal striatum(1+0);
【模式生物】Human(2+0); Mouse(1+1); Drosophila(1+0);
【方法技术】Model(1+3); Protein(2+1); Biochemistry(1+1); Behavior(2+0); Pharmacology(1+1); Biophysics(0+1); Ex vivo(1+0); In vitro(1+0);
【简述】G-protein Coupled Receptors: Structural Bases for Pharmacological Specificity and Function; Neurotransmitter Transporters: Biophysics, Biochemistry and Regulation; Neurobiology of Disease; Biophysics/ion Channels; Models of Psychiatric Disorders;
【研究论文】Nature Neuroscience(2);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Solomon H. Snyder, Arthur KarlinFernanda Carvalho Poyraz, Jasmine V. Ferrer, Naomi R. Goldberg, Hideaki Yano, Eduardo F. Gallo, Steven G Grinnell, Zachary Z. FreybergJuan C. MobarecYears: 2017 — 2019; Recipients: Javitch, Jonathan A; Code: R01; Title/Keywords: Probing Mechanisms of Amphetamine Action At Plasma Membrane and Vesicular Transporters in Vitro and in Vivo@ Columbia University Health Sciences; Matching Score: 1Prof.
NIH-NEI??Bethesda, MD, USATudor C Badea

NIH-NEI
【研究方向】Development(5+1); Retina(6+0); Vision(4+0); Transcription(3+0); Morphology(3+0); Microglia(2+0); Cell cycle(2+0); Muscle(2+0); Mutant(1+0); Knockout(1+0); Receptor(1+0); Structure(1+0); Proliferation(1+0); Differentiation(1+0); Disorder(1+0); Neurology(1+0); Degeneration(1+0); Pathology(1+0); Tumor(1+0); Photoreceptor(1+0); Reflex(1+0); Dynamics(1+0); Imaging(1+0);
【模式生物】Mouse(13+0); Human(1+0);
【方法技术】Gene(2+0); Protein(2+0); Model(1+0);
【简述】Retinal Circuits Development and Genetics Unit
【研究论文】JNS(2); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jeremy Nathans003091
NYU015028New York, NY, USAMargaret Rice

NYU
【研究方向】Dopamine(4+4); Regulation(2+0); Chemical neuroscience(2+0); Basal ganglia(1+1); Neurotransmitter(1+0); Modulation(0+1); Acetylcholine(1+0); Dopamine neuron(0+1); Dendrite(1+0); Parkinson's disease(0+1); Alpha-synuclein(0+1); Movement disorder(0+1); Motor(0+1); Exercise(0+1); Reward(0+1); Metabolism(0+1); Hormone(0+1); Striatum(0+1); Substantia nigra(0+1);
【模式生物】Mouse(2+0); Rodent(1+0);
【方法技术】Protein(1+1); Behavior(1+0); Optogenetics(0+1);
【简述】Neurochemistry and neurophysiology of the nigrostriatal dopamine pathway
【研究论文】JNS(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Ralph N. AdamsStephanie Cragg, Billy T. Chen, Li Bao, Zsuzsanna Sidlo, Melissa  A. Stouffer, Christian R. LeeYears: 2015 — 2019; Recipients: Rice, Margaret E; Code: R01; Title/Keywords: Dopamine Release Regulation by Co-Released Glutamate and Gaba@ New York University School of Medicine; Matching Score: 1Prof.
WUSTL009032Saint Louis, MO, USAJoseph D. Dougherty

WUSTL
【研究方向】Translation(0+1); Disorder(0+1); Psychiatric disorder(0+1); Developmental Disorder(0+1); Autism(0+1);
【模式生物】Mouse(0+3); Human(0+2);
【方法技术】Gene(0+2); Model(0+2); Behavior(0+1);
【简述】Human Psychiatric Genetics, Mouse Models, Cell Type Specific Gene Expression Profiling, Translation, Astrocytes.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
UW021010Seattle, WA, USAThomas Grabowski

UW
【研究方向】Imaging(0+2); Structure(0+1); Development(0+1); Degeneration(0+1); Aging(0+1); Cognition(0+1); Retrieval(0+1); Context(0+1); Language(0+1); Semantic(0+1); Dynamics(0+1); Temporal lobe(0+1);
【模式生物】Human(0+1);
【方法技术】MRI(0+2); fMRI(0+1);
【简述】Research
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USAErika L. Nurmi

UCLA
【研究方向】Psychiatry(0+3); Disorder(0+2); ADHD(0+1); Autism(0+1); Anxiety(0+1); Depression(0+1);
【模式生物】Human(0+1);
【方法技术】Gene(0+2); Behavior(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAKrishna Shenoy

Stanford
【研究方向】Engineering(10+0); Motor cortex(7+0); Dynamics(4+0); Brain-Computer Interface(3+0); Premotor cortex(3+0); Vision(2+0); Brain-Machine Interface(2+0); Structure(1+0); Development(1+0); Neural Circuit(1+0); Depth(1+0); Self-motion perception(1+0); Frequency(1+0); Motor(1+0); Reaching(1+0); Motor learning(1+0); Execution(1+0); Posture(1+0); Heading perception(1+0); Decision making(1+0); Neural dynamics(1+0); Machine(1+0); PFC(1+0); Visual cortex(1+0);
【模式生物】Human(3+0); Monkey(3+0); Primate(2+0); Macaque(1+0);
【方法技术】LFP(2+0); Optogenetics(2+0); Computation(2+0); Model(2+0); Algorithm(2+0); Electrical stimulation(1+0); Statistics(1+0);
【简述】
【研究论文】Neuron(3); JNS(2); Nature Communications(1); Nature Methods(1); eLife(1); PLOS Computational Biology(1);
【综述】Annual Review Of Neuroscience(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Gordon L. Shaw, Clifton G. Fonstad, Richard A. AndersenAlexander M. Chan, Chia-Jung Chang, Paul Nuyujukian, Justin Foster, Werapong Goo, Cora Ames, Jonathan Kao, Daniel J. O'Shea, Sergey Stavisky, Eric M. Trautmann, Stephen I. Ryu, Caleb Kemere, Gopal Santhanam, Byron M. Yu, Afsheen Afshar, John Patrick Cunningham, Vikash Gilja, Cynthia A. Chestek, Rachel S. Kalmar, Zuley Rivera-Alvidrez, Matthew T. Kaufman, Joline Fan, Jonathan A. Michaels, Vikash Gilja, Paul Kalanithi, David Sussillo, Chandramouli Chandrasekaran, Aaron P. Batista, Byron M. Yu, John Patrick Cunningham, Mark M. Churchland, Ilka Diester, Cynthia A. Chestek, Matthew T. Kaufman, Chethan PandarinathManeesh Sahani, Stephen I. Ryu, Karl Deisseroth, Michael Black, Matthew G. MacDougallYears: 2009 — 2012; Recipients: Black, Michael J (co-PI) [⬀] Shenoy, Krishna V; Code: R01; Title/Keywords: Toward An Animal Model of Freely Moving Humans@ Stanford University; Matching Score: 1012939Prof.
UW021010Seattle, WA, USAJeffrey Ojemann

UW
【研究方向】Epilepsy(0+4); Neurology(0+2); Cognition(0+2); Touch(0+2); Brain-Computer Interface(0+2); Learning(0+2); Language(0+2); Dynamics(0+2); Engineering(0+2); Temporal lobe(0+2);
【模式生物】Human(0+2);
【方法技术】ECoG(0+8); Behavior(0+2); fMRI(0+2);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USADebra Safer

Stanford
【研究方向】Disorder(16+1); Therapy(9+0); Emotion(3+0); Regulation(2+0); Development(0+2); Depression(2+0); Disease(1+0); Cognition(1+0);
【模式生物】
【方法技术】Behavior(9+0);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2007; Recipients: Safer, Debra L; Code: K23; Title/Keywords: Dialectical Behavior Therapy and Supportive Therapy For Binge Eating Disorder@ Stanford University; Matching Score: 0.958Assoc Prof.
WUSTL009032Saint Louis, MO, USAMaria S. Remedi

WUSTL
【研究方向】Metabolism(6+2); Cell cycle(3+0); Therapy(3+0); Transgenic(2+0); Proliferation(2+0); Mutant(1+0); Regulation(1+0); Membrane(0+1); Gap junction(1+0); Disease(0+1); Disorder(0+1); Channelopathies(1+0); HIV(1+0); Muscle(0+1); Context(0+1);
【模式生物】Mouse(7+0); Human(2+1); Rodent(1+0);
【方法技术】Model(2+0); Gene(1+0); Channel(1+0); In vivo(1+0);
【简述】Channels: diabetes, obesity and brain disorders
【研究论文】Cell(10); PLoS Biol.(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		001727Assist Prof.
JHU010012Baltimore, MD, USAMark Wu MD,

JHU
【研究方向】Sleep(0+5); Dopamine(0+4); Timing(0+2); Circadian clock(0+2); Regulation(0+1); Synaptic Plasticity(0+1); Dopamine neuron(0+1); Disease(0+1); Addiction(0+1); Neural Circuit(0+1); Learning and memory(0+1); Aggression(0+1); Circadian(0+1); Imaging(0+1); Suprachiasmatic nucleus(0+1);
【模式生物】Mouse(0+1); Drosophila(0+1);
【方法技术】Gene(0+3); Electrophysiology(0+2); In vivo(0+1); Behavior(0+1); Model(0+1);
【简述】Neural Circuits, Ensembles + Connectomes; Cellular + Molecular Neuroscience; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
JHU010012Baltimore, MD, USAGul Dolen MD,

JHU
【研究方向】Social(0+7); Autism(0+5); Reward(0+4); Social behavior(0+4); Neuromodulation(0+2); Synaptic Plasticity(0+2); Cognition(0+2); Regulation(0+1); Neuropeptide(0+1); Development(0+1); Disease(0+1); Disorder(0+1); Therapy(0+1); Psychiatric disorder(0+1); Addiction(0+1); Schizophrenia(0+1); Neural Circuit(0+1); Social cognition(0+1); Evolutionary(0+1);
【模式生物】Mouse(0+2); Human(0+1); Primate(0+1);
【方法技术】Behavior(0+3); Optogenetics(0+2); Model(0+2); Gene(0+1); Electrophysiology(0+1); Computation(0+1);
【简述】Developmental Neuroscience; Systems, Cognitive + Computational Neuroscience; Neural Circuits, Ensembles + Connectomes; Cellular + Molecular Neuroscience; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NCCIH??Bethesda, MD, USALauren Y Atlas

NIH-NCCIH
【研究方向】Pain(24+3); Neuroimaging(4+1); Anxiety(4+0); Psychiatry(3+0); Cognition(2+1); Nociception(3+0); Context(2+1); Social(3+0); Epilepsy(2+0); Seizure(2+0); Development(2+0); Neurology(2+0); Depression(2+0); Learning(2+0); Emotion(1+1); Aversive learning(2+0); ACC(2+0); Amygdala(2+0); Regulation(1+0); Structure(1+0); Disorder(1+0); Face(1+0); Attention(1+0); Knowledge(1+0); Autonomic(1+0); OFC(1+0); Striatum(1+0); Periaqueductal gray(1+0);
【模式生物】Human(1+0);
【方法技术】fMRI(1+0); Computation(0+1); Model(1+0); Theory(1+0);
【简述】Section on Affective Neuroscience and Pain
【研究论文】Nature Communications(1); eLife(1);
【综述】Nature Reviews Neuroscience(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		John T. Cacioppo, Ian H. Gotlib, Brian Knutson, Tor D. Wager, Elizabeth A. PhelpsTroy Dildine, Inseon Lee, Dominik Mischkowski, Elizabeth A. NeckaYears: 2015 — 2018; Recipients: Atlas, Lauren ; Code: ZIA; Title/Keywords: Neural and Psychological Mechanisms of Pain Perception@ Complementary & Integrative Health; Matching Score: 0.839003434
NIH-NICHD??Bethesda, MD, USATamas Balla

NIH-NICHD
【研究方向】Membrane(9+2); Signal transduction(0+3); Receptor(1+2); Metabolism(2+1); Dynamics(2+1); Regulation(0+2); Neurotransmitter(0+1); Transporter(0+1); Ion Channel(0+1); Proliferation(0+1); Cell migration(0+1); Differentiation(0+1); Trafficking(0+1); Hormone(0+1); CA2(1+0);
【模式生物】Human(1+0);
【方法技术】Protein(3+2); In vitro(1+0); Anatomy(1+0);
【简述】Section on Molecular Signal Transduction
【研究论文】Nature(1); Cell(5);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAYehuda Ginosar

WUSTL
【研究方向】Pain(3+2); Anesthesia(0+3); Sleep(1+1); Development(0+1); Environment(0+1); Analgesics(0+1); Blood flow(0+1);
【模式生物】Human(0+3); Rodent(0+1);
【方法技术】MRI(0+1);
【简述】Identify interventions that may improve uteroplacental perfusion in chronic fetal asphyxia and to enhance intrauterine fetal growth and development
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Harvard001001Boston, MA, USACatherine Dulac

Harvard
【研究方向】Social(4+2); Social behavior(1+2); Amygdala(3+0); Parental behavior(2+0); Knockout(1+0); Receptor(1+0); Plasticity(1+0); Neural Circuit(1+0); Sense(1+0); Olfaction(1+0); Multisensory(1+0); Aggression(1+0); Imaging(1+0); Hypothalamus(1+0);
【模式生物】Mouse(5+0);
【方法技术】Gene(2+0); Behavior(1+1); Microscopy(1+0); Optogenetics(0+1);
【简述】Olfactory and Vomeronasal Systems Molecular and Developmental Neurobiology
【研究论文】Nature Communications(2);
【综述】Current Opinion In Neurobiology(3); Annual Review Of Neuroscience(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Richard AxelEric R Vaughn, Ernie C. Chang, Jennifer A. Loconto, Erica L. Pantages, Ian W. Tietjen, A. T. Torello, Jason M. Rihel, Lisa Zakhary, Amy L. Gresser, Ross V. Perak, Hayan Yoon, Philip S. Choi, Lorena Pont-Lezica, Tali Kimchi, Johannes Kohl, Ding Liu, Lisa Stowers, Shlomo Wagner, Yoram Ben-Shaul, Joseph F. Bergan, Dhananjay Bambah-Mukku, Ying Li, Jessica A. Osterhout, Zhengzheng Sophia Liang, Mohammed Mostafizur Rahman, Mustafa Talay, Fabio Papes, Yoh Isogai, Anita E. Autry, Leigh A. Needleman, Fiona DoetschYears: 2016 — 2018; Recipients: Dulac, Catherine GZhuang, Xiaowei [⬀] ; Code: R01; Title/Keywords: In Situ Transcriptome Imaging in Single Cells@ Harvard University; Matching Score: 0.958013433Prof.
NIH-NIMH??Bethesda, MD, USALeslie G. Ungerleider

NIH-NIMH
【研究方向】Vision(8+6); Face(6+0); Object(3+2); Attention(1+3); Imaging(1+3); Visual cortex(1+2); Category(1+1); Emotion(1+1); Amygdala(2+0); Structure(0+1); Plasticity(1+0); Cognition(0+1); Human imaging(0+1); Object perception(0+1); Spatial attention(1+0); Feature-based attention(1+0); Categorization(1+0); Modality(0+1); Blood flow(0+1); Encoding(1+0); V1(1+0); V2(1+0); Inferotemporal (IT) cortex(1+0);
【模式生物】Monkey(4+8); Human(2+4); Macaque(3+1); Non-human primate(3+0); Primate(3+0);
【方法技术】fMRI(0+3); Anatomy(0+2); Tracing(0+1); MRI(1+0); Behavior(0+1); PET(0+1); Model(0+1);
【简述】
【研究论文】Neuron(1); JNS(1); Curr Biol.(3); PLoS Biol.(2);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NYU015028New York, NY, USADavid Brook

NYU
【研究方向】
【模式生物】
【方法技术】
【简述】Etiology and consequences of psychopathology and drug and tobacco use
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
MIT005002Boston, MA, USAMark Bear

MIT
【研究方向】LTD(7+8); Synaptic Plasticity(5+7); Hippocampus(6+5); Vision(3+6); Fragile X(5+2); Depression(6+1); Visual cortex(2+4); Plasticity(4+1); LTP(3+2); Synapse(2+3); Disease(0+5); Receptor(3+0); Development(0+3); CA1(2+1); AMPA receptor(2+0); Dendrite(2+0); Autism(0+2); Form(0+2); Memory(0+2); Connection(0+2); Mutant(0+1); Regulation(1+0); Modulation(1+0); Acetylcholine(1+0); NMDA receptor(1+0); Metabotropic glutamate receptor(0+1); Glutamate receptor(0+1); Structure(0+1); Translation(0+1); Disorder(0+1); Therapy(0+1); Cognition(0+1); Striate cortex(1+0); Learning(1+0); Learning and memory(0+1);
【模式生物】Mouse(5+2); Human(0+4);
【方法技术】Theory(3+3); Protein(2+2); Model(2+2); Gene(0+2); Behavior(0+2); In vivo(1+0); Electrophysiology(0+1);
【简述】How is the brain modified by experience, deprivation and disease?
【研究论文】Nature(2); Science(4); Cell(1); Nature Neuroscience(1); Neuron(3); JNS(1);
【综述】Trends In Neurosciences(2); Annual Review Of Neuroscience(1); Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jerry D. Daniels, Ford F. Ebner, Leon N. Cooper, Wolf SingerCindy Poo, Lynne D. Tye, David D. Stellwagen, Carlos D. Aizenman, Matthew S. Kayser, J Sebastian Espinosa, Kathleen K.A. Cho, Gul Dolen, Lena Khibnik, Retsina M. Meyer, Gordon Smith, Monica L. Linden, Joyce Wang, Serena M. Dudek, Hey-Kyoung Lee, Cynthia D. Rittenhouse, Nathaniel B. Sawtell, Eric M. Snyder, Wes Wallace, Mikhail Y. Frenkel, Cheng-Hang Liu, Jonathan R. Whitlock, Wendy S. Chen, Michael S. Sidorov, Eitan S. Kaplan, Kimberly Huber, Alfredo Kirkwood, Patrick McCamphill, Naveen Nagarajan, Elizabeth M. Quinlan, Aurore THOMAZEAU, Jason E. Coleman, Alexander A. Chubykin, Sam F. Cooke, Miquel Bosch, Robert W. Komorowski, Jifang Tao, Ming-fai Fong, Hector De Jesus-Cortes, Peter S.B. Finnie, Rebecca Klar Senter, Benjamin D. Philpot, Michelle M. Adams, Robert A. Crozier, Bongjune Yoon, Mikhail Y. Frenkel, Marshall Hussain Shuler, Dilja Krueger-Burg, Jason D. Shepherd, Asha L. BhakarWade Morishita, Justin R. FallonYears: 2015 — 2019; Recipients: Bear, Mark F ; Code: R01; Title/Keywords: Synaptic Pathophysiology of the 16p11.2 Microdeletion Mouse Model@ Massachusetts Institute of Technology; Matching Score: 1049078Prof.
NIH-NICHD??Bethesda, MD, USAMihaela Serpe

NIH-NICHD
【研究方向】Neuromuscular(7+1); Glutamate receptor(6+1); Synapse(1+6); Development(4+2); Structure(0+2); Synapse maturation(2+0); Ion Channel(0+1); Vesicle(1+0); CNS(1+0); Embryo(1+0); Axon guidance(1+0); Vision(1+0); Form(0+1); Optical(0+1);
【模式生物】Drosophila(14+5); Zebrafish(1+0);
【方法技术】Protein(2+2); Gene(0+2); Electrophysiology(0+1); Model(0+1);
【简述】Unit of Cellular Communication
【研究论文】Nature(1); Cell(3); Neuron(2); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Tae Hee HanYears: 2012 — 2018; Recipients: Serpe, Mihaela; Code: ZIA; Title/Keywords: Modulation of Tgf-Beta Signaling@ Child Health and Human Development; Matching Score: 0.913
WUSTL009032Saint Louis, MO, USAErica L. Scheller

WUSTL
【研究方向】Disease(1+1); Metabolism(2+0); Regulation(0+1); Regeneration(0+1); Pain(1+0); Neuroendocrine(0+1);
【模式生物】
【方法技术】In vivo(1+0);
【简述】Impact of neuroendocrine signals on bone loss and marrow adiposity in diseases including periodontitis, arthritis, and diabetes
【研究论文】Cell(1); Nature Communications(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
UW021010Seattle, WA, USAJohn Scott

UW
【研究方向】Signal transduction(0+4); Regulation(0+2);
【模式生物】
【方法技术】Protein(0+2); Model(0+2);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
JHU010012Baltimore, MD, USAMikhail Pletnikov MD,

JHU
【研究方向】Development(0+3); Environment(0+3); Disease(0+2); Neurology(0+2); Autism(0+2); Schizophrenia(0+2); Transgenic(0+1); Mutant(0+1); NMDA receptor(0+1); Pathogenesis(0+1); Developmental Disorder(0+1); Neuroinflammation(0+1); Infection(0+1); Neural Circuit(0+1); Cognition(0+1); Neuroimmunology(0+1); Stress(0+1);
【模式生物】Human(0+1); Mouse(0+1);
【方法技术】Gene(0+4); Model(0+2); Behavior(0+1); Computation(0+1);
【简述】Systems, Cognitive + Computational Neuroscience; Neural Circuits, Ensembles + Connectomes; Neurobiology of Disease; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USALes Dorfman

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
NIH-NIDA??Bethesda, MD, USAYihong Yang

NIH-NIDA
【研究方向】Development(3+1); Psychiatry(4+0); Imaging(3+1); Nicotine(3+0); Blood flow(3+0); 5-HT(2+0); GABA(1+1); Structure(2+0); Addiction(1+1); Cognition(2+0); Vision(2+0); Frequency(2+0); Metabolism(2+0); Diffusion tensor imaging(0+2); White matter(2+0); Neurotransmitter(0+1); Regulation(1+0); Glutamate(0+1); Monoamine(1+0); Receptor(1+0); Oscillation(1+0); Disorder(1+0); ADHD(1+0); Aging(1+0); Cocaine(1+0); Cognitive neuroscience(1+0); Learning(1+0); Acquisition(0+1); Sequence learning(1+0); Context(1+0); Attention(1+0); Inhibitory control(1+0); Stress(1+0); Resting state(0+1); PFC(1+0); Insular cortex(1+0); Cingulate cortex(1+0); Amygdala(1+0);
【模式生物】Human(3+0); Rat(2+1);
【方法技术】fMRI(5+7); MRI(4+4); Electrophysiology(1+1); Channel(1+0); In vivo(1+0); PET(1+0); Model(0+1);
【简述】Section of Magnetic Resonance Imaging and Spectroscopy
【研究论文】JNS(2); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		013053
Stanford002003Palo Alto, CA, USAAbbas El Gamal

Stanford
【研究方向】Memory(1+0); Dynamics(1+0); CA1(1+0);
【模式生物】
【方法技术】Theory(6+0); Channel(1+0); Model(1+0);
【简述】
【研究论文】Nature Neuroscience(1); Nature Methods(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Hui Tian, Stuart A. Kleinfelder, Xinqiao Liu, Ting Chen, Suk H. Lim, Khaled Salama, Sina Zahedi, Helmy Eltoukhy, James Mammen, Ali O. Ercan, Hossein Kakavand, Sam Kavusi, Keith G. Fife031369Prof.
NYU015028New York, NY, USAJing Wang

NYU
【研究方向】Pain(4+11); Environment(4+0); Regulation(0+3); Neuromodulation(1+0); Glutamate(0+1); AMPA receptor(0+1); Somatosensory(1+0); Brain-Machine Interface(0+1); Stress(1+0); Machine learning(0+1); Machine(1+0); PFC(0+1); S1(1+0); Cingulate cortex(1+0); ACC(1+0); Nucleus accumbens(0+1);
【模式生物】Rodent(0+3); Rat(1+0); Mouse(1+0);
【方法技术】Computation(0+2); Gene(1+0); Pharmacology(0+1); Model(0+1); Theory(1+0);
【简述】AMPA receptors in pain and anesthesia
【研究论文】Nature(2); Science(4); PLoS Biol.(1);
【综述】Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Nathan NovemskyYears: 2018; Recipients: Jones, Corbin D (co-PI) [⬀] Volkan, Pelin CWang, Jing W (co-PI) [⬀] Wang, Jing W (co-PI) [⬀] Wang, Jing W (co-PI) [⬀] ; Code: R01; Title/Keywords: Epigenetic Reprogramming of Behaviors With Sensory Experience@ Duke University; Matching Score: 0.928042928Assoc Prof.
Stanford002003Palo Alto, CA, USAKwabena Boahen

Stanford
【研究方向】Engineering(7+0); Synapse(3+0); Contrast(3+0); Dynamics(3+0); Retina(2+0); Brain-Machine Interface(2+0); Learning(2+0); Neural network(2+0); Modulation(1+0); Sense(0+1); Vision(1+0); Adaptation(1+0); Spatial attention(1+0); Auditory(1+0); Motor(0+1); Timing(1+0); Concept(1+0); Temperature(1+0); Decoding(1+0); Artificial Neural network(1+0); Signal processing(1+0); Machine(1+0);
【模式生物】
【方法技术】Model(4+1);
【简述】
【研究论文】Science(2); Neuron(2); NIPS(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Carver MeadBo Wen, Samir Menon, Eric M. Trautmann, Kareem A. Zaghloul, Brian S. Taba, John V. Arthur, Paul A. Merolla, John H. Wittig, Nicholas A. Steinmetz, John Arthur, Paul Merolla, Anand Chandrasekaran, Jean Marie BussatYears: 2011 — 2015; Recipients: Boahen, Kwabena; Code: R01; Title/Keywords: Fully Implantable and Programmable Spike-Based Codecs For Neuroprosthetics@ Stanford University; Matching Score: 1006962Prof.
WUSTL009032Saint Louis, MO, USASteven E. Petersen

WUSTL
【研究方向】Development(1+1); Attention(0+2); Cognition(0+1); Vision(0+1); Learning and memory(0+1); Executive control(0+1); Language(0+1); Neuroimaging(0+1);
【模式生物】Human(2+0);
【方法技术】fMRI(1+3); MRI(1+0); Behavior(0+1);
【简述】Behavioral and fMRI studies of attention and cognitive development
【研究论文】JNS(1); PNAS(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		John M. Allman, David L. RobinsonRandy L. Buckner, Julie A. Fiez, Timothy O. Laumann, Haoxin Sun, Alecia C. Vogel, Jeff G. Ojemann, Hanneke van Mier, William M. Kelley, Erica D. Palmer, Kristina M. Visscher, Hyunseon Christine Kang, Timothy T. Brown, Nico UF Dosenbach, Kristin K. Wenger, Steven M. Nelson, Alexander Li Cohen, Joseph W. Dubis, Jonathan D. Power, Evan M. Gordon, Maital Neta, Howard Rosen, Bradley L. Schlaggar, Gagan S. Wig, Caterina Gratton, Maurizio Corbetta, Adina Roskies, E Darcy Burgund, Mark E. WheelerMark E. Wheeler, Michael S. GaffreyYears: 2015 — 2018; Recipients: Petersen, Steven E.; Code: U54; Title/Keywords: Core D - Developmental Neuroimaging Core@ Washington University; Matching Score: 1Prof.
Columbia006008New York, NY, USARachel Marsh

Columbia
【研究方向】Psychiatry(16+0); Development(7+2); Disorder(3+5); Learning(1+4); Psychiatric disorder(2+1); Cognition(1+2); Neuroimaging(1+2); Anxiety(0+2); Neural Circuit(1+1); Learning and memory(1+1); Reward(0+2); Structure(0+1); Microglia(1+0); Dysfunction(0+1); ADHD(1+0); Pediatric(1+0); Systems Neuroscience(0+1); Memory(1+0); Skill learning(1+0); Social(1+0); Social behavior(1+0); Imaging(0+1); Hippocampus(0+1);
【模式生物】Human(2+0); Rodent(0+1);
【方法技术】fMRI(8+1); Behavior(2+1); MRI(0+2); Anatomy(1+0);
【简述】Brain Imaging ; Cognitive/Systems Neuroscience ; Neurobiology of Learning and Memory;
【研究论文】Nature(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		David PagliaccioYears: 2018; Recipients: Marsh, RachelMonk, Catherine E (co-PI) [⬀] Spann, Marisa N [⬀] ; Code: R01; Title/Keywords: Intergenerational Transmission of Deficits in Self-Regulatory Control@ Columbia University Health Sciences; Matching Score: 0.955002680Prof.
UCLA011013Los Angeles, CA, USAJonathan Flint

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Columbia006008New York, NY, USARobert D. Hawkins

Columbia
【研究方向】Cognition(9+0); LTP(1+4); Vision(4+0); Learning(0+3); Learning and memory(0+3); Social(3+0); Synapse(1+1); Form(1+1); Context(2+0); Imaging(0+2); Hippocampus(0+2); Structure(1+0); Synaptic Plasticity(0+1); Environment(1+0); Reflex(0+1); Decision making(1+0); Language(1+0); Inference(1+0); Bayesian(1+0);
【模式生物】Human(2+0); Rat(1+0);
【方法技术】Mathematics(3+0); Gene(0+2); Cell culture(0+2); Electrophysiology(0+2); Computation(2+0); Model(2+0); Theory(2+0); Behavior(1+0);
【简述】Neurobiology of Learning and Memory; Synapses and Circuits;
【研究论文】Science(9);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2013 — 2017; Recipients: Hawkins, Robert D; Code: R01; Title/Keywords: Neurotrophins, Spontaneous Release, and Synaptic Growth Cascades@ Columbia University Health Sciences; Matching Score: 1000202Prof.
Harvard001001Boston, MA, USA Mary Loeken

Harvard
【研究方向】Development(2+5); Embryo(5+2); Metabolism(3+4); Transporter(2+0); Regulation(1+1); Stress(2+0); Plasticity(0+1); Transcription(1+0); Proliferation(1+0); Cell line(1+0); Neural lineage(0+1); Differentiation(0+1); Environment(1+0); CNS(0+1); Disease(1+0);
【模式生物】Stem Cell(6+2); Mouse(3+2);
【方法技术】Gene(3+4); Model(2+1); Protein(1+1); Cell culture(0+1);
【简述】 Molecular regulation of neural tube development and neural tube defects in diabetic pregnancy
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
Columbia006008New York, NY, USARonald K. Liem

Columbia
【研究方向】Disease(3+1); Axon(1+2); Neurodegenerative disease(0+3); Degeneration(0+2); Body(0+2); Motor Neuron(1+1); Development(1+0); Embryo(0+1); Axonal transport(0+1); Neurology(1+0); Pathogenesis(0+1); Therapy(0+1); Pons(0+1); Cerebellum(0+1);
【模式生物】Mouse(3+5); Human(2+1);
【方法技术】Model(2+2); Gene(2+1); Protein(0+3); Cell culture(1+0); Electrophysiology(1+0);
【简述】Neural Degeneration and Repair; Cellular/Molecular/Developmental Neuroscience;
【研究论文】Nature(1); Cell(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Michael L. ShelanskiMatthew J. Adlam, Dmitri Y. Goriounov, Nina S. Liang, Raul Perez-Olle, Julius J. Jefferson, Adijat A. AdebolaYears: 2015 — 2016; Recipients: Liem, Ronald K.; Code: R01; Title/Keywords: Role of Phosphoinositides in Neuronal Membrane Traffic and Neurodegeneration@ Columbia University Health Sciences; Matching Score: 0.936Prof.
UCLA011013Los Angeles, CA, USAS. Lawrence Zipursky

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAMing-Chih Kao

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
Stanford002003Palo Alto, CA, USAScott Dixon

Stanford
【研究方向】Metabolism(5+2); Disease(2+1); Stress(3+0); Differentiation(2+0); Regulation(1+0); Development(1+0); Therapy(1+0); Brain injury(1+0); Knowledge(0+1);
【模式生物】Human(1+0);
【方法技术】Model(2+0); Gene(1+0); Protein(1+0); Biochemistry(1+0); Pharmacology(1+0); Computation(1+0);
【简述】
【研究论文】Nature(2); Cell(5); eLife(1); PLOS Computational Biology(1);
【综述】Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Years: 2017 — 2018; Recipients: Dixon, Scott; Code: R01; Title/Keywords: Characterizing the Regulation of Ferroptosis@ Stanford University; Matching Score: 1Assist Prof.
UW021010Seattle, WA, USARamkumar Sabesan

UW
【研究方向】Disorder(0+1); Neural Circuit(0+1); Sense(0+1);
【模式生物】
【方法技术】
【简述】Behavioral Neuroscience; Neural Circuits; Sensory Systems; Disorders of the Nervous System.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAW E Moerner

Stanford
【研究方向】Imaging(7+3); Dynamics(3+1); Environment(0+3); Optical(0+3); Mutant(1+0); Structure(0+1); Membrane(1+0); Sense(0+1); Body(1+0); Morphology(1+0);
【模式生物】
【方法技术】Microscopy(7+1); Protein(4+2); Behavior(0+6); Biophysics(1+0); Model(0+1); Theory(0+1);
【简述】
【研究论文】Nature(2); Cell(2); Nature Communications(2); PNAS(3);
【综述】Review(2); Physical Review(1); Chemical Reviews(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
UW021010Seattle, WA, USADavid Perkel

UW
【研究方向】Learning(0+6); Synaptic Plasticity(0+2); Neurotransmitter(0+1); Structure(0+1); Plasticity(0+1); LTP(0+1); Motor learning(0+1); Memory(0+1); Knowledge(0+1); Hippocampus(0+1); Basal ganglia(0+1);
【模式生物】Bird(0+2); Songbird(0+2); Human(0+1);
【方法技术】Behavior(0+3); In vitro(0+2); In vivo(0+1); Model(0+1);
【简述】; Biology Link; Otolaryngology Link;
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NINDS??Bethesda, MD, USAWei Lu

NIH-NINDS
【研究方向】Synapse(0+4); Neural Circuit(0+4); Regulation(0+2); Modulation(1+0); AMPA receptor(0+1); Chloride(1+0); Structure(1+0); Membrane(1+0); Synaptic Plasticity(0+1); Development(0+1); Proliferation(1+0); Environment(1+0); Trafficking(0+1); Synapse formation(0+1); Disease(1+0); Inflammation(1+0); Ischemia(1+0); Alcohol(1+0); Cognition(0+1); Gait(1+0); Learning and memory(0+1); Cardiovascular(1+0); Engineering(1+0); Optical(0+1); Connection(0+1); Hippocampus(0+1);
【模式生物】Rat(1+0); Rodent(0+1);
【方法技术】Gene(0+2); Behavior(0+2); Model(1+1); Protein(1+0); Electrophysiology(0+1); Microscopy(1+0); Pharmacology(0+1);
【简述】Synapse and Neural Circuit Unit
【研究论文】Nature(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Edward Ziff, Roger A. NicollYears: 2011; Recipients: Lu, Wei; Code: K99; Title/Keywords: Role of the Loop1 Domain in Ampa Receptor Trafficking@ University of California, San Francisco; Matching Score: 1008324
NYU015028New York, NY, USAXiao-Jing Wang

NYU
【研究方向】Working memory(5+1); Oscillation(4+0); Cognition(4+0); Decision making(2+1); Rhythm(2+0); Dynamics(2+0); Neuromodulation(1+0); NMDA receptor(1+0); Axon(1+0); Dendrite(1+0); Disease(1+0); Neural Circuit(0+1); Object(1+0); Frequency(1+0); Interneuron(1+0); PFC(1+0); Hippocampus(1+0); Basal ganglia(1+0);
【模式生物】
【方法技术】Model(6+0); Computation(4+1); In vivo(1+0);
【简述】Computational neuroscience, decision-making, working memory, and neural circuits
【研究论文】Nature(1); Nature Neuroscience(2); Neuron(2); JNS(3); Cerebral Cortex(1); Neural Computation(1);
【综述】Trends In Neurosciences(2); Annual Review Of Neuroscience(1); Physiological Reviews(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Gregoire Nicolis, John RinzelGuangyu Yang, Xingyu Ding, Yinghui Liu, Enrique Garibay Ruiz, Caroline Geisler, Pengcheng Song, KongFatt Wong-Lin, Alireza Soltani, Rishidev Chaudhuri, John David Murray, Albert Compte, Christian Luhmann, Nikola T. Markov, Jorge F. Mejias, Paul Miller, David Andrieux, Sean Froudist-Walsh, Ulises Pereira Obilinovic, Alfonso Renart, Feng Liu, Chung-Chuan Lo, Moran Furman, Alberto Bernacchia, Salva Ardid, John David Murray, Jérémie Barral, Nicolas Brunel, Stefano FusiGyörgy Buzsáki, Christos Constantinidis, Roozbeh Kiani, Daeyeol LeeYears: 2019; Recipients: Wang, Jing HongWang, Xiao-Jing; Code: R01; Title/Keywords: Mechanisms of Dual Inhibition of Tgfbeta/Pd-L1 in Hnscc@ University of Colorado Denver; Matching Score: 0.954025364Prof.
Stanford002003Palo Alto, CA, USAManjula Bhushan Waldron

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
UCLA011013Los Angeles, CA, USADenson G. Fujikawa

UCLA
【研究方向】Neurology(0+4); Epilepsy(0+2);
【模式生物】
【方法技术】In vivo(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Yale014011New Haven, CT, USALawrence B. Cohen

Yale
【研究方向】Olfaction(0+2); Optical(0+1); Olfactory bulb(0+1);
【模式生物】
【方法技术】Protein(0+1);
【简述】Neurosciences.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USALauren Mikula

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
Stanford002003Palo Alto, CA, USAOlav Solgaard

Stanford
【研究方向】Imaging(7+0); Optical(6+0); Structure(1+0); Depth(1+0);
【模式生物】
【方法技术】Microscopy(6+0);
【简述】
【研究论文】Cell(1);
【综述】Physical Review(4);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		012081Prof.
CalTech072006Pasadena, CA, USAMichael Elowitz

CalTech
【研究方向】Regulation(2+3); Differentiation(3+1); Dynamics(3+1); Transcription(1+0);
【模式生物】
【方法技术】Gene(11+8); Model(1+1); Protein(1+0); Biophysics(0+1); Microscopy(1+0); Theory(0+1);
【简述】Biophysics, Biocomputing, Gene Regulation Networks, Variation in Living Cells
【研究论文】Nature(9); Science(5); Cell(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		023545Prof.
UW021010Seattle, WA, USARandall  Moon

UW
【研究方向】Signal transduction(0+2); Embryo(0+2); Development(0+1); Cell fate(0+1); Encoding(0+1);
【模式生物】Xenopus(0+3); Zebrafish(0+3); Drosophila(0+2); Mouse(0+1);
【方法技术】Gene(0+2);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USAAnne M. Andrews

UCLA
【研究方向】5-HT(0+6); Anxiety(0+3); Transporter(0+2); Neurotransmitter(0+1); Chemical neuroscience(0+1); Development(0+1); Disease(0+1); Disorder(0+1); Psychiatry(0+1); Depression(0+1); Learning and memory(0+1); Stress(0+1);
【模式生物】Human(0+2); Mouse(0+2);
【方法技术】Gene(0+2); Protein(0+1); Biochemistry(0+1); In vivo(0+1); Behavior(0+1); Model(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USASeung K Kim MD

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Harvard001001Boston, MA, USAFlorian Engert

Harvard
【研究方向】Vision(5+0); Neural Circuit(2+2); Learning(2+1); Structure(1+1); LTP(2+0); Development(2+0); Dendrite(2+0); Motor(1+1); Imaging(1+1); Modulation(1+0); Plasticity(1+0); Synaptic Plasticity(1+0); Synapse(1+0); Spine(1+0); Systems Neuroscience(1+0); Perception(1+0); Adaptation(1+0); Sensorimotor transformation(1+0); Somatosensory(1+0); Vestibular(1+0); Learning and memory(1+0); Neural dynamics(1+0); Connection(1+0);
【模式生物】Zebrafish(22+1);
【方法技术】Behavior(6+3); Microscopy(2+1); Gene(1+1); In vivo(1+1); Model(2+0); Electrophysiology(0+1); Computation(0+1);
【简述】To build a multi-scale model that describes how a living brain interacts with its environment
【研究论文】JNS(1); Nature Communications(1); Curr Biol.(1);
【综述】Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		H Dieter Lux, Mu-Ming Poo, Tobias BonhoefferJonathan Young, Xiuye Chen, Kristian Herrera, Owen M Randlett, Hanna Zwaka, Rebecca L. Vislay-Meltzer, Adam Raymond Kampff, Pavan Ramdya, Kuo-Hua Huang, Son Esther Yesde, Kristen E. Severi, Abhinav S. Grama, David Grant Colburn Hildebrand, Misha B. Ahrens, Johann H. Bollmann, Andrew D. Bolton, Tim Dunn, Michael B. Orger, Xin Tang, Aaron M. Lambert, Haleh Fotowat, Isaac H. Bianco, David SchoppikYears: 2017 — 2018; Recipients: Engert, FlorianLichtman, Jeff W (co-PI) [⬀] Sompolinsky, Haim (co-PI) [⬀] ; Code: U19; Title/Keywords: Sensorimotor Processing, Decision Making, and Internal States: Towards a Realistic Multiscale Circuit Model of the Larval Zebrafish Brain@ Harvard University; Matching Score: 0.915006283Prof.
NIH-NIAAA??Bethesda, MD, USADavid Goldman

NIH-NIAAA
【研究方向】Transporter(9+0); Psychiatry(6+0); Alcohol(5+0); Dopamine(4+0); Disorder(4+0); Pain(4+0); 5-HT(3+0); Nicotinic acetylcholine receptor(2+0); Acetylcholine receptor(2+0); Schizophrenia(2+0); Cognition(2+0); Amygdala(2+0); Neurotransmitter(1+0); Neuropeptide(1+0); D2 receptor(1+0); Development(1+0); Clone(1+0); Therapy(1+0); Psychiatric disorder(1+0); ADHD(1+0); Infection(1+0); Nicotine(1+0); Depression(1+0); Pain perception(1+0); Memory(1+0); Learning(1+0); Working memory(1+0); Cognitive Control(1+0); Cardiovascular(1+0); Frontal lobe(1+0); Striatum(1+0); Nucleus accumbens(1+0);
【模式生物】Human(8+0);
【方法技术】Gene(8+0); Behavior(2+0); In vivo(1+0); Model(1+0);
【简述】
【研究论文】Nature Neuroscience(1); JNS(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Kenneth S. ColeMordecai Blaustein067303
Yale014011New Haven, CT, USAMonika P. Jadi

Yale
【研究方向】Dendrite(0+1); Disorder(0+1); Schizophrenia(0+1);
【模式生物】
【方法技术】Electrophysiology(0+1); Computation(0+1); Model(0+1);
【简述】Autistic Disorder; Cerebral Cortex; Dendrites; Electrophysiology; Interneurons; Neurobiology; Neurosciences; Schizophrenia; Models, Statistical; Computational Biology.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAPaul H. Taghert

WUSTL
【研究方向】Circadian(9+9); Neuropeptide(4+0); Timing(0+4); Rhythm(2+1); Receptor(1+1); Neural Circuit(2+0); Circadian clock(2+0); Imaging(1+1); Modulation(1+0); Dopamine(1+0); Oscillation(0+1); Sense(0+1); Motor(0+1); Decoding(0+1); CA2(1+0);
【模式生物】Drosophila(9+2);
【方法技术】Behavior(1+2); Gene(2+0); In vivo(1+1); Model(0+1);
【简述】Circadian physiology and behavior
【研究论文】Science(1); Cell(1); Neuron(5); JNS(1); PLoS Biol.(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Stephen Arch, James W. Truman, Corey S. GoodmanNicole Gong, Jingfeng Lin, Chen Ran, Mehmet Dokucu, Tarik Hadzic, Yiing Lin, Martha O'Brien, Lynn Schneider, Qi Xiao, Xitong Liang, Susan C.P. Renn, Ron J. Benveniste, Seol Hee H. Im, Laura B. Duvall, Erik C. Johnson, Orie T. Shafer, Philip F. Copenhaver, Randall S. HewesYears: 2018; Recipients: Taghert, Paul H; Code: R01; Title/Keywords: Rhythmic Circadian Network Analysis@ Washington University; Matching Score: 1Prof.
UCSD011017San Diego, CA, USAW. Marie Campana

UCSD
【研究方向】Injury(0+7); Receptor(0+4); Neuropathic pain(0+4); Development(0+3); Regeneration(0+3); Therapeutics(0+3); PNS(0+2); Sense(0+2); Pain(0+2); Modulation(0+1); Gap junction(0+1); Glia(0+1); Pathology(0+1); Neuroinflammation(0+1); Spinal Cord Injury(0+1); Knowledge(0+1); Imaging(0+1);
【模式生物】
【方法技术】Protein(0+1); Biochemistry(0+1);
【简述】 Cellular & Developmental; Biochemistry & Molecular; Systems
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Harvard001001Boston, MA, USABruce Bean

Harvard
【研究方向】Ion Channel(0+9); Regulation(3+0); Potassium channel(0+3); Sodium channel(2+1); CA1(3+0); Dopamine(0+2); Calcium channel(0+2); Membrane(1+1); Development(2+0); Axon(2+0); Neurotransmitter(0+1); 5-HT(0+1); Acetylcholine(0+1); Receptor(0+1); Muscarinic(1+0); Peptide(1+0); Rhythm(0+1); Epilepsy(0+1); Dopamine neuron(1+0); Therapy(0+1); Inflammation(1+0); Sclerosis(1+0); Sense(1+0); Itch(0+1); Neuropathic pain(0+1); Motor Neuron(1+0); Circadian(0+1); Sleep(0+1); Hypothalamus(0+1); Substantia nigra(1+0);
【模式生物】
【方法技术】Channel(2+1); Electrophysiology(0+2); Pharmacology(0+2);
【简述】Neuronal excitability and ion channel pharmacology
【研究论文】Nature Neuroscience(2); Neuron(2); JNS(5);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		David A. Goldstein, Peter Shrager, Richard W. TsienKeiko Weir, Hanxiong Zhang, Kenton Jon Swartz, Abraha Taddese, Michael Tri H. Do, Nathaniel T. Blair, Alexander C. Jackson, Wenqin Hu, Zayd M. Khaliq, Marco Martina, Lorin S. Milescu, Isabelle  M. Mintz, Chung-Chin Kuo, Indira M. Raman, Stephanie C. GantzSeog Bae OhYears: 2019; Recipients: Bean, Bruce P; Code: R01; Title/Keywords: State-Dependent Interaction of Antiepileptic Drugs With Voltage-Dependent Sodium Channels and Differential Regulation of Excitatory and Inhibitory Central Neurons@ Harvard Medical School; Matching Score: 1Prof.
WUSTL009032Saint Louis, MO, USAJin-Moo Lee

WUSTL
【研究方向】Stroke(7+5); Disease(1+4); Brain injury(1+3); Peptide(1+2); Therapy(0+3); APP(0+3); Ischemia(2+1); Plasticity(0+2); Injury(0+2); Blood flow(1+1); Vessel(0+2); Synaptic Plasticity(1+0); Trafficking(0+1); Neurology(1+0); Vulnerability(1+0); Pediatric(1+0); Sense(1+0); Vision(1+0); Form(0+1); Social(1+0); Metabolism(0+1); Resting state(1+0); Imaging(0+1); Neuroimaging(0+1); Optical Neuroimaging(0+1); White matter(0+1);
【模式生物】Mouse(2+2); Human(0+2);
【方法技术】Gene(0+4); Model(0+2); Protein(0+1); In vivo(0+1); In vitro(0+1); Cell culture(0+1); Behavior(1+0); Electrophysiology(0+1); Microscopy(0+1); Algorithm(1+0);
【简述】Pathogenesis of amyloid fibrils and amyloid plaques in AD mouse models
【研究论文】Nature(1); Cell(3); Neuron(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Stanford002003Palo Alto, CA, USAHoward Y Chang

Stanford
【研究方向】Disease(3+3); Regulation(2+2); Development(2+1); Body(0+3); Transcription(2+0); Differentiation(2+0); Disorder(2+0); Pathology(2+0); Tumor(1+1); Structure(1+0); Cell line(1+0); Cell lineage(1+0); Regeneration(1+0); Dendrite(1+0); Developmental Disorder(1+0); Aging(0+1); Contrast(0+1); Face(0+1); Memory(1+0); Acquisition(0+1); Homeostatic(0+1); Stress(1+0);
【模式生物】Human(10+6); Stem Cell(3+2);
【方法技术】Gene(7+8); Protein(2+0); Model(0+2); Biochemistry(1+0);
【简述】
【研究论文】Nature(5); Science(1); Cell(7); Nature Methods(1); PNAS(1);
【综述】Nature Reviews Genetics(1); Annual Review Of Biochemistry(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		057882Prof.
Columbia006008New York, NY, USAAniruddha Das

Columbia
【研究方向】Vision(3+12); V1(3+8); Sexual behavior(9+0); Social(8+0); Imaging(0+7); Optical imaging(1+4); Visual cortex(2+3); Modulation(2+0); Therapy(2+0); Aging(2+0); Inflammation(2+0); Form(0+2); Connection(1+1); Dysfunction(1+0); Trauma(1+0); Systems Neuroscience(0+1); Cognition(1+0); Sense(1+0); Causality(1+0); Emotion(1+0); Metabolism(1+0); Hormone(1+0); Neuroimaging(1+0); Optical(1+0);
【模式生物】Monkey(2+6); Human(0+3); Macaque(2+0); Primate(1+0); Rat(0+1); Rodent(0+1);
【方法技术】Behavior(9+0); fMRI(0+4); Electrophysiology(0+2); Model(1+0);
【简述】Sensory Physiology; Brain Imaging; Cognitive/Systems Neuroscience;
【研究论文】Science(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Charles D. GilbertYevgeniy B. Sirotin, Yevgeniy Borisovich SirotinYears: 2016 — 2019; Recipients: Das, Aniruddha; Code: R01; Title/Keywords: Endogenous Neural Activity: Neurophysiology, Optical Imaging, Fmri, and Behavior.@ Columbia University Health Sciences; Matching Score: 1000917Assoc Prof.
Stanford002003Palo Alto, CA, USASteven Chu

Stanford
【研究方向】Optical(4+0); Dynamics(2+0);
【模式生物】
【方法技术】Microscopy(1+0); Theory(1+0);
【简述】
【研究论文】Nature(5); Science(5);
【综述】Physical Review(5); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		055112Prof.
MIT005002Boston, MA, USAJohn Gabrieli

MIT
【研究方向】Cognition(6+1); Memory(5+0); Imaging(1+4); Cognitive neuroscience(3+1); Emotion(4+0); Semantic(3+0); PFC(3+0); Schizophrenia(2+0); Frontal lobe(2+0); Regulation(1+0); Translation(0+1); Development(1+0); Disorder(1+0); Dyslexia(1+0); Sense(1+0); Perception(1+0); Vision(1+0); Pain(1+0); Olfaction(1+0); Learning(1+0); Retrieval(1+0); Attention(1+0); Working memory(1+0); Executive control(1+0); Cognitive Control(1+0); Language(1+0); Encoding(1+0); Temporal lobe(1+0); Medial Temporal Lobe(1+0); Amygdala(1+0); White matter(1+0);
【模式生物】Human(3+0);
【方法技术】MRI(4+1); fMRI(2+2); Behavior(1+1);
【简述】
【研究论文】Science(2); Nature Neuroscience(2); Neuron(3); JNS(2);
【综述】Nature Reviews Neuroscience(1); Annual Review Of Psychology(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Suzanne Corkin, Stephen KosslynWei-li Chang, Joan Y. Chiao, Catherine Hartley, J. Benjamin Hutchinson, Heesoo Kim, Mara Mather, Nandakumar S. Narayanan, Desmond J. Oathes, Jonathon J. Walters, Joshua A. Weiner, Kenneth A. Norman, Brittany E. Burrows, Peter Sokol-Hessner, Nick Garber Hollon, Elizabeth Lorenc, Debbie M. Yee, Rebecca E. Martin, Michael L. Waskom, Christine Paula Lewis-de los Angeles, Keri-Lee A. Garel, Sara D. Beach, Yoel Sanchez Araujo, Camila Caballero, Joanna A. Christodoulou, Priya B. Kalra, Julia A Leonard, Noam Sobel, Sharon L. Thompson-Schill, Anthony D. Wagner, Todd W. Thompson, Sara D. Beach, Sean Dae Houlihan, James B. Brewer, Kalina Christoff, Vivek Prabhakaran, Katherine Carolyn Turner, Silvia A. Bunge, Elise Temple, Alison R. Preston, Dara Ghahremani, Moriah Elizabeth Thomason, Yun-Ching Kao, Tyler K. Perrachione, Zeynep M. Saygin, Melissa Troyer, David E. Osher, Joseph B. Keller, R. Alison Adcock, Jasmin Cloutier, Eveline Geiser, Sasha E. Gibbs, Golijeh Golarai, Fumiko Hoeft, Nicholas A. Hubbard, Kevin Nicholas Ochsner, Frida E. Polli, Zhenghan Qi, Bart Rypma, Amy Lynne Shelton, Veronica Whitford, Xiaoqian Jenny Chai, Tracy M. Centanni, Carol A. Seger, Eunjoo Kang, Russell A. Poldrack, Matthew W. Prull, Wendy S. Francis, Chandan J. Vaidya, Eliot Hazeltine, Adam Anderson, Jared M. Novick, Nadine Gaab, Ioulia Kovelman, Joe M. Moran, Elizabeth G. Redcay, Noa Ofen, Elizabeth S. Norton, John E. Desmond, R. Christopher deCharmsLisa Feldman Barrett, R. Christopher deCharmsYears: 2016; Recipients: Gabrieli, John; Code: S10; Title/Keywords: Upgrade to 3 Tesla Mri Scanner For Brain Imaging At Mit@ Massachusetts Institute of Technology; Matching Score: 0.915071084Prof.
Stanford002003Palo Alto, CA, USAWilliam Newsome

Stanford
【研究方向】Vision(12+1); Perception(4+2); Dynamics(4+0); PFC(4+0); Visual motion(3+0); Decision making(3+0); Neurology(2+0); Sense(2+0); Striate cortex(2+0); Eye Movement(1+1); Reward(2+0); Neural codes(2+0); LIP(2+0); Dopamine neuron(1+0); Differentiation(1+0); Cognition(0+1); Extrastriate cortex(1+0); Motor(0+1); Planning(0+1); Memory(0+1); Optical(1+0); Motor cortex(1+0); Premotor cortex(1+0); OFC(1+0); MST(1+0);
【模式生物】Monkey(7+0); Macaque(6+0);
【方法技术】Behavior(5+6); Computation(5+1); Psychophysics(3+0); Microstimulation(2+0); Electrophysiology(0+1); LFP(1+0);
【简述】
【研究论文】Nature(2); Nature Neuroscience(1); Neuron(4); JNS(2); Nature Communications(1); Curr Biol.(3); PLOS Computational Biology(1);
【综述】Annual Review Of Neuroscience(2); Nature Reviews Neuroscience(2); Review(2); Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		John M. Allman, David C. Van Essen, Robert H. WurtzMelissa R. Warden, Joseph J. Paton, Greg S. Corrado, Rachel S. Kalmar, Alan Rorie, C Daniel Salzman, Eyal Seidemann, Gregory D. Horwitz, Crista L. Barberini, Marlene R. Cohen, Leo Sugrue, Jana Schaich-Borg, Daniel L. Kimmel, Aaron P. Batista, Richard T. Born, Kenneth H. Britten, Simona Celebrini, Greg DeAngelis, Nazli Emadi, Christopher Fiorillo, Roozbeh Kiani, Valerio Mante, Jim Muller, Michael N. Shadlen, Ehud Zohary, Vincent B. McGinty, Jennifer M. GrohWyeth Bair, Juan Joanne Gao, J Anthony MovshonYears: 2003 — 2004; Recipients: Newsome, William T; Code: T32; Title/Keywords: Neuroscience Research Training@ Stanford University; Matching Score: 1036345Prof.
UW021010Seattle, WA, USAPaul Phillips

UW
【研究方向】Transporter(0+1); Receptor(0+1);
【模式生物】
【方法技术】
【简述】Behavioral Neuroscience; Disorders of the Nervous System; Neurotransmitters; Modulators; Transporters and Receptors
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAKaren G Hirsch

Stanford
【研究方向】Disease(2+2); Stroke(2+2); Brain injury(2+1); Pediatric(3+0); Cerebrovascular(1+2); Imaging(1+2); Hemorrhage(2+0); Injury(0+2); Blood flow(1+1); Cardiovascular(2+0); Neuroimaging(2+0); Development(1+0); Disorder(0+1); Therapy(1+0); Neuromuscular(1+0);
【模式生物】
【方法技术】MRI(6+0); EEG(1+0); Model(1+0);
【简述】
【研究论文】Neuron(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assoc Prof.
UW021010Seattle, WA, USAAnitha Pasupathy

UW
【研究方向】Vision(0+6); Sense(0+2); Perception(0+2); Object(0+2); Reaching(0+2);
【模式生物】Monkey(0+2); Primate(0+2);
【方法技术】Computation(0+7); Behavior(0+5); Model(0+2);
【简述】Sensory systems; Computational Neuro; Behavioral Neuro
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USANancy Sicotte

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USADejan Markovic

UCLA
【研究方向】Engineering(0+2); Learning(0+1);
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
CalTech072006Pasadena, CA, USAAntonio Rangel

CalTech
【研究方向】Decision making(4+1); Social(5+0); Cognition(2+1); OFC(3+0); Vision(2+0); PFC(2+0); mPFC(2+0); Modulation(1+0); Environment(1+0); Addiction(1+0); Cognitive neuroscience(0+1); Motor(1+0); Learning(1+0); Attention(1+0); Social cognition(1+0); Appetitive(1+0); Aversive(1+0); Reward(1+0); Dynamics(1+0); Imaging(0+1); Striatum(1+0);
【模式生物】Human(1+0);
【方法技术】Computation(5+0); MRI(0+1); Behavior(1+0); fMRI(0+1); TMS(0+1); Model(1+0);
【简述】Neuroeconomics
【研究论文】Nature(1); Science(1); Nature Neuroscience(1); JNS(6); Neural Computation(1);
【综述】Review(4); Nature Reviews Neuroscience(1); Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		B. Douglas Bernheim, Alberto Alesina, Eric S. MaskinJonathan M. Malmaud, Shabnam Hakimi, Klaus Wunderlich, Nicolette (Nikki) J. Sullivan, Ian Krajbich, Cary D. Frydman, Vanessa Janowski, Alice Lin, Benjamin Bushong, Seung Lark Lim, Hilke Plassmann, Shih-Wei Wu, Damian Alexander StanleyYears: 2017 — 2019; Recipients: Rangel, AntonioAdolphs, Ralph (co-PI) [⬀] O'doherty, John [⬀] Mobbs, Dean (co-PI) [⬀] ; Code: N/A; Title/Keywords: Mri: Acquisition of a High Performance 3t Magnetic Resonance System For High Resolution Human Brain Imaging@ California Institute of Technology; Matching Score: 1017210Prof.
NIH-NINDS??Bethesda, MD, USASonja W Scholz

NIH-NINDS
【研究方向】Neurology(10+0); Parkinson's disease(7+0); Body(6+1); Neurodegenerative disease(2+4); Disease(3+2); Aging(5+0); Sclerosis(4+0); Development(1+2); Disorder(1+0); Degeneration(0+1); Pathology(1+0); ApoE(1+0); LRRK2(1+0); Stroke(1+0); Frequency(1+0); Knowledge(0+1);
【模式生物】Human(5+0); Mouse(1+0);
【方法技术】Gene(9+1); Protein(3+0);
【简述】Neurodegenerative Diseases Research Unit
【研究论文】Neuron(1);
【综述】Annals Of Neurology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		009226
JHU010012Baltimore, MD, USARandall Reed

JHU
【研究方向】Olfaction(0+15); Receptor(0+5); Signal transduction(0+3); Development(0+2); Neuronal differentiation(0+2); Structure(0+1); Transcription(0+1); Neurogenesis(0+1); Embryo(0+1); Perception(0+1); Connection(0+1);
【模式生物】
【方法技术】Gene(0+2); Biochemistry(0+2); Protein(0+1); Anatomy(0+1); Model(0+1);
【简述】Cellular + Molecular Neuroscience; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USANatik Piri

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSF003015San Francisco, CA, USAWilliam Seeley

UCSF
【研究方向】Imaging(0+7); Disease(0+4); Neurodegenerative disease(0+4); Vulnerability(0+2); Neuroimaging(0+2); Structure(0+1); Pathology(0+1); Dysfunction(0+1); Language(0+1); Diffusion tensor imaging(0+1);
【模式生物】Human(0+2);
【方法技术】Gene(0+1); Protein(0+1); Anatomy(0+1); Behavior(0+1); fMRI(0+1); Model(0+1);
【简述】Selective Vulnerability in Neurodegenerative Disease
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UW021010Seattle, WA, USAWilliam Spain

UW
【研究方向】Consciousness(0+6); Contrast(0+4); Form(0+4); Auditory(0+4); Membrane(0+2); Disease(0+2); Frequency(0+2); Motor(0+2); Learning(0+2); Timing(0+2); Art(0+2); Connection(0+2);
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAJonathan Berger

Stanford
【研究方向】Music(6+0); Respiratory(2+0); Perception(1+0); Body(1+0); Spectral(1+0); Language(1+0); Speech(1+0); Neural dynamics(1+0); Engineering(1+0); Methodology(1+0); Imaging(1+0);
【模式生物】
【方法技术】Model(2+0); Theory(1+0);
【简述】
【研究论文】Neuron(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Oded Ben-Tal, Loren C. Burns, Damian Keller, Unjung Nam, Nurit K. Jugend, Michael D. Gurevich, Randal J. Leistikow, Woon S. Yeo, Gregory K. SellYears: 2016 — 2019; Recipients: Berger, JonathanZumberge, Mark [⬀] Agnew, Duncan Carr (co-PI) [⬀] ; Code: N/A; Title/Keywords: Mri: Development of An Integrated Borehole Geodetic and Seismic Sensor@ University of California-San Diego Scripps Inst of Oceanography; Matching Score: 0.954000125Prof.
NIH-NINDS??Bethesda, MD, USAPrashant Chittiboina

NIH-NINDS
【研究方向】Disease(10+0); Imaging(3+3); Spine(3+0); Tumor(1+2); Hormone(3+0); Hypoxia(2+0); Brain injury(2+0); Pediatric(2+0); Vestibular(1+1); Metabolism(1+1); Optical imaging(2+0); Transporter(1+0); Cytokine(1+0); Neurology(1+0); Psychiatry(1+0); Hemorrhage(1+0); Injury(1+0); Neuro-oncology(1+0);
【模式生物】
【方法技术】MRI(3+3); Gene(3+0); Simulation(1+0);
【简述】Neurosurgery Unit for Pituitary and Inheritable Diseases
【研究论文】Cell(1);
【综述】Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		000994
NYU015028New York, NY, USACristina Savin

NYU
【研究方向】Working memory(2+0); Plasticity(1+0); Homeostatic plasticity(1+0); Structural plasticity(1+0); Seizure(1+0); Synapse(1+0); Microcircuit(1+0); Neural Circuit(0+1); Sense(1+0); Memory(1+0); Learning(1+0); Learning and memory(0+1); Retrieval(1+0); Encoding(1+0); Dynamics(1+0); Spiking Neural Network(1+0); Neural network(1+0); CA3(1+0);
【模式生物】
【方法技术】Computation(7+1); Model(2+0); Statistics(1+0); Algorithm(1+0);
【简述】Computational neuroscience, learning and memory, neural circuits
【研究论文】Neuron(1); PLOS Computational Biology(3); Neural Computation(1); NIPS(5);
【综述】Current Opinion In Neurobiology(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Jochen Triesch000327Assist Prof.
UCSF003015San Francisco, CA, USALouis Ptacek

UCSF
【研究方向】Circadian(0+4); Ion Channel(0+3); Disorder(0+3); Sleep(0+3); Potassium channel(0+2); Membrane(0+2); Rhythm(0+2); Development(0+2); Disease(0+2); Attention(0+2); Transgenic(0+1); Mutant(0+1); Chloride(0+1); Epilepsy(0+1); Trafficking(0+1); Movement disorder(0+1); Form(0+1); Face(0+1); Muscle(0+1);
【模式生物】Human(0+8); Mouse(0+2);
【方法技术】Gene(0+6); Channel(0+3); Biochemistry(0+1); In vivo(0+1); Model(0+1);
【简述】Genetics and Biology of Human Nervous System Disorders
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UW021010Seattle, WA, USAWilliam Moody

UW
【研究方向】Development(0+5); Muscle(0+4); Ion Channel(0+2); Embryo(0+1); Connection(0+1);
【模式生物】
【方法技术】Behavior(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
JHU010012Baltimore, MD, USARonald Schnaar

JHU
【研究方向】Axon(0+4); Receptor(0+1); Membrane(0+1); Regeneration(0+1); Knowledge(0+1);
【模式生物】
【方法技术】
【简述】Developmental Neuroscience; Cellular + Molecular Neuroscience; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAKathleen B. McDermott

WUSTL
【研究方向】Memory(11+6); Learning(8+2); Cognition(6+1); Language(3+0); Retrieval(1+1); Alzheimer's(1+0); Frequency(1+0); Episodic memory(1+0); Attention(1+0); Executive control(1+0); Semantic(1+0); Encoding(1+0); Imaging(1+0); Neuroimaging(0+1); PFC(1+0); Temporal lobe(1+0); Medial Temporal Lobe(1+0);
【模式生物】Human(2+1);
【方法技术】fMRI(2+3); MRI(2+0); Behavior(0+2);
【简述】Human behavioral and fMRI studies of memory
【研究论文】Science(1); Neuron(3); Cerebral Cortex(1);
【综述】Review(3);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Henry L. Roediger, IIIKatie Alcock, Hung-Yu Chen, Nathan L. Anderson, Christopher L. Zerr, Jason C.K. Chan, Sean Kang, Karl K. Szpunar, Katie Arnold, Adrian W. Gilmore, Bridgid Finn, Steven M. Nelson, Yana Weinstein, Farah Naaz019338Prof.
UCSD011017San Diego, CA, USAAndrea A. Chiba

UCSD
【研究方向】Attention(0+3); Cognition(0+2); Modulation(0+1); Spatial attention(0+1); Memory(0+1); Learning(0+1); Learning and memory(0+1); Associative learning(0+1); Knowledge(0+1); Amygdala(0+1); Basal forebrain(0+1);
【模式生物】
【方法技术】Behavior(0+3); Model(0+1);
【简述】 Systems; Cognitive, Behavioral & Psychopharmacology; Computational
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USARonald M. Harper

UCLA
【研究方向】Structure(0+2); Sleep(0+2); Development(0+1); Cardiovascular(0+1); Imaging(0+1); Optical(0+1); Optical imaging(0+1);
【模式生物】
【方法技术】MRI(0+1); fMRI(0+1);
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
NIH-NINDS??Bethesda, MD, USAJeffrey S. Diamond

NIH-NINDS
【研究方向】Synapse(0+6); Neurotransmitter(0+3); Receptor(0+2); Bipolar(0+2); Vision(0+2); Retina(0+2); Transporter(0+1); CNS(0+1); Microcircuit(0+1); Learning and memory(0+1); Neural codes(0+1); Imaging(0+1); A2(0+1); Hippocampus(0+1);
【模式生物】
【方法技术】Electrophysiology(0+1);
【简述】Synaptic Physiology Section
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		David R. Copenhagen, Craig E. JahrJulian P. Meeks, Andres E. Chavez, William N. Grimes, Greg C. Mathews, W. Wade Kothmann, Justin M. Kerr, Amurta Nath, Joshua H. Singer, Annalisa Scimemi, Nicholas W. OeschYears: 2014 — 2018; Recipients: Diamond, Jeffrey S; Code: ZIA; Title/Keywords: Circuit Function and Visual Signal Processing in the Retina@ Neurological Disorders and Stroke; Matching Score: 1
NIH-NIDA??Bethesda, MD, USAMike Michaelides

NIH-NIDA
【研究方向】Imaging(6+3); Dopamine(8+0); Receptor(6+0); Synapse(5+0); Metabolism(5+0); D2 receptor(4+0); Cocaine(4+0); Structure(3+0); Disease(3+0); Transporter(2+0); Addiction(1+1); Retina(2+0); Pain(2+0); Aggression(2+0); Nucleus accumbens(2+0); Transgenic(0+1); Knockout(1+0); Membrane(1+0); Synaptic Plasticity(1+0); Rhythm(1+0); Development(1+0); Disorder(1+0); Degeneration(1+0); Vulnerability(1+0); Therapy(1+0); Psychiatry(1+0); Aging(1+0); Opioids(1+0); Adaptation(1+0); Circadian(1+0); Body Weight(1+0); Neuroendocrinology(1+0); Stress(1+0); PFC(1+0); Raphe(1+0); Cerebellum(1+0);
【模式生物】Rat(5+0); Mouse(3+0); Rodent(3+0); Human(0+1);
【方法技术】Behavior(4+0); Pharmacology(3+1); Biochemistry(3+0); Model(3+0); Gene(1+0); Protein(1+0); PET(1+0); Optogenetics(1+0); Bioinformatics(0+1);
【简述】Biobehavioral Imaging & Molecular Neuropsychopharmacology Unit
【研究论文】Science(1); JNS(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Yasmin Hurd001725
Stanford002003Palo Alto, CA, USAVittorio Sebastiano

Stanford
【研究方向】Development(8+2); Pluripotent stem cells(8+2); Reprogramming(4+0); Embryo(2+1); Self-renewal(2+0); Differentiation(1+1); Reproduction(2+0); CRISPR/Cas9(1+0); Knockout(1+0); Transporter(1+0); Membrane(1+0); Plasticity(0+1); Transcription(1+0); Cell line(1+0); Disease(1+0); Therapy(1+0); Infection(1+0); Finger(1+0); Muscle(1+0); Acquisition(0+1); Timing(1+0); Cardiovascular(1+0);
【模式生物】Stem Cell(39+6); Human(18+1); Mouse(4+0);
【方法技术】Gene(3+0); In vitro(2+0); Model(2+0); Virus(1+0); Cell culture(1+0);
【简述】
【研究论文】Nature(3); Science(3); Nature Communications(2); Nature Methods(1); Nature structural & molecular biology(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		005706Assist Prof.
NIH-NICHD??Bethesda, MD, USAAjay Chitnis

NIH-NICHD
【研究方向】Development(23+3); Neurogenesis(1+5); Imaging(6+0); Cell fate(2+1); Embryo(2+1); Transgenic(1+1); Structure(2+0); Differentiation(2+0); Sense(0+2); Hair cell(1+1); Motor Neuron(1+1); Morphology(0+2); 5-HT(1+0); Transcription(0+1); Trafficking(0+1); Neurology(1+0); Photoreceptor(1+0); Depth(1+0); Form(0+1); Body(0+1); Circadian clock(1+0); Dynamics(0+1);
【模式生物】Zebrafish(17+6); Xenopus(3+0); Drosophila(1+1);
【方法技术】Gene(1+5); Computation(0+3); Microscopy(2+0); Model(0+2); Protein(1+0);
【简述】
【研究论文】Cell(3); Neuron(1); PLoS Biol.(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		John Y. Kuwada, Chris Kintner, Wolfgang DrieverDamian E. Dalle Nogare, Motoyuki Itoh, Cheol-Hee Kim, Gali PragYears: 2013 — 2018; Recipients: Chitnis, Ajay B; Code: ZIA; Title/Keywords: Building the Posterior Lateral Line System in Zebrafish Embryos@ Child Health and Human Development; Matching Score: 1009006
NIH-NICHD??Bethesda, MD, USADax Hoffman

NIH-NICHD
【研究方向】Dendrite(15+0); Regulation(8+0); CA1(7+0); Potassium channel(6+0); Synaptic Plasticity(3+0); Development(3+0); LTP(2+0); Spine(1+1); Disease(2+0); Anxiety(2+0); Motor Neuron(2+0); Neuromodulation(1+0); NMDA receptor(1+0); Ion Channel(1+0); Channel trafficking(1+0); Plasticity(1+0); Short-term plasticity(1+0); Transcription(1+0); Signal propagation(1+0); Oscillation(1+0); Trafficking(1+0); Synapse(1+0); Vulnerability(1+0); Autism(1+0); Alzheimer's disease(1+0); Neuroinflammation(1+0); Cocaine(1+0); Interneuron(1+0); Learning and memory(1+0); Fear(1+0); Metabolism(1+0); PFC(1+0); mPFC(1+0); Hippocampus(1+0); CA2(1+0);
【模式生物】Human(3+0); Stem Cell(3+0); Rat(2+0); Mouse(2+0);
【方法技术】Channel(7+0); Gene(4+0); Model(2+0); Behavior(1+0); Computation(1+0);
【简述】
【研究论文】Neuron(2); JNS(3); Nature Communications(1);
【综述】Trends In Neurosciences(1); Current Opinion In Neurobiology(1); Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Daniel Johnston, Bert SakmannRylan S. Larsen, Benjamin Throesch, Laura Long, Gregory Edward Perrin, Emilie Campanac, Erin E. Gray, Jakob Jonathan Gutzmann, Sung-Cherl Jung, Jonathan G. Murphy, Jinhyun Kim, Rebecca Stark Hammond, Michael W. Nestor, Lin LinYears: 2007 — 2018; Recipients: Hoffman, Dax A; Code: Z01ZIA; Title/Keywords: Potassium Channels and Dendritic Function in Hippocampal Pyramidal Neurons@ Child Health and Human Development; Matching Score: 1005643
NYU015028New York, NY, USAJohn Loh

NYU
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Assist Prof.
JHU010012Baltimore, MD, USAKathleen E. Cullen

JHU
【研究方向】Vestibular(0+10); Motor(0+3); Disorder(0+2); Multisensory(0+2); Posture(0+2); Development(0+1); Disease(0+1); Movement disorder(0+1); Injury(0+1); Cognition(0+1); Vision(0+1); Self-motion(0+1); Spatial orientation(0+1); Gait(0+1); Neural encoding(0+1); Thalamus(0+1); Cerebellum(0+1);
【模式生物】Mouse(0+1);
【方法技术】Behavior(0+3); Computation(0+3); Gene(0+1); Model(0+1);
【简述】Systems, Cognitive + Computational Neuroscience; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USAChitra D. Mandyam

UCSD
【研究方向】mPFC(0+3); Addiction(0+2); PFC(0+2); Plasticity(0+1); Neurogenesis(0+1); Gliogenesis(0+1); Cell fate(0+1); Therapy(0+1); Alcohol(0+1); Comprehension(0+1); Dynamics(0+1);
【模式生物】Rodent(0+2); Stem Cell(0+2);
【方法技术】Behavior(0+1);
【简述】 Cellular & Developmental
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USAMiriam Judith Rosenberg-Lee

Stanford
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Other
Yale014011New Haven, CT, USAStephen Waxman

Yale
【研究方向】Pain(0+15); Sodium channel(0+6); Sclerosis(0+5); Ion Channel(0+4); Neurology(0+4); Spinal Cord Injury(0+4); Neuropathic pain(0+4); Sense(0+2); Regulation(0+1); Pluripotent stem cells(0+1); CNS(0+1); Disease(0+1); Therapy(0+1); Stroke(0+1); Reasoning(0+1); Emotion(0+1); Encoding(0+1); Imaging(0+1);
【模式生物】Human(0+5); Stem Cell(0+2);
【方法技术】Gene(0+5); Model(0+5); Channel(0+4); Electrophysiology(0+2); Pharmacology(0+1);
【简述】Axons; Electrophysiology; Ion Channels; Multiple Sclerosis; Neurology; Neurosciences; Sodium Channels; Stroke.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSD011017San Diego, CA, USALinda S. Sorkin

UCSD
【研究方向】Pain(0+11); AMPA receptor(0+5); CA2(0+5); Receptor(0+2); Amino acid(0+1); Glutamate receptor(0+1); Membrane(0+1); Development(0+1); Inflammation(0+1); Injury(0+1); Tumor(0+1); Pediatric(0+1); Sense(0+1);
【模式生物】Rat(0+1);
【方法技术】Behavior(0+6); Model(0+4); Pharmacology(0+1);
【简述】 Systems
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCSF003015San Francisco, CA, USAKaterina Akassoglou

UCSF
【研究方向】Disease(0+5); CNS(0+4); Inflammation(0+3); Regulation(0+1); Neurotrophin(0+1); Receptor(0+1); Differentiation(0+1); Alzheimer's disease(0+1); Stroke(0+1); Spinal Cord Injury(0+1); Sclerosis(0+1); Imaging(0+1);
【模式生物】Stem Cell(0+2); Mouse(0+1);
【方法技术】Biochemistry(0+1); In vivo(0+1); Model(0+1);
【简述】Neurovascular Mechanisms of Inflammation and Tissue Repair
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
WUSTL009032Saint Louis, MO, USAMarcus E. Raichle

WUSTL
【研究方向】Imaging(3+3); Cognition(2+1); Blood flow(2+1); Disease(0+2); Attention(2+0); Metabolism(1+1); PFC(2+0); Disorder(1+0); Anxiety(0+1); Depression(0+1); Cognitive neuroscience(1+0); Vision(1+0); Somatosensory(1+0); Eye Movement(1+0); Motor learning(1+0); Memory(1+0); Category(0+1); Emotion(0+1); mPFC(1+0); Cingulate cortex(1+0); ACC(1+0);
【模式生物】Human(9+3); Monkey(1+0);
【方法技术】MRI(1+3); fMRI(1+3); PET(0+3); Anatomy(2+0);
【简述】Functional brain imaging with positron emission tomography and magnetic resonance
【研究论文】Nature(3); Science(2); Neuron(1); Cerebral Cortex(2);
【综述】Review(3); Nature Reviews Neuroscience(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Justin L. Vincent, William J. Bentley, Joseph R. Simpson, Biyu J. He, Sanjeev N. Vaishnavi, Neil Vaishnavi, Manu S. Goyal, Jose V. PardoDaniel Scott MarcusYears: 2017 — 2019; Recipients: Raichle, Marcus EVlassenko, Andrei G. [⬀] ; Code: R01; Title/Keywords: Aerobic Glycolysis in the Development Ofalzheimer's Disease@ Washington University; Matching Score: 1137751Prof.
NIH-NICHD??Bethesda, MD, USAHarold A. Burgess

NIH-NICHD
【研究方向】Development(4+2); Transgenic(3+1); Neural Circuit(3+0); Photoreceptor(3+0); Modulation(1+1); Embryo(1+1); Sense(2+0); Auditory(1+1); Motor(1+1); Navigation(1+1); Raphe(2+0); Mutant(1+0); Structure(1+0); Schizophrenia(0+1); Retina(0+1); Adaptation(1+0); Form(0+1); Spatial orientation(1+0); Circadian(1+0); Metabolism(1+0); Decoding(0+1); Imaging(1+0); Optical(0+1); Pineal gland(1+0);
【模式生物】Zebrafish(26+3); Human(1+0);
【方法技术】Behavior(7+6); Gene(3+3); Model(3+0); Protein(2+0); Anatomy(1+1); Biochemistry(1+0); Computation(0+1);
【简述】
【研究论文】Cell(1); JNS(1); Curr Biol.(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Orly Reiner, Michael GranatoEric Horstick, Sadie A. BergeronYears: 2009 — 2018; Recipients: Burgess, Harold; Code: ZIA; Title/Keywords: Neuronal Circuits Controlling Behavior: Genetic Analysis in Zebrafish@ Child Health and Human Development; Matching Score: 0.915001815
UCLA011013Los Angeles, CA, USAMichael V. Sofroniew

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USABartly J. Mondino

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Harvard001001Boston, MA, USASusan Dymecki

Harvard
【研究方向】Development(4+2); 5-HT(2+0); Disorder(0+2); Pathogenesis(2+0); Inhibitory control(2+0); Emotion(1+1); Raphe(2+0); Modulation(0+1); Plasticity(0+1); Transcription(1+0); Glia(0+1); Microglia(1+0); Synapse(1+0); Dysfunction(1+0); Therapeutics(0+1); Hemorrhage(1+0); Stroke(1+0); Depression(0+1); Neural Circuit(1+0); Homeostatic(1+0); Respiratory(1+0); Dynamics(1+0); Imaging(0+1);
【模式生物】Mouse(4+1);
【方法技术】Gene(1+3); Behavior(1+2); Electrophysiology(0+2); Protein(1+0); Cell culture(0+1); Computation(0+1); Model(1+0);
【简述】Specialization in the Serotonin System Shapes Behavior and Regulates Homeostasis
【研究论文】Neuron(3); JNS(2); eLife(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Stephen V. DesiderioRachael D. Brust, Ryan T. Dosumu-Johnson, Rajeshwar Awatramani, Patricia (Tricia) Jensen, Benjamin Okaty, Junchul Kim, Abhishek Mukhopadhyay, Vera Niederkofler, Yasmin Escobedo-Lozoya, Giacomo MaddaloniYears: 2015 — 2017; Recipients: Dymecki, Susan M.; Code: P01; Title/Keywords: The Ventral Medulla and the Sudden Infant Death Syndrome@ Harvard Medical School; Matching Score: 1Prof.
Stanford002003Palo Alto, CA, USAHeike Daldrup-Link

Stanford
【研究方向】Imaging(25+4); Tumor(8+0); Pediatric(3+2); Therapy(1+2); Contrast(3+0); Concept(1+1); Translation(1+0); Transplantation(1+0); Disease(1+0); Therapeutics(1+0); Optical imaging(1+0);
【模式生物】Stem Cell(5+0); Human(2+0); Mouse(1+0);
【方法技术】MRI(9+0); In vivo(2+1); In vitro(1+0); PET(1+0); Microscopy(1+0); Model(1+0);
【简述】
【研究论文】Nature(1);
【综述】Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		008795Prof.
UCSD011017San Diego, CA, USADoris A. Trauner

UCSD
【研究方向】Cognition(0+11); Disorder(0+5); Vision(0+4); Development(0+3); Autism(0+2); Perinatal(0+2); Stroke(0+2); Motor(0+2); Planning(0+2); Attention(0+2); Metabolism(0+2); Imaging(0+1);
【模式生物】Human(0+1);
【方法技术】Gene(0+4); MRI(0+1); Behavior(0+1);
【简述】 Cellular & Developmental; Cognitive, Behavioral & Psychopharmacology; Clinical
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
MIT005002Boston, MA, USAPeter Schiller

MIT
【研究方向】Vision(2+8); Receptor(7+0); Eye Movement(0+6); Opiate(3+0); Peptide(3+0); V1(1+2); FEF(0+2); Visual cortex(0+2); Signal transduction(1+0); Amino acid(1+0); Membrane(1+0); Development(1+0); Therapeutics(1+0); Injury(1+0); Perception(1+0); Retina(0+1); Photoreceptor(0+1); Depth(0+1); Depth perception(1+0); Color(0+1); Object(0+1); Cardiovascular(1+0); Imaging(0+1); V2(0+1);
【模式生物】Monkey(2+1); Human(1+0); Rat(1+0); Bird(0+1);
【方法技术】Pharmacology(4+1); In vitro(3+0); Biochemistry(2+0); Microstimulation(0+2); Histochemistry(1+0); Behavior(0+1); Electrical stimulation(1+0);
【简述】The Neural Control of Vision; The Neural Control of Visually Guided Eye movements
【研究论文】Science(1);
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Morton Wiener, Hans-Lukas TeuberRobert M. McPeek, I-han Chou, Carol L. Colby, Max Cynader, Barbara L. Finlay, Anya Hurlbert, Ronald Kalil, Kyoung-Min Lee, Julie Sandell, Helen Sherk, Marc A. Sommer, Larry R. Squire, Andreas S. Tolias, Karl Zipser, Ronald Chase, Nancy EJ Berman, Michael P. Stryker, Robert P. Dolan, Karl Frederick Arrington, Victor A.F. Lamme, Tai Sing Lee, Nikos K. Logothetis, Joseph G. Malpeli, John HR Maunsell, James A. Mazer, Tirin Moore, Jacob Richter, Paul Haenny, Fritz Koerner, Marilee Ogren, Rufin Vogels, Jeffrey Schall, Edward J. Tehovnik, Warren Slocum, Shaul Hochstein, Edward J. TehovnikYears: 2008; Recipients: Schiller, Peter H; Code: P30; Title/Keywords: Core - Vision Processies@ Massachusetts Institute of Technology; Matching Score: 1012103Prof.
WUSTL009032Saint Louis, MO, USASteven J. Mennerick

WUSTL
【研究方向】Glutamate(1+1); Dopamine(1+1); GABA(0+2); Development(1+1); Neurotransmitter(0+1); Receptor(1+0); GABAA receptor(1+0); Glutamate receptor(0+1); Ion Channel(0+1); Synaptic Plasticity(1+0); Synchrony(1+0); Astrocyte(1+0); Axon(1+0); Synapse(1+0); Steroid(0+1); Imaging(0+1);
【模式生物】
【方法技术】Channel(1+1); In vitro(2+0); Electrophysiology(0+1);
【简述】Physiology of glutamate and GABA neurotransmission in the CNS
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Yale014011New Haven, CT, USAZ. Jimmy Zhou

Yale
【研究方向】Retina(0+6); Vision(0+4); Development(0+3); Neurotransmitter(0+2); Synaptic Transmission(0+1); Dendrite(0+1); Synapse(0+1); Disease(0+1); Neural Circuit(0+1); Signal processing(0+1); Imaging(0+1);
【模式生物】
【方法技术】Computation(0+2); Gene(0+1); In vivo(0+1); Optogenetics(0+1); Model(0+1);
【简述】Neurobiology; Ophthalmology; Physiology; Retina; Retinal Diseases.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
UCLA011013Los Angeles, CA, USAMichael R. Irwin

UCLA
【研究方向】Disease(0+3); Disorder(0+3); Psychiatry(0+3); Receptor(0+2); Alcohol(0+2); Depression(0+2); Sleep(0+2); Stress(0+2); Pathogenesis(0+1); Aging(0+1); Cocaine(0+1); Emotion(0+1); Hormone(0+1); Cardiovascular(0+1); Autonomic(0+1);
【模式生物】
【方法技术】Behavior(0+4);
【简述】
【研究论文】
【综述】Review(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
JHU010012Baltimore, MD, USABin Wu Ph.D.

JHU
【研究方向】Translation(0+6); Regulation(0+1); Development(0+1); Axon(0+1); Dendrite(0+1); Neurodegenerative disease(0+1); Dysfunction(0+1); Dynamics(0+1); Imaging(0+1);
【模式生物】
【方法技术】Gene(0+5); Protein(0+1);
【简述】Cellular + Molecular Neuroscience; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
JHU010012Baltimore, MD, USAVeit Stuphorn

JHU
【研究方向】ACC(0+8); Motor(0+5); Eye Movement(0+5); Reward(0+4); FEF(0+4); Decision making(0+3); Cognition(0+2); Executive control(0+2); Structure(0+1); Environment(0+1); Addiction(0+1); Neural Circuit(0+1); Social(0+1); PFC(0+1); OFC(0+1); Cingulate cortex(0+1); Basal ganglia(0+1);
【模式生物】Human(0+3); Non-human primate(0+2); Monkey(0+1); Primate(0+1);
【方法技术】Behavior(0+4); Computation(0+2); fMRI(0+1); Microstimulation(0+1); Model(0+1); Theory(0+1);
【简述】Systems, Cognitive + Computational Neuroscience; Neural Circuits, Ensembles + Connectomes; .
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Harvard001001Boston, MA, USAVictor Navarro

Harvard
【研究方向】Learning(7+0); Hypothalamus(1+5); Injury(5+0); Reproduction(2+2); Metabolism(1+3); Cognition(3+0); Vision(3+0); Neurotransmitter(0+2); Cytokine(2+0); Pathology(2+0); Acquisition(2+0); Extinction(2+0); Attention(1+1); Concept(2+0); Fear(2+0); Neuroendocrine(1+1); Hormone(0+2); Imaging(1+1); Receptor(0+1); Plasticity(0+1); Development(0+1); Differentiation(0+1); Therapy(1+0); Perinatal(0+1); Perception(1+0); Category(1+0); Categorization(1+0); Circadian(1+0); Sleep(1+0); Steroid(0+1); Amygdala(1+0); Arcuate nucleus(0+1);
【模式生物】Mouse(6+1); Human(3+1); Rat(2+0);
【方法技术】Gene(0+3); Behavior(3+0); In vivo(1+0); Model(1+0);
【简述】Neuroendocrine control of reproductive function and metabolism
【研究论文】JNS(1); Curr Biol.(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		000073Assist Prof.
Stanford002003Palo Alto, CA, USAChris Garcia

Stanford
【研究方向】Receptor(7+7); LTD(4+0); Peptide(1+1); Structure(2+0); Disease(1+1); Sclerosis(2+0); Engineering(1+1); Regulation(1+0); Membrane(0+1); Development(0+1); Environment(0+1); Disorder(0+1); Therapy(1+0); Cell therapy(1+0); Hormone(0+1);
【模式生物】Human(2+1);
【方法技术】Protein(0+1);
【简述】
【研究论文】Nature(5); Science(2); Cell(11); PNAS(1); eLife(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Prof.
Yale014011New Haven, CT, USATyrone Cannon

Yale
【研究方向】
【模式生物】
【方法技术】
【简述】.
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Stanford002003Palo Alto, CA, USABo Wang

Stanford
【研究方向】Membrane(1+0); Dynamics(1+0); Engineering(1+0); Imaging(1+0);
【模式生物】Stem Cell(4+0); Human(1+0);
【方法技术】
【简述】
【研究论文】Nature(3); eLife(1);
【综述】Physical Review(2);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Yousheng Shu, Carlos LoisYears: 2018 — 2019; Recipients: Wang, Bo [⬀] ; Code: K01; Title/Keywords: The Role of Lpcat3 and Phospholipid Remodeling in Intestinal Homeostasis@ University of California Los Angeles; Matching Score: 0.936001717Assist Prof.
UCLA011013Los Angeles, CA, USAElaine Hsiao

UCLA
【研究方向】
【模式生物】
【方法技术】
【简述】
【研究论文】
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed
Harvard001001Boston, MA, USAMustafa Sahin

Harvard
【研究方向】Sclerosis(17+2); Development(7+1); Autism(3+2); Axon(2+2); Disease(0+4); Neurology(4+0); Developmental Disorder(2+1); Imaging(1+2); White matter(2+1); Axon guidance(2+0); Dysfunction(1+1); Tumor(1+1); Pediatric(2+0); Mutant(1+0); Modulation(1+0); Receptor(1+0); Structure(1+0); Epilepsy(0+1); Seizure(1+0); Glia(0+1); Regeneration(1+0); CNS(1+0); Dendrite(1+0); Synapse formation(1+0); Spine(1+0); Disorder(1+0); Pathogenesis(0+1); Therapeutics(1+0); Acquisition(1+0); Exploration(1+0); Social behavior(1+0); Dynamics(1+0); Resting state(1+0); Diffusion tensor imaging(0+1); Neuroimaging(1+0); Connection(0+1); Basal ganglia(1+0);
【模式生物】Mouse(4+3); Human(0+1); Rodent(0+1);
【方法技术】Model(4+3); Behavior(2+1); Gene(2+0); Cell culture(0+2); EEG(1+1); Protein(1+0);
【简述】Cellular Mechanisms of Neurodevelopmental Disorders and Epilepsy
【研究论文】Curr Biol.(1);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		Susan J. Hockfield, Michael E. GreenbergAllison Joy Mazzella, Samantha M Schaeffer, Ioannis Kramvis, Chloe E Super, Meera E. Modi, Min Jeong Kye, Peter Tsai, Jonathan O. LiptonYears: 2017 — 2018; Recipients: Nelson, Charles Alexander [⬀] Sahin, Mustafa; Code: T32; Title/Keywords: Translational Post-Doctoral Training in Neurodevelopment@ Boston Children's Hospital; Matching Score: 1012398Prof.
MIT005002Boston, MA, USAEd Boyden

MIT
【研究方向】Optical(10+0); Transgenic(3+0); Engineering(0+2); Plasticity(1+0); Epilepsy(0+1); Development(1+0); Disease(0+1); Parkinson's disease(0+1); Systems Neuroscience(1+0); Cognition(0+1); Perception(1+0); Vision(1+0); Touch(1+0); Learning(1+0); Neural dynamics(1+0); Imaging(1+0); V1(1+0);
【模式生物】Mouse(3+0); Non-human primate(2+0); Primate(2+0); Human(0+1);
【方法技术】Microscopy(2+0); Optogenetics(2+0); Electrophysiology(1+0); Computation(0+1);
【简述】
【研究论文】Nature(4); Science(1); Nature Neuroscience(2); Neuron(2); Nature Methods(4);
【链接】机构网站, NeuroTree, 谷歌学术, 微软学术, PubMed		025965Assoc Prof.
Columbia006008New York, NY, USARui M. Costa

Columbia
【研究方向】Learning(11+0); Plasticity(4+0); Dysfunction(4+0); Skill learning(4+0); Motor learning(3+0); Learning and memory(3+0); Optical(2+1); Basal ganglia(3+0); Mutant(2+0); Regulation(2+0); Modulation(2+0); Dopamine(2+0); GABA(2+0); Receptor(2+0); Synaptic Plasticity(2+0); LTP(2+0); Synchrony(2+0); Development(2+0); Disorder(0+2); Tumor(2+0); Cognition(2+0); Motor(2+0); Memory(2+0); Acquisition(2+0); Consolidation(2+0); Sequence learning(2+0); Decision making(2+0); Speech(2+0); Stress(2+0); Motor cortex(2+0); Structure(1+0); Differentiation(1+0); Psychiatry(1+0); Autism(0+1); Infection(1+0); Neural Circuit(0+1); Chemical sense(1+0); Execution(1+0); Aversive(1+0); Dynamics(1+0); Imaging(1+0); Premotor cortex(1+0); Supplementary motor cortex(1+0); Dorsal striatum(1+0);
【模式生物】Mouse(12+0); Human(2+0); Rodent(1+0);
【方