Faculty

Institution

Unit

Venue

Chiye Aoki

Professor of Neural Science and Biology

New York University

Affiliations

Arts & Science

Biology

Neural Science

Chiye Aoki is currently serving as an Arts & Science Professor of Neural Science and Biology at New York University.

Honors

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Experiences

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Education

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Chiye Aoki

New York University

Professor of Neural Science and Biology

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neuroscience neurology neuroanatomy neurophysiology cognitive neuroscience neurochemistry neuropsychopharmacology systems neuroscience molecular neuroscience neuropharmacology cellular neurobiology brain science neural science pharmacology mammalian biology neurotransmission behavioral neuroscience molecular neurobiology central nervous system developmental cognitive neuroscience psychoneuroendocrinology brain function brain structure activity-based anorexia protein science cellular physiology adolescent female mice genetics animal physiology neurorehabilitation affective neuroscience molecular neurodegeneration animal cognition clinical neuroscience appetite control excitatory synapses biological psychiatry molecular physiology neurodevelopmental disorders neurodynamics brain organization cerebral cortex rat brain medial prefrontal cortex medicinal research adolescent psychology receptor (biochemistry) subcellular distribution spatial learning pyramidal neurons developmental science adolescence brain imaging secretory pathway psychopharmacology b-adrenergic receptors visual cortex postsynaptic densities neuroprotection knockout mice vision research brain circuitry experimental psychopathology neuroinflammation nicotine experimental neuropathology mitochondrial function electron microscopic immunocytochemistry food restriction-evoked hyperactivity female rats auditory science bioacoustics brain mapping human sciences electron microscopy auditory cortex psychiatry molecular psychiatry molecular features neuropsychology psychopathology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mechanisms Underlying Sustained Resilience Against Anorexia Nervosa From Sub-Anesthetic Ketamine: An Electron Microscopic Study Using a Mouse Model. (2025)

biological psychiatrymouse modelneuropsychopharmacologyappetite controlpharmacologypsychopharmacologyanesthetic pharmacologyeating disorderssub-anesthetic ketaminebehavioral neuroscienceneuropharmacologymechanisms underlyinganesthetic mechanismneuroscienceneurophysiology

Mechanisms Underlying Sustained Resilience Against Anorexia Nervosa From Sub-Anesthetic Ketamine: A Review and New Research Based on Electron Microscopic Analyses of Synapses Using a Mouse Model. Physiology & Behavior (2025)

biological psychiatrymouse modelneuropsychopharmacologypharmacologyneural circuitssustained resilienceanorexia nervosaneurotransmissionneuropharmacologyaddiction biologyneurotransmittersneurophysiologyanesthetic mechanismneurosciencebehavioral neuroscienceneurons

Gaba Co-Released From Striatal Dopamine Axons Dampens Phasic Dopamine Release Through Autoregulatory Gabaa Receptors. Cell Reports (2024)

Jyoti C. PatelAng D. SherpaRiccardo MelaniPaul WitkovskyMadeline R. WisemanBrian O’NeillChiye AokiNicolas X. TritschMargaret E. Rice

pharmacologycellular physiologyautoregulatory gabaa receptorsmolecular neuroscienceneurochemistryneuropharmacologyneurotransmissionmolecular neurobiologysystems neurosciencedopaminestriatal dopamine axonsphasic dopamine releasecentral nervous systemcellular neurobiologyneuroscienceneurophysiologycell biology

Ketamine Ameliorates Activity-Based Anorexia of Adolescent Female Mice Through Changes in Glun2B-Containing Nmda Receptors at Postsynaptic Cytoplasmic Locations of Pyramidal Neurons and Interneurons of Medial Prefrontal Cortex. Brain Structure and Function (2024)

Jennifer LiRose TemizerYi-Wen ChenChiye Aoki

cognitive neurosciencepeptidespostsynaptic cytoplasmic locationsneurologyneuropharmacologyadolescent female micebrain functionbrain mechanismsprotein sciencebrain injuryameliorates activity-based anorexiaanimal physiologybrain imagingmolecular neurosciencemammalian biologysystems neurosciencepharmacologyneurochemistryfunction spacesmedial prefrontal cortexneurosciencebrain structurepyramidal neurons

Estrogenic Control of Reward Prediction Errors and Reinforcement Learning. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Carla E. M. GoldenAudrey C. MartinDaljit KaurAndrew MahDiana H. LevyTakashi YamaguchiAmy W. LasekDayu LinChiye AokiChristine M. Constantinople

biological psychologyendocrinologyreward prediction errorspsychologyreinforcement learningestrogenic controlneurosciencebehavioral neurosciencebehavioral sciences

Ketamine Ameliorates Activity-Based Anorexia of Adolescent Female Mice Through Changes in the Prevalence of Nr2B-Containing Nmda Receptors at Excitatory Synapses That Are in Opposite Directions for of Pyramidal Neurons Versus Gaba Interneurons in Medial Prefrontal Cortex. Research Square (Research Square) (2023)

Jennifer LiYi-Wen ChenChiye Aoki

excitatory synapsesexploratory researchmolecular neurobiologyneurologyneurotransmissionneuropharmacologyadolescent female miceneuroanatomyneuropsychopharmacologyameliorates activity-based anorexiaanimal physiologymolecular neurosciencemammalian biologysystems neurosciencegaba interneuronscellular neurobiologyactive controlpharmacologyneurochemistrymedicinal researchneuroscienceneurophysiologypyramidal neurons

Three Daily Intraperitoneal Injections of Sub‐Anesthetic Ketamine Ameliorate Activity‐Based Anorexia Vulnerability of Adult Female Mice. International Journal of Eating Disorders (2023)

Sebastian Goodwin‐GroenYiru DongChiye Aoki

daily intraperitoneal injectionsexperimental psychopathologymedicinepharmacokineticsaddictionpsychotropic medicationneuropsychopharmacologyappetite controlpsychopathologyeating disordersmammalian biologyaddiction medicinepsychiatrypharmacological researchadult female micepharmacologypsychopharmacologydepressionpharmacotherapy

Correction to: Gabaergic Interneurons’ Feedback Inhibition of Dorsal Raphe‑Projecting Pyramidal Neurons of the Medial Prefrontal Cortex Suppresses Feeding of Adolescent Female Mice Undergoing Activity‑Based Anorexia. Brain Structure and Function (2022)

Muzi DuAdrienne SantiagoCenk AkizChiye Aoki

cognitive neuroscienceneural mechanismsbehavioral neuroscienceneurologyfeedback inhibitionneuropharmacologyadolescent female micebrain functionneural scienceneuroanatomycellular physiologyanimal physiologygabaergic interneuronsmammalian biologybrain organizationactivity-based anorexiasystems neuroscienceanimal cognitionaffective neurosciencepharmacologymedial prefrontal cortexneurosciencebrain structure

Gabaergic Interneurons’ Feedback Inhibition of Dorsal Raphe-Projecting Pyramidal Neurons of the Medial Prefrontal Cortex Suppresses Feeding of Adolescent Female Mice Undergoing Activity-Based Anorexia. Brain Structure and Function (2022)

biological psychiatryneurobiological mechanismsneuropsychopharmacologyneuropsychologyappetite controlfeedback inhibitioneating disordersgabaergic interneuronsmedial prefrontal cortexpsychiatryneurosciencebehavioral neuroscience

Individual Differences in the Positive Outcome From Adolescent Ketamine Treatment in a Female Mouse Model of Anorexia Nervosa Involve Drebrin a at Excitatory Synapses of the Medial Prefrontal Cortex. Synapse (2022)

Rose TemizerYi‐Wen ChenChiye Aoki

cognitive neuroscienceindividual differencesexcitatory synapsesneurodynamicsneurologyneuropsychologyneuropharmacologyadolescent psychologyneuropsychiatrybiological psychiatryneuropsychopharmacologyfemale mouse modelpsychopathologyneurorehabilitationpsychiatrysystems neuroscienceaffective neuroscienceadolescent ketamine treatmentneurochemistryneuropsychological functioningmedial prefrontal cortextranslational psychiatryneuroscience

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Chiye Aoki

Professor of Neural Science and Biology

New York University

Affiliations

Arts & Science

Biology

Neural Science

Chiye Aoki is currently serving as an Arts & Science Professor of Neural Science and Biology at New York University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Chiye Aoki

New York University

Professor of Neural Science and Biology

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mechanisms Underlying Sustained Resilience Against Anorexia Nervosa From Sub-Anesthetic Ketamine: An Electron Microscopic Study Using a Mouse Model. (2025)

Gaba Co-Released From Striatal Dopamine Axons Dampens Phasic Dopamine Release Through Autoregulatory Gabaa Receptors. Cell Reports (2024)

Jyoti C. PatelAng D. SherpaRiccardo MelaniPaul WitkovskyMadeline R. WisemanBrian O’NeillChiye AokiNicolas X. TritschMargaret E. Rice

Jennifer LiRose TemizerYi-Wen ChenChiye Aoki

Estrogenic Control of Reward Prediction Errors and Reinforcement Learning. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Carla E. M. GoldenAudrey C. MartinDaljit KaurAndrew MahDiana H. LevyTakashi YamaguchiAmy W. LasekDayu LinChiye AokiChristine M. Constantinople

biological psychologyendocrinologyreward prediction errorspsychologyreinforcement learningestrogenic controlneurosciencebehavioral neurosciencebehavioral sciences

Jennifer LiYi-Wen ChenChiye Aoki

Three Daily Intraperitoneal Injections of Sub‐Anesthetic Ketamine Ameliorate Activity‐Based Anorexia Vulnerability of Adult Female Mice. International Journal of Eating Disorders (2023)

Sebastian Goodwin‐GroenYiru DongChiye Aoki

Muzi DuAdrienne SantiagoCenk AkizChiye Aoki

Rose TemizerYi‐Wen ChenChiye Aoki

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New York University

neuronal serotonin

neurodevelopmental disorder

Eric Klann

Institution

New York University

neuroscience

structural plasticity

Akira Sawa

Institution

Johns Hopkins University

neuroscience

psychiatry

Fulton Crews

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University of North Carolina at Chapel Hill

brain structure

psychiatry

Mriganka Sur

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Massachusetts Institute of Technology

neuroscience

cognitive neuroscience

A. Leslie Morrow

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University of North Carolina at Chapel Hill

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P. Jeffrey Conn

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Vanderbilt University

brain function

biological psychiatry

Ann Graybiel

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behavioral neuroscience

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