Faculty

Institution

Unit

Venue

Wei-Dong Yao

Upstate Medical University

Affiliations

Norton College of Medicine

Department Of Anesthesiology

Department Of Psychiatry And Behavioral Sciences

Department Of Psychiatry And Behavioural Neuroscience

Institute Of Crouse Neuroscience

Laboratory Of Psychiatric Genetic Epidemiology And Neurobiology

Department Of Anesthesiology

Norton College Of Medicine

Psychiatry - Community Campus

Upstate Medical University

NoneWei-dong Yao is currently serving as a Anesthesiology faculty at Upstate Medical University.

Honors

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Experiences

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Education

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Wei-Dong Yao

Upstate Medical University

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neuroscience neuropsychopharmacology neuropharmacology neurology neurophysiology neurons dopamine genetics signal transduction neurotransmission molecular neuroscience pharmacology molecular neurobiology cognitive neuroscience neurogenetics addiction biology molecular cell biology biological psychiatry molecular psychiatry neurochemistry brain function neural circuits protein science cellular biochemistry neuroscience of aging neurotransmitters psychopharmacology insect molecular biology molecular neurodegeneration molecular regulation frontotemporal dementia addictive behaviors membrane science protein function cell regulation psychiatric genetics membrane transport behavioural pharmacology prefrontal cortex postsynaptic density biological chemistry behavioral disorders pharmacological research cellular physiology brain science behavioral addictions substance addiction neurobiological mechanisms functional interaction behavioral plasticity cell trafficking protein transport amyotrophic lateral sclerosis mitochondrial dynamics mitochondrial function neurodiversity inhibitory activity long non-coding rna working memory psychoactive drugs epigenomics small rna rna biology akt/glycogen synthase dopamine-dependent behaviors human dopamine transporter ampa receptors social behavioral deficits prefrontal synaptic plasticity separate circuits d2 dopamine receptors striatal gabaergic neurons selective degeneration dendritic spines serotonin receptors transcription start sites

Notable Scholarly Works

Notable Federal Grants

Collaborators

Elevating Neuronal Cyld Causes Frontotemporal Dementia (Ftd)-Relevant Behavioral and Physiological Deficits. (2026)

cognitive impairmentneuroscience of agingneurodegenerative diseasesdementiacorticobasal degenerationneurosciencecentral nervous systemfrontotemporal dementianeurologybrain function

Elevating Neuronal Cyld Causes Frontotemporal Dementia (Ftd)-Relevant Behavioral and Physiological Deficits. bioRxiv (Cold Spring Harbor Laboratory) (2026)

cognitive impairmentneuroscience of agingneurodegenerative diseasesclinical neurosciencedementiacorticobasal degenerationtranslational psychiatryneurosciencecentral nervous systemneuropsychologyfrontotemporal dementiaphysiological deficitsneurologybrain function

A Prefrontal Cortex-Nucleus Accumbens Circuit Attenuates Cocaine-Conditioned Place Preference Memories. Research Square (2025)

systems neuroscienceneurobiological mechanismsmemorymemory studiesbehavioural processneurosciencebehavioral sciencesaddictionbehavioral neurosciencecognitive sciencebrain functioncognitive neuroscience

Dorsomedial Prefrontal Hypoexcitability Underlies Lost Empathy in Frontotemporal Dementia. Neuron (2023)

Hannah L. PhillipsHuihui DaiSo Yoen ChoiKaren Jansen-WestAlexis S. ZajicekLuke DalyLeonard PetrucelliFen-Biao GaoWei-Dong Yao

cognitive impairmentcognitive scienceneuroscience of agingneurodegenerative diseasesbrain circuitrydementiaaffective neurosciencevascular dementianeurosciencemolecular psychiatryvascular cognitive disorderempathyfrontotemporal dementiacognitive therapyneurologydevelopmental cognitive neuroscienceattention disorderscognitive neuroscience

Usp48/Usp31 is a Nuclear Deubiquitinase That Potently Regulates Synapse Remodeling. bioRxiv (Cold Spring Harbor Laboratory) (2023)

molecular and cellular biologymolecular pathwaysmolecular neurosciencenuclear deubiquitinasecell biologymolecular cell biologybiochemistrymolecular biologyprotein functioncellular biochemistry

Cylindromatosis Drives Synapse Pruning and Weakening by Promoting Macroautophagy Through Akt-Mtor Signaling. Molecular Psychiatry (2022)

signaling pathwayscytoskeletoncell regulationcylindromatosis drivescell biologycell signalingmolecular cell biologyautophagyakt-mtor signalingmolecular regulationsignal transductionmolecular biologycell deathcellular physiologycellular biochemistry

Piezoelectric Property of Pzt Nanofibers Characterized by Resonant Piezo-Force Microscopy. AIP Advances (2022)

Guitao ZhangXi ChenWeihe XuWei-Dong YaoYong Shi

piezoelectricitypiezoelectric propertynanomaterialsnanofibersnanotechnologypzt nanofibersresonant piezo-force microscopymaterials scienceapplied physicscharacterization (materials science)

The Epigenetic Reader Phf21B Modulates Murine Social Memory and Synaptic Plasticity–Related Genes. JCI Insight (2022)

Eunice W.M. ChinQi MaHongyu RuanCamille ChinAditya SomasundaramChunling ZhangChunyu LiuMartin D. LewisMelissa WhiteTracey L. SmithMalcolm BattersbyWei-Dong YaoXin-Yun LuWadih ArapJulio LicinioMa-Li Wong

developmental biologyepigeneticsgeneticssynaptic plasticity-related genesgenetic basisneurosciencemammalian biologygene functioncognitive neuroscience

Author Correction: Neuronal Nsun2 Deficiency Produces Trna Epitranscriptomic Alterations and Proteomic Shifts Impacting Synaptic Signaling and Behavior. Nature Communications (2021)

J. BlazeA. NavickasH. L. PhillipsS. HeisselA. Plaza-JenningsS. MiglaniH. AsgharianM. FooC. D. KatanskiC. P. WatkinsZ. T. PenningtonB. JavidfarS. Espeso-GilB. RostandyH. AlwaseemC. G. HahnH. MolinaD. J. CaiT. PanW. D. YaoH. GoodarziF. HaghighiS. Akbarian

proteomic shiftssystems neuroscienceneuroinflammationgene expressioncellular neurobiologymolecular neuroscienceauthor correctiontrna epitranscriptomic alterationssynaptic signalingprotein scienceneurosciencemolecular biologymolecular neurobiologyneurotransmissionsignal transductionneurologyneurophysiology

Loss of Mglur1-Ltd Following Cocaine Exposure Accumulates Ca 2+ -Permeable Ampa Receptors and Facilitates Synaptic Potentiation in the Prefrontal Cortex. Journal of Neurogenetics (2021)

facilitates synaptic potentiationneuropharmacologyneuronsprefrontal cortexneuropsychopharmacologyneuroscienceneurotransmitterspharmacologyphysiologyneurotransmissioncocaine exposureneurophysiologycognitive neuroscienceaddiction biology

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Wei-Dong Yao

Upstate Medical University

Affiliations

Norton College of Medicine

Department Of Anesthesiology

Department Of Psychiatry And Behavioral Sciences

Department Of Psychiatry And Behavioural Neuroscience

Institute Of Crouse Neuroscience

Laboratory Of Psychiatric Genetic Epidemiology And Neurobiology

Department Of Anesthesiology

Norton College Of Medicine

Psychiatry - Community Campus

Upstate Medical University

NoneWei-dong Yao is currently serving as a Anesthesiology faculty at Upstate Medical 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

Wei-Dong Yao

Upstate Medical University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Elevating Neuronal Cyld Causes Frontotemporal Dementia (Ftd)-Relevant Behavioral and Physiological Deficits. (2026)

cognitive impairmentneuroscience of agingneurodegenerative diseasesdementiacorticobasal degenerationneurosciencecentral nervous systemfrontotemporal dementianeurologybrain function

Elevating Neuronal Cyld Causes Frontotemporal Dementia (Ftd)-Relevant Behavioral and Physiological Deficits. bioRxiv (Cold Spring Harbor Laboratory) (2026)

A Prefrontal Cortex-Nucleus Accumbens Circuit Attenuates Cocaine-Conditioned Place Preference Memories. Research Square (2025)

Dorsomedial Prefrontal Hypoexcitability Underlies Lost Empathy in Frontotemporal Dementia. Neuron (2023)

Hannah L. PhillipsHuihui DaiSo Yoen ChoiKaren Jansen-WestAlexis S. ZajicekLuke DalyLeonard PetrucelliFen-Biao GaoWei-Dong Yao

Usp48/Usp31 is a Nuclear Deubiquitinase That Potently Regulates Synapse Remodeling. bioRxiv (Cold Spring Harbor Laboratory) (2023)

molecular and cellular biologymolecular pathwaysmolecular neurosciencenuclear deubiquitinasecell biologymolecular cell biologybiochemistrymolecular biologyprotein functioncellular biochemistry

Cylindromatosis Drives Synapse Pruning and Weakening by Promoting Macroautophagy Through Akt-Mtor Signaling. Molecular Psychiatry (2022)

Piezoelectric Property of Pzt Nanofibers Characterized by Resonant Piezo-Force Microscopy. AIP Advances (2022)

Guitao ZhangXi ChenWeihe XuWei-Dong YaoYong Shi

piezoelectricitypiezoelectric propertynanomaterialsnanofibersnanotechnologypzt nanofibersresonant piezo-force microscopymaterials scienceapplied physicscharacterization (materials science)

The Epigenetic Reader Phf21B Modulates Murine Social Memory and Synaptic Plasticity–Related Genes. JCI Insight (2022)

developmental biologyepigeneticsgeneticssynaptic plasticity-related genesgenetic basisneurosciencemammalian biologygene functioncognitive neuroscience

Author Correction: Neuronal Nsun2 Deficiency Produces Trna Epitranscriptomic Alterations and Proteomic Shifts Impacting Synaptic Signaling and Behavior. Nature Communications (2021)

Loss of Mglur1-Ltd Following Cocaine Exposure Accumulates Ca 2+ -Permeable Ampa Receptors and Facilitates Synaptic Potentiation in the Prefrontal Cortex. Journal of Neurogenetics (2021)

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