Faculty

Institution

Unit

Venue

Roberto Malinow

Emeritus Professor Neurobiology

University of California, San Diego

Affiliations

School Of Medicine

Neurosciences

Roberto Malinow is currently serving as a Neurosciences Emeritus Professor Neurobiology at University of California, San Diego.

Honors

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Experiences

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Education

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Roberto Malinow

University of California, San Diego

Emeritus Professor Neurobiology

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neuroscience neurology neurophysiology central nervous system receptors neurons cognitive neuroscience neuropharmacology neural circuits molecular neuroscience molecular biology neurotransmission neurotransmitters medicinal research neurochemistry genetics molecular neurodegeneration neuropsychopharmacology long-term potentiation cellular neurobiology vascular biology neural science biological psychiatry protein science affective neuroscience brain circuitry neurodynamics molecular neurobiology synaptic plasticity neuroscience of aging ampa receptors molecular psychiatry neurorehabilitation mammalian biology inhibitory activity brain function neural mechanisms peptides molecular physiology intracellular trafficking neurobiological mechanisms structural plasticity receptor (biochemistry) spinal cord developmental cognitive neuroscience intermediate host neuromodulation (medicine) synapsida remedial action molecular regulation neuronal networks brain mechanisms silent synapses hippocampal slices nmda receptors lateral habenula nature receptor tyrosine kinases host specificity functional selectivity late binding cell trafficking protein phosphorylation knockout mice auditory science brain stimulation mood spectrum presynaptic enhancement synaptic potentiation experience-driven synaptic plasticity spontaneous activity amyloid beta hippocampal slice neurons opioid system cultured hippocampal neurons calcium-evoked dendritic exocytosis behavioral neuroscience psychiatry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Detecting Unitary Synaptic Events With Machine Learning. Proceedings of the National Academy of Sciences (2024)

Nien-Shao WangMarc MarinoRoberto Malinow

unitary synaptic eventsneuroimagingneurosciencemachine learning

A Machine Learning Method to Identify Genetic Variants Potentially Associated With Alzheimer’s Disease. Frontiers in Genetics (2021)

Bradley MonkAndrei RajkovicSemar PetrusAleks RajkovicTerry GaasterlandRoberto Malinow

alzheimer's diseasemachine learningdisease gene identificationgenetic variantsgenetics

Psd-95 Protects Synapses From β-Amyloid. Cell Reports (2021)

Kim DoreZachary CarricoStephanie AlfonsoMarc MarinoKarin KoymansHelmut W. KesselsRoberto Malinow

neurologyneuroscience of agingmolecular neurodegenerationneuronscell biologysynapsidaneuroscienceneurodegenerative diseasesneuroimmunologymolecular neurosciencesignal transduction

Elevated Psd-95 Blocks Ion-Flux Independent Ltd: A Potential New Role for Psd-95 in Synaptic Plasticity. Neuroscience (2020)

Kim DoreRoberto Malinow

synaptic plasticityneural scienceneurosciencemolecular neuroscience

Opioid System is Necessary but Not Sufficient for Antidepressive Actions of Ketamine in Rodents. Proceedings of the National Academy of Sciences (2020)

Matthew E. KleinJoshua ChandraSalma SheriffRoberto Malinow

opioid systemantidepressive actionspharmacology

Reply to Hashimoto: Ketamine is Not an Opioid but Requires Opioid System for Antidepressant Actions. Proceedings of the National Academy of Sciences (2020)

Roberto MalinowMatthew E. Klein

mental healthsubstance use disordersopioid epidemicpsychiatryantidepressant actionssubstance useaddictionpharmacologypsychopharmacologyopioid overdoseopioid systemopioid use disorder

Synpla, a Method to Identify Synapses Displaying Plasticity After Learning. Proceedings of the National Academy of Sciences (2020)

Kim DoreYvonne PaoJose Soria LopezSage AronsonHuiqing ZhanSanchari GhoshSabina MerrillAnthony M. ZadorRoberto MalinowJustus M. Kebschull

neurologyneural sciencesystems neurosciencecognitive neuroscienceneuroscienceplasticity

Table of Contents. IEEE Signal Processing Magazine (2020)

Mathews JacobJong YeLeslie YingMariya DonevaJeffrey FesslerBihan WenSaiprasad RavishankarLuke PfisterYoram BreslerMerry ManiJustin HaldarKawin SetsompopAnthony ChristodoulouSajan LingalaJonathan TamirFrank OngSuma AnandEkin KarasanKe WangMichael LustigRizwan AhmadCharles BoumanGregery BuzzardStanley ChanSizhuo LiuEdward ReehorstPhilip SchniterChristopher SandinoJoseph ChengFeiyu ChenMorteza MardaniJohn PaulyShreyas VasanawalaFlorian KnollKerstin HammernikChi ZhangSteen MoellerThomas PockDaniel SodicksonMehmet Akc akayaDeep ResonanceDong LiangJing ChengZiwen Ke

data sciencebiomedical imaginglinear predictabilitymodel-based reconstructiondeep learningimage restorationradiologyinverse problemsimage representationsignal reconstructionreconstruction techniquesbiomedical informaticsmedical imagingmagnetic resonance imagingimage denoisingneural network (machine learning)neuroimagingmedical image computingimage reconstructioncomputational imagingdigital image processingmachine learning research

The Antidepressant Effects of Ketamine Require Intact Opioid Signaling in the Lateral Habenula. Biological Psychiatry (2020)

Matthew KleinJoshua ChandraSalma SheriffRoberto Malinow

psychiatryneuropharmacologybiological psychiatryintact opioid signalingneurosciencelateral habenulapsychopharmacologyantidepressant effects

S146. the Antidepressant Effects of Ketamine on Lateral Habenula Activity Require Endogenous Opioid Signaling. Biological Psychiatry (2019)

Matthew KleinJoshua ChandraRoberto Malinow

psychiatryneuropharmacologybiological psychiatrylateral habenula activitypsychopharmacologyendogenous opioidantidepressant effects

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Roberto Malinow

Emeritus Professor Neurobiology

University of California, San Diego

Affiliations

School Of Medicine

Neurosciences

Roberto Malinow is currently serving as a Neurosciences Emeritus Professor Neurobiology at University of California, San Diego.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Roberto Malinow

University of California, San Diego

Emeritus Professor Neurobiology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Detecting Unitary Synaptic Events With Machine Learning. Proceedings of the National Academy of Sciences (2024)

Nien-Shao WangMarc MarinoRoberto Malinow

unitary synaptic eventsneuroimagingneurosciencemachine learning

A Machine Learning Method to Identify Genetic Variants Potentially Associated With Alzheimer’s Disease. Frontiers in Genetics (2021)

Bradley MonkAndrei RajkovicSemar PetrusAleks RajkovicTerry GaasterlandRoberto Malinow

alzheimer's diseasemachine learningdisease gene identificationgenetic variantsgenetics

Psd-95 Protects Synapses From β-Amyloid. Cell Reports (2021)

Kim DoreZachary CarricoStephanie AlfonsoMarc MarinoKarin KoymansHelmut W. KesselsRoberto Malinow

neurologyneuroscience of agingmolecular neurodegenerationneuronscell biologysynapsidaneuroscienceneurodegenerative diseasesneuroimmunologymolecular neurosciencesignal transduction

Elevated Psd-95 Blocks Ion-Flux Independent Ltd: A Potential New Role for Psd-95 in Synaptic Plasticity. Neuroscience (2020)

Kim DoreRoberto Malinow

synaptic plasticityneural scienceneurosciencemolecular neuroscience

Opioid System is Necessary but Not Sufficient for Antidepressive Actions of Ketamine in Rodents. Proceedings of the National Academy of Sciences (2020)

Matthew E. KleinJoshua ChandraSalma SheriffRoberto Malinow

opioid systemantidepressive actionspharmacology

Reply to Hashimoto: Ketamine is Not an Opioid but Requires Opioid System for Antidepressant Actions. Proceedings of the National Academy of Sciences (2020)

Roberto MalinowMatthew E. Klein

mental healthsubstance use disordersopioid epidemicpsychiatryantidepressant actionssubstance useaddictionpharmacologypsychopharmacologyopioid overdoseopioid systemopioid use disorder

Synpla, a Method to Identify Synapses Displaying Plasticity After Learning. Proceedings of the National Academy of Sciences (2020)

Kim DoreYvonne PaoJose Soria LopezSage AronsonHuiqing ZhanSanchari GhoshSabina MerrillAnthony M. ZadorRoberto MalinowJustus M. Kebschull

neurologyneural sciencesystems neurosciencecognitive neuroscienceneuroscienceplasticity

Table of Contents. IEEE Signal Processing Magazine (2020)

The Antidepressant Effects of Ketamine Require Intact Opioid Signaling in the Lateral Habenula. Biological Psychiatry (2020)

Matthew KleinJoshua ChandraSalma SheriffRoberto Malinow

psychiatryneuropharmacologybiological psychiatryintact opioid signalingneurosciencelateral habenulapsychopharmacologyantidepressant effects

S146. the Antidepressant Effects of Ketamine on Lateral Habenula Activity Require Endogenous Opioid Signaling. Biological Psychiatry (2019)

Matthew KleinJoshua ChandraRoberto Malinow

psychiatryneuropharmacologybiological psychiatrylateral habenula activitypsychopharmacologyendogenous opioidantidepressant effects

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5
14
10 / page

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Yan, Zhen

Institution

University at Buffalo

neuroscience

neurology

Lisa Monteggia

Institution

Vanderbilt University

psychiatry

neurodevelopmental disorder

Eric Klann

Institution

New York University

neuroscience

structural plasticity

Wade Regehr

Institution

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pediatric pulmonology

Greg Gerhardt

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biological psychiatry

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