Faculty

Institution

Unit

Venue

Jialing Liu

Professor Neurological Surgery

University of California, San Francisco

Affiliations

Department of Neurological Surgery

Jialing Liu is currently serving as a Neurological Surgery Professor Neurological Surgery at University of California, San Francisco.

Honors

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Experiences

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Education

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Jialing Liu

University of California, San Francisco

Professor Neurological Surgery

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neuroscience neurology stroke cerebral blood flow central nervous system brain injury vascular biology cognitive neuroscience neurorehabilitation neurovascular diseases immunology neurophysiology molecular neurodegeneration neuroprotection cognitive impairment stroke rehabilitation neuroscience of aging pharmacology neurodegenerative diseases inflammation neuroinflammation neurochemistry brain function cerebrovascular disease neuroregeneration neuropsychopharmacology brain circulation cardiovascular research head trauma rehabilitation neuroradiology brain science ischemic stroke experimental stroke diabetic mice medicinal research cell metabolism cerebral vascular regulation thrombosis blood flow neurointerventional surgery neurosurgery clinical neuroscience brain-immune interaction neural science cellular neurobiology brain lesion neurological rehabilitation mammalian biology experimental neuropathology therapeutic efficacy neurotology stroke-related condition clinical neurology neurological function ischemic syndrome traumatic brain injury cerebral ischemia cortico-hippocampal communication molecular neurobiology novel therapies nutritional neuroscience brain structure neurochemical biomarkers gait analysis functional recovery mitochondrial function transient global ischemia hippocampal neurogenesis brain oscillations transient focal ischemia gait impairment dentate gyrus neuronal regulation age-dependent neurodegeneration neuronal glutathione deficiency therapeutic potentials aging cell microglial activation neuroimmunology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract Tp350: The Effect of Type 2 Diabetes on the Transcriptome of Immune Cells in the Bone Marrow in Response to Ischemic Stroke. Stroke (2025)

Hongxia ZhangWanjun GuKailin YuJaime Falcone-JuengertJialing Liu

immunologytranscriptomegraft rejectiondiabetescellular immune responsesimmune dysregulationbone marrow transplantationimmune cellsimmune responsesbone marrowstrokeimmunity (medicine)diabetes researchcell biology

Yuya KatoKailin YuJaime Falcone-JuengertJialing Liu

neurologytranscriptomediabetes mellitusischemic strokestrokeneuroscienceinflammation

Abstract Wp327: Altered Bone Marrow Microenvironment Impacts Endothelial Precursor Cell Development and Egress in Mice With Type 2 Diabetes. Stroke (2024)

Hongxia ZhangKailin YuYuya KatoJaime Falcone-JuengertJialing Liu

strokediabetesbone marrow microenvironment

Connectome-Based Prediction of Functional Impairment in Experimental Stroke Models. PLoS ONE (2024)

Oliver SchmittPeter EipertYonggang WangAtsushi KanokeGratianne RabillerJialing Liu

cerebral blood flowpathway analysisclinical proteomicsneurologyneuroimagingfunctional impairmentstroke rehabilitationneurodegenerative diseasesfunctional genomicsneurorehabilitationcomputational neurosciencemolecular neurodegenerationstrokeneurophysiological biomarkersconnectome-based predictionexperimental stroke modelsneuroimaging biomarkerssystems biologyneuroinformaticsneuroscienceconnectomics

Neuronal Calcium‐Sensing Receptor is a Druggable Target to Treat Alzheimer’s Disease. Alzheimer s & Dementia (2024)

Chia‐Ling TuKota KurisuZhiqiang ChengStephanie R MillerAtushi MizumaJialing LiuJorge J PalopLea T. GrinbergMidori A YenariWenhan Chang

neurological functioncognitive impairmentneuroscience of agingdrug targetsneurologyaging-associated diseasesneuropharmacologyneurodegenerative diseasesneuronal calcium-sensing receptorneuropsychopharmacologydementiamolecular neurodegenerationneurotransmitterspharmacologyneurochemistrydruggable targetmedicinal researchalzheimer's diseaseneuroscience

Type 2 Diabetes Remodels Collateral Circulation and Promotes Leukocyte Adhesion Following Ischemic Stroke. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Yoshimichi SatoYuandong LiYuya KatoAtsushi KanokeJennifer Y SunYasuo NishijimaRuikang K. WangMichael StrykerHidenori EndoJialing Liu

immunologycerebrovascular diseaseleukocyte adhesionischemic strokediabetesstroke

Abstract Wmp112: Type 2 Diabetes Dampens Neuroprotection Against Ischemic Injury by Lipopolysaccharide-Induced Preconditioning. Stroke (2023)

Yoshimichi SatoShunsuke OmodakaSuWai WongJialing Liu

diabetesdiabetes dampens neuroprotectionneuroprotectionlipopolysaccharide-induced preconditioningstrokeneuroscienceischemic injury

Type-2 Diabetes Alters Hippocampal Neural Oscillations and Disrupts Synchrony Between the Hippocampus and Cortex. Aging and Disease (2023)

Gratianne RabillerZachary IpShahram ZarrabianHongxia ZhangYoshimichi SatoAzadeh Yazdan-ShahmoradJialing Liu

neurologydiabetes therapiesdiabetesdiabetes mellitusaging-associated diseaseshealthy agingneural circuitsdiabetes researchsystems biologyaging cellbiogerontologygeriatric endocrinologysystems neurosciencemolecular neurodegenerationneuroscience of agingmemoryneuroscienceneurodegenerative diseases

Use of Botulinum Toxin for Limb Immobilization for Rehabilitation in Rats With Experimental Stroke. Biomolecules (2023)

Hongxia ZhangJialing LiuDeborah BinghamAdrienne OrrMasahito KawaboriJong Youl KimZhen ZhengTina I. LamStephen M. MassaRaymond A. SwansonMidori A. Yenari

rehabilitationrehabilitation engineeringtoxinsphysical therapylimb immobilizationskeletal musclestroke rehabilitationneurological rehabilitationspinal cord injuryexperimental strokeexercise rehabilitationbrain injuryneurorehabilitationstrokekinesiologybiomedical engineeringapplied physiologyrehabilitation processbotulinum toxinrehabilitation medicineorthopaedic research

Abstract Tp242: The Suppression of Leukocyte Rolling via Blocking P-Selectin After Stroke is Not Sustained in Mice With Type 2 Diabetes. Stroke (2022)

yoshimichi satoSuWai WongGratianne RabillerJialing Liu

immunologydiabetesneurovascular diseasesstroke

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Jialing Liu

Professor Neurological Surgery

University of California, San Francisco

Affiliations

Department of Neurological Surgery

Jialing Liu is currently serving as a Neurological Surgery Professor Neurological Surgery at University of California, San Francisco.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jialing Liu

University of California, San Francisco

Professor Neurological Surgery

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract Tp350: The Effect of Type 2 Diabetes on the Transcriptome of Immune Cells in the Bone Marrow in Response to Ischemic Stroke. Stroke (2025)

Hongxia ZhangWanjun GuKailin YuJaime Falcone-JuengertJialing Liu

Yuya KatoKailin YuJaime Falcone-JuengertJialing Liu

neurologytranscriptomediabetes mellitusischemic strokestrokeneuroscienceinflammation

Abstract Wp327: Altered Bone Marrow Microenvironment Impacts Endothelial Precursor Cell Development and Egress in Mice With Type 2 Diabetes. Stroke (2024)

Hongxia ZhangKailin YuYuya KatoJaime Falcone-JuengertJialing Liu

strokediabetesbone marrow microenvironment

Connectome-Based Prediction of Functional Impairment in Experimental Stroke Models. PLoS ONE (2024)

Oliver SchmittPeter EipertYonggang WangAtsushi KanokeGratianne RabillerJialing Liu

Neuronal Calcium‐Sensing Receptor is a Druggable Target to Treat Alzheimer’s Disease. Alzheimer s & Dementia (2024)

Chia‐Ling TuKota KurisuZhiqiang ChengStephanie R MillerAtushi MizumaJialing LiuJorge J PalopLea T. GrinbergMidori A YenariWenhan Chang

Type 2 Diabetes Remodels Collateral Circulation and Promotes Leukocyte Adhesion Following Ischemic Stroke. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Yoshimichi SatoYuandong LiYuya KatoAtsushi KanokeJennifer Y SunYasuo NishijimaRuikang K. WangMichael StrykerHidenori EndoJialing Liu

immunologycerebrovascular diseaseleukocyte adhesionischemic strokediabetesstroke

Abstract Wmp112: Type 2 Diabetes Dampens Neuroprotection Against Ischemic Injury by Lipopolysaccharide-Induced Preconditioning. Stroke (2023)

Yoshimichi SatoShunsuke OmodakaSuWai WongJialing Liu

diabetesdiabetes dampens neuroprotectionneuroprotectionlipopolysaccharide-induced preconditioningstrokeneuroscienceischemic injury

Type-2 Diabetes Alters Hippocampal Neural Oscillations and Disrupts Synchrony Between the Hippocampus and Cortex. Aging and Disease (2023)

Gratianne RabillerZachary IpShahram ZarrabianHongxia ZhangYoshimichi SatoAzadeh Yazdan-ShahmoradJialing Liu

Use of Botulinum Toxin for Limb Immobilization for Rehabilitation in Rats With Experimental Stroke. Biomolecules (2023)

Hongxia ZhangJialing LiuDeborah BinghamAdrienne OrrMasahito KawaboriJong Youl KimZhen ZhengTina I. LamStephen M. MassaRaymond A. SwansonMidori A. Yenari

Abstract Tp242: The Suppression of Leukocyte Rolling via Blocking P-Selectin After Stroke is Not Sustained in Mice With Type 2 Diabetes. Stroke (2022)

yoshimichi satoSuWai WongGratianne RabillerJialing Liu

immunologydiabetesneurovascular diseasesstroke

1
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5
9
10 / page

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Similar Faculty Members

Philip Weinstein

Institution

University of California, San Francisco

magnetic resonance spectroscopy

cerebrovascular disease

Tauheed Ishrat

Institution

University of Tennessee Health Science Center

neuroscience

neurology

Farida Sohrabji

Institution

Texas A&M University

neuroscience

neurology

Wei Yang

Institution

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neuroscience

neurology

Robert Dempsey

Institution

University of Wisconsin–Madison

neurology

neuroscience

Hua Su

Institution

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vascular biology

neuroscience

Ethan Winkler

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cerebrovascular intervention

skull base neurosurgery

Donna Ferriero

Institution

University of California, San Francisco

free radical biology

neonatal brain hypoxia-ischemia

Helen Bramlett

Institution

University of Miami

neuroscience

trauma

Huaxin Sheng

Institution

Duke University

neurological rehabilitation

spinal cord