Faculty

Institution

Unit

Venue

John Bethea

George Washington University

Affiliations

School of Medicine & Health Sciences

Department of Anatomy & Cell Biology

NoneJohn Bethea is currently serving as a Anatomy & Cell Biology faculty at George Washington University.

Honors

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Experiences

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Education

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John Bethea

George Washington University

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neuroscience neurology immunology spinal cord injury inflammation neuroinflammation pharmacology neuroprotection neurophysiology neuropharmacology medicinal research mammalian biology cellular neurobiology molecular neurobiology regenerative medicine spinal cord brain science systems neuroscience clinical neuroscience molecular neuroscience spinal cord medicine signal transduction neurochemistry brain-immune interaction neural science cytokines molecular physiology neurorehabilitation neuropathic pain cellular physiology protein science pain research experimental autoimmune encephalomyelitis experimental medicine traumatology transgenic inhibition cell death neuroradiology apoptosis adaptive immune system animal physiology cellular therapy neurotransmission treatment and prevention mammalian physiology brain function cervical spine cerebrovascular disease biological chemistry molecular cell biology spinal trauma treatment development peripheral nerve injuries pathway analysis cell regulation psychoneuroimmunology peripheral immune cells nf-kb activation traumatic brain injury brain edema subventricular zone schwann cells pain behavior experimental biology spinal fusion spinal tumors spinal disorders chronic inflammation experimental neuropathology host inflammatory response axon preservation fibrotic scar hematogenous macrophage depletion axonal growth therapy development cytokine involvement molecular neurodegeneration central nervous system neuroimmunology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mapping Alzheimer’s Disease: Exploring Cellular Vulnerability and Resilience. Signal Transduction and Targeted Therapy (2024)

Natalia Ortí-CasañJohn R. BetheaUlrich L. M. Eisel

neurologyneuroscience of agingalzheimer's diseaseresiliencemolecular neurodegenerationfrailtydisease progressionneuroscienceneurodegenerative diseasescognitive impairmentcellular vulnerabilitysystems biologysignal transductionbrain mapping

Mitigating Stnf/Tnfr1 Activation on Vglut2+ Spinal Cord Interneurons Improves Immune Function After Mid-Thoracic Spinal Cord Injury. (2024)

Tetyana MartynyukJerome RicardValerie Bracchi-RicardSamuel PriceJenna McGrathKimberly DoughertyVeronica TomJohn R Bethea

inflammationrenal functioncervical spinephysiologyspinal cord injurymedicinal researchneuroscienceneuroinflammationpharmacologybrain-immune interactionadaptive immune systemspinal cord medicineimmune functionreceptorsneurorehabilitationspinal cord

Defective Neurite Elongation and Branching in Nibp/Trappc9 Deficient Zebrafish and Mice. International Journal of Biological Sciences (2023)

Min HuBrittany BodnarYonggang ZhangFangxin XieFang LiSiying LiJin ZhaoRuotong ZhaoNaveen GedupooriYifan MoLanyi LinXue LiWentong MengXiaofeng YangHong WangMary F. BarbeShanthi SrinivasanJohn R. BetheaXianming MoHong XuWenhui Hu

neurogeneticsfish biologynematologycellular neurobiologyanimal biotechnologycell biologymolecular neurobiologyneurosciencemammalian biologymolecular basisdefective neurite elongationmolecular neurosciencegene expressiongerm cell fatestructural biologygenetics

Exercise Therapy Guides Cortical Reorganization After Midthoracic Spinal Contusion to Enhance Control of Lower Thoracic Muscles, Supporting Functional Recovery. Experimental Neurology (2023)

Bharadwaj NandakumarGary H. BlumenthalGregory D. DissePierce C. DesmondJulius O. EbinuJerome RicardJohn R. BetheaKaren A. Moxon

neurologyexercise therapyexercise physiologyphysiologyspinal cord injurylower thoracic musclesneurosciencemotor controlcortical reorganizationneurophysiologymidthoracic spinal contusion

Increased Activity of Ire1 Improves the Clinical Presentation of Eae. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Valerie Bracchi-RicardKayla NguyenDaniela RicciBrian GaudetteJorge Henao-MeijaRoberta BrambillaTetyana MartynyukTali GidalevitzDavid AllmanJohn R. BetheaYair Argon

biologyincreased activity

Increased Activity of Ire1 Improves the Clinical Presentation of Eae. The FASEB Journal (2023)

Valerie Bracchi‐RicardKayla NguyenDaniela RicciBrian GaudetteJorge Henao‐MejiaRoberta BrambillaTetyana MartynyukTali GidalevitzDavid AllmanJohn R. BetheaYair Argon

increased activityclinical presentationmedicinehematology

Persistent Activation of Tnfr1 on Spinal Cord Interneurons Contributes to Immune Dysfunction After Spinal Cord Injury in Rodents. The Journal of Immunology (2023)

Tetyana MartynyukValerie Bracchi-RicardJerome RicardVeronica J. TomJohn R. Bethea

neurologyinflammationphysiologyspinal cord injurycell signalingimmunologyimmune mediatorsspinal cord interneuronspersistent activationimmune responsesimmunity (medicine)brain-immune interactionmammalian biologycytokines

Aorta in Pathologies May Function as an Immune Organ by Upregulating Secretomes for Immune and Vascular Cell Activation, Differentiation and Trans-Differentiation—Early Secretomes May Serve as Drivers for Trained Immunity. Frontiers in Immunology (2022)

Yifan LuYu SunKeman XuFatma SaaoudYing ShaoCharles DrummerSheng WuWenhui HuJun YuSatya P. KunapuliJohn R. BetheaRoberto I. Vazquez-PadronJianxin SunXiaohua JiangHong WangXiaofeng Yang

trained immunitypathologyimmunopathologypathogenesisimmunologyvascular cell activationdermatologyearly secretomesimmune organ

Pharmacological Inhibition of Soluble Tumor Necrosis Factor-Alpha Two Weeks After High Thoracic Spinal Cord Injury Does Not Affect Sympathetic Hyperreflexia. Journal of Neurotrauma (2021)

Micaela L. O'ReillyEugene MironetsTatiana M. ShapiroKallon CrowtherEileen CollyerJohn R. BetheaVeronica J. Tom

sympathetic hyperreflexianeuropharmacologyspinal cord injurypharmacological inhibitionpharmacology

Role of Peripheral Immune Cells for Development and Recovery of Chronic Pain. Frontiers in Immunology (2021)

John R. BetheaRoman Fischer

chronic painimmunologyperipheral immune cells

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John Bethea

George Washington University

Affiliations

School of Medicine & Health Sciences

Department of Anatomy & Cell Biology

NoneJohn Bethea is currently serving as a Anatomy & Cell Biology faculty at George Washington 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

John Bethea

George Washington University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mapping Alzheimer’s Disease: Exploring Cellular Vulnerability and Resilience. Signal Transduction and Targeted Therapy (2024)

Natalia Ortí-CasañJohn R. BetheaUlrich L. M. Eisel

Mitigating Stnf/Tnfr1 Activation on Vglut2+ Spinal Cord Interneurons Improves Immune Function After Mid-Thoracic Spinal Cord Injury. (2024)

Tetyana MartynyukJerome RicardValerie Bracchi-RicardSamuel PriceJenna McGrathKimberly DoughertyVeronica TomJohn R Bethea

Defective Neurite Elongation and Branching in Nibp/Trappc9 Deficient Zebrafish and Mice. International Journal of Biological Sciences (2023)

Exercise Therapy Guides Cortical Reorganization After Midthoracic Spinal Contusion to Enhance Control of Lower Thoracic Muscles, Supporting Functional Recovery. Experimental Neurology (2023)

Bharadwaj NandakumarGary H. BlumenthalGregory D. DissePierce C. DesmondJulius O. EbinuJerome RicardJohn R. BetheaKaren A. Moxon

neurologyexercise therapyexercise physiologyphysiologyspinal cord injurylower thoracic musclesneurosciencemotor controlcortical reorganizationneurophysiologymidthoracic spinal contusion

Increased Activity of Ire1 Improves the Clinical Presentation of Eae. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Valerie Bracchi-RicardKayla NguyenDaniela RicciBrian GaudetteJorge Henao-MeijaRoberta BrambillaTetyana MartynyukTali GidalevitzDavid AllmanJohn R. BetheaYair Argon

biologyincreased activity

Increased Activity of Ire1 Improves the Clinical Presentation of Eae. The FASEB Journal (2023)

Valerie Bracchi‐RicardKayla NguyenDaniela RicciBrian GaudetteJorge Henao‐MejiaRoberta BrambillaTetyana MartynyukTali GidalevitzDavid AllmanJohn R. BetheaYair Argon

increased activityclinical presentationmedicinehematology

Persistent Activation of Tnfr1 on Spinal Cord Interneurons Contributes to Immune Dysfunction After Spinal Cord Injury in Rodents. The Journal of Immunology (2023)

Tetyana MartynyukValerie Bracchi-RicardJerome RicardVeronica J. TomJohn R. Bethea

Yifan LuYu SunKeman XuFatma SaaoudYing ShaoCharles DrummerSheng WuWenhui HuJun YuSatya P. KunapuliJohn R. BetheaRoberto I. Vazquez-PadronJianxin SunXiaohua JiangHong WangXiaofeng Yang

trained immunitypathologyimmunopathologypathogenesisimmunologyvascular cell activationdermatologyearly secretomesimmune organ

Pharmacological Inhibition of Soluble Tumor Necrosis Factor-Alpha Two Weeks After High Thoracic Spinal Cord Injury Does Not Affect Sympathetic Hyperreflexia. Journal of Neurotrauma (2021)

Micaela L. O'ReillyEugene MironetsTatiana M. ShapiroKallon CrowtherEileen CollyerJohn R. BetheaVeronica J. Tom

sympathetic hyperreflexianeuropharmacologyspinal cord injurypharmacological inhibitionpharmacology

Role of Peripheral Immune Cells for Development and Recovery of Chronic Pain. Frontiers in Immunology (2021)

John R. BetheaRoman Fischer

chronic painimmunologyperipheral immune cells

1
2
3
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5
11
10 / page

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