Faculty

Institution

Unit

Venue

Robert Wessells

Associate Professor

Wayne State University

Affiliations

School of Medicine

Physiology

Robert Wessells is currently serving as a Physiology Associate Professor at Wayne State University.

Honors

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Experiences

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Education

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Robert Wessells

Wayne State University

Associate Professor

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genetics insect molecular biology avian biology developmental biology physiology exercise physiology animal physiology insect science mammalian biology entomology molecular biology gene expression cardiology developmental genetics molecular genetics membrane biology biogerontology molecular and cellular biology insect biochemistry adaptation cellular physiology cell metabolism animal science mitochondrial function epigenetics liver physiology molecular metabolism molecular physiology respiratory medicine cardiovascular function embryonic development mutagenesis endurance exercise drosophila models barth syndrome molecular cell biology autophagy skeletal muscle gene function lifespan extension gene regulation physiological regulation molecular adaptation muscle function mitochondrial dynamics tissue imaging optical coherence tomography heart function cardiac function exercise adaptations exercise performance mitochondrial dysfunction red fluorescence geriatric endocrinology evolutionary genetics later adulthood cellular senescence functional regulation molecular regulation bioimage analysis scientific visualization receptor (biochemistry) nanobiotechnology lifespan development experimental biology animal performance animal genetics genome instability epigenetic changes insulin regulation cardiac arrhythmias tor activity cardiac performance age-related decline age-related neurodegeneration phospholipid homeostasis exercise rehabilitation exercise science sport medicine kinesiology applied physiology physical fitness

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

CORRECTION: Stimulating the Sir2–Spargel Axis Rescues Exercise Capacity and Mitochondrial Respiration in a Drosophila Model of Barth Syndrome. Disease Models & Mechanisms (2024)

Deena DamschroderRubén Zapata-PérezKristin RichardsonFrédéric M. VazRiekelt H. HoutkooperRobert Wessells

exercise physiologymitochondrial respirationbarth syndromephysiologyrehabilitationgenetics

Identifying Potential Exercise Mimetics That Deliver the Benefits of Exercise. Open Access Government (2024)

Robert Wessells

health sciencespotential exercise mimeticsexercise science

Leveraging Exercise Mimetics as Potential Therapeutics. Open Access Government (2024)

Robert Wessells

health policypublic healthinflammationopen accesscomplementary medicineexercise mimeticsremedial actionpotential therapeuticspharmacology

Neuronal E93 is Required for Adaptation to Adult Metabolism and Behavior. Molecular Metabolism (2024)

Cecilia YipSteven C. WylerKatrina LiangShin YamazakiTyler CobbMaryam SafdarAarav MetaiWarda MerchantRobert WessellsAdrian RothenfluhSyann LeeJoel ElmquistYoung-Jai You

molecular metabolismneurosciencegenetics

The Ru486-Dependent Activation of the Geneswitch System in Adult Muscles Leads to Severe Adverse Effects in Drosophila. G3 Genes Genomes Genetics (2024)

Maria Paula ZappiaDeena DamschroderAnton WestacottRobert J WessellsMaxim V Frolov

insect molecular biologyexercise physiologygeneswitch systemadverse effectsshort-term variabilitymuscle functionneuroscienceadult musclesavian biologypharmacologyanimal physiologyphysiologymotor controlathletic traininggene expressionmuscle injurygene regulationmembrane biologygene functionmammalian biology

Anomalous Peroxidase Activity of Cytochrome C is the Primary Pathogenic Target in Barth Syndrome. Nature Metabolism (2023)

Valerian E. KaganYulia Y. TyurinaKarolina Mikulska-RuminskaDeena DamschroderEduardo Vieira NetoAlessia LasorsaAlexander A. KapralovVladimir A. TyurinAndrew A. AmoscatoSvetlana N. SamovichAustin B. SouryavongHaider H. DarAbu RamimZhuqing LiangPablo LazcanoJiajia JiMichael W. SchmidtkeKirill KiselyovAybike KorkmazGeorgy K. VladimirovMargarita A. ArtyukhovaPushpa RampratapLaura K. ColeAmmanamanchi NiyatieEmma-Kate BakerJim PetersonGrant M. HatchJeffrey AtkinsonJerry VockleyBernhard KühnRobert WessellsPatrick C. A. van der WelIvet BaharHülya BayirMiriam L. Greenberg

pathologybarth syndromeprimary pathogenic targetpathogenesisimmunologyhepatologyanomalous peroxidase activitypharmacologyredox biology

A Novel Panel of Drosophila Tafazzin Mutants in Distinct Genetic Backgrounds as a Resource for Therapeutic Testing. PLoS ONE (2023)

Kristin RichardsonRobert Wessells

insect molecular biologyimmunologyanimal biotechnologycomparative genomicsavian biologymolecular geneticsdistinct genetic backgroundspharmacologypopulation geneticsgeneticsmutagenesisgenomicsgene expressiongene therapyplo biologytest derivationnovel panelmutation-based testingtherapeutic testingexperimental medicinegenetic testingdrosophila tafazzin mutants

A Phenotypically Robust Model of Spinal and Bulbar Muscular Atrophy in Drosophila. Journal of Neuroscience Research (2023)

Kristin RichardsonMedha SenguptaAlyson SujkowskiKozeta LibohovaAutumn C. HarrisRobert WessellsDiane E. MerrySokol V. Todi

insect molecular biologyphysiologyneuroanatomybulbar muscular atrophyneurosciencedevelopmental biologyavian biologymorphology (biology)developmental neurobiologyspinal cord

Author Response for"a Phenotypically Robust Model of Spinal and Bulbar Muscular Atrophy in I Drosophila /I". (2023)

None Kristin RichardsonNone Medha SenguptaNone Alyson SujkowskiNone Kozeta LibohovaNone Autumn C. HarrisNone Robert WessellsNone Diane E. MerryNone Sokol V. Todi

insect molecular biologybulbar muscular atrophydevelopmental biologybiologyinsect scienceavian biologymorphology (biology)author responsegenetics

How Brain Research is Making the Benefits of Regular Exercise Accessible to All. Open Access Government (2023)

Robert Wessells

health policypublic healthopen accessaccessibilityaccess controlcommunicationbrain research

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Robert Wessells

Associate Professor

Wayne State University

Affiliations

School of Medicine

Physiology

Robert Wessells is currently serving as a Physiology Associate Professor at Wayne State 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

Robert Wessells

Wayne State University

Associate Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

CORRECTION: Stimulating the Sir2–Spargel Axis Rescues Exercise Capacity and Mitochondrial Respiration in a Drosophila Model of Barth Syndrome. Disease Models & Mechanisms (2024)

Deena DamschroderRubén Zapata-PérezKristin RichardsonFrédéric M. VazRiekelt H. HoutkooperRobert Wessells

exercise physiologymitochondrial respirationbarth syndromephysiologyrehabilitationgenetics

Identifying Potential Exercise Mimetics That Deliver the Benefits of Exercise. Open Access Government (2024)

Robert Wessells

health sciencespotential exercise mimeticsexercise science

Leveraging Exercise Mimetics as Potential Therapeutics. Open Access Government (2024)

Robert Wessells

health policypublic healthinflammationopen accesscomplementary medicineexercise mimeticsremedial actionpotential therapeuticspharmacology

Neuronal E93 is Required for Adaptation to Adult Metabolism and Behavior. Molecular Metabolism (2024)

Cecilia YipSteven C. WylerKatrina LiangShin YamazakiTyler CobbMaryam SafdarAarav MetaiWarda MerchantRobert WessellsAdrian RothenfluhSyann LeeJoel ElmquistYoung-Jai You

molecular metabolismneurosciencegenetics

The Ru486-Dependent Activation of the Geneswitch System in Adult Muscles Leads to Severe Adverse Effects in Drosophila. G3 Genes Genomes Genetics (2024)

Maria Paula ZappiaDeena DamschroderAnton WestacottRobert J WessellsMaxim V Frolov

Anomalous Peroxidase Activity of Cytochrome C is the Primary Pathogenic Target in Barth Syndrome. Nature Metabolism (2023)

pathologybarth syndromeprimary pathogenic targetpathogenesisimmunologyhepatologyanomalous peroxidase activitypharmacologyredox biology

A Novel Panel of Drosophila Tafazzin Mutants in Distinct Genetic Backgrounds as a Resource for Therapeutic Testing. PLoS ONE (2023)

Kristin RichardsonRobert Wessells

A Phenotypically Robust Model of Spinal and Bulbar Muscular Atrophy in Drosophila. Journal of Neuroscience Research (2023)

Kristin RichardsonMedha SenguptaAlyson SujkowskiKozeta LibohovaAutumn C. HarrisRobert WessellsDiane E. MerrySokol V. Todi

insect molecular biologyphysiologyneuroanatomybulbar muscular atrophyneurosciencedevelopmental biologyavian biologymorphology (biology)developmental neurobiologyspinal cord

Author Response for"a Phenotypically Robust Model of Spinal and Bulbar Muscular Atrophy in I Drosophila /I". (2023)

None Kristin RichardsonNone Medha SenguptaNone Alyson SujkowskiNone Kozeta LibohovaNone Autumn C. HarrisNone Robert WessellsNone Diane E. MerryNone Sokol V. Todi

insect molecular biologybulbar muscular atrophydevelopmental biologybiologyinsect scienceavian biologymorphology (biology)author responsegenetics

How Brain Research is Making the Benefits of Regular Exercise Accessible to All. Open Access Government (2023)

Robert Wessells

health policypublic healthopen accessaccessibilityaccess controlcommunicationbrain research

1
2
3
4
5
8
10 / page

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Similar Faculty Members

Keith Baar

Institution

University of California, Davis

muscle hypertrophy

muscle function

Jian-Ping Jin

Institution

Wayne State University

mechanical tension regulation

protein structure-function relationships

Jian-Ping Jin

Institution

University of Illinois Chicago

developmental biology

muscle cell motility

Kenneth Baldwin

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University of California, Irvine

molecular metabolism

myosin gene expression

Andreas Kavazis

Institution

Auburn University

free radical biology

antioxidant

Esther Dupont-Versteegden

Institution

University of Kentucky

skeletal muscle

muscle function

Michael Roberts

Institution

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skeletal muscle

muscle function

Edward Lesnefsky

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cardiology

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Simon Melov

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Charles Lang

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