Faculty

Institution

Unit

Venue

Roger Farrar

Professor Emeritus

University of Texas at Austin

Affiliations

College of Education

Department of Kinesiology and Health Education

Dell Medical School

Department of Population Health

Roger Farrar is currently serving as a College Of Education Professor Emeritus at University of Texas At Austin.

Honors

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Experiences

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Education

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Roger Farrar

University of Texas at Austin

Professor Emeritus

You can click a keyword to filter the displayed items

physiology exercise physiology exercise science neuroscience skeletal muscle regenerative medicine mammalian biology rehabilitation applied physiology health sciences animal physiology neurophysiology mammalian physiology ageing membrane biology cellular physiology human physiology cardiology tissue engineering experimental gerontology liver physiology vascular biology muscle function neuropharmacology neuroscience of aging medicinal research neurochemistry biogerontology experimental medicine cell transplantation cellular therapy brain science physiological research respiratory medicine stem cell research circulatory physiology mitochondrial function aging process veterinary physiology clinical gerontology cell therapy molecular physiology neural science geriatric medicine treatment effects stem-cell therapy methanol exercise training chronic electrical stimulation stem cell transplantation clinical physiology dopamine anti-inflammatory comparative physiology treatment development cell physiology nutrient physiology treatment and prevention carbohydrate-protein interactions cell culture tissue culture spatial learning endurance training effects resistance exercise aerobic capacity ethanol toxicity arterial stiffness bone repair physiological hypertrophy progressive resistance exercise fhl muscle viral expression resistance-trained rats cortical cholinergic functioning homologous extracellular matrix skeletal muscle regeneration muscle regeneration cardiovascular research aging cell muscle injury exercise rehabilitation physical therapy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Soluble Components From Mesenchymal Stromal Cell Processing Exert Anti-Inflammatory Effects and Facilitate Ischemic Muscle Regeneration. Cytotherapy (2022)

Wenbai HuangChelsea A. KraynakElizabeth C. BenderRoger P. FarrarLaura J. Suggs

muscle functionanti-inflammatoryischemic muscle regenerationmedicinevascular biologymesenchymal stromal cellinflammationcellular physiologycell therapyregenerative medicinetherapeutic targetssoluble componentsinflammatory diseasesstrokefunctional modificationimmunologypharmacologytissue engineeringpharmacotherapymedicinal researchcellular therapy

Co-Ingestion of Carbohydrate and Whey Protein Induces Muscle Strength and Myofibrillar Protein Accretion Without a Requirement of Satellite Cell Activation. Current Research in Physiology (2020)

Wanyi WangPei-Ling HsiehRoger P FarrarJohn L Ivy

comparative physiologyliver physiologyhuman biologycarbohydrate chemistryphysiological researchexercise physiologymyofibrillar protein accretioncarbohydrate-protein interactionscellular physiologybiologysatellite cell activationmolecular physiologyphysiologyglycobiologynutrient physiologykinesiologyapplied physiologyhuman physiologycirculatory physiology

The Therapeutic Potential of Apoptotic Mesenchymal Stem Cells in Muscle Regeneration. The FASEB Journal (2020)

Wenbai HuangLaura J. SuggsRoger P. Farrar

treatment effectssport medicinein vivo systemsbone marrow transplantationtherapeutic potentialcellular physiologycell therapyregenerative medicinemuscle regenerationneuromuscular medicinetumor biologyimmunotherapyphysiologycell replacement therapiesbiomedical engineeringtissue engineeringstem-cell therapycell transplantationcellular therapyneuroscience

8. University of Chicago Press eBooks (2017)

Yeh, Rihan

Co-Ingestion of Carbohydrate and Whey Protein Increases Fasted Rates of Muscle Protein Synthesis Immediately After Resistance Exercise in Rats. PLoS ONE (2017)

Wanyi WangZhenping DingGeoffrey J. SolaresSoon-Mi ChoiBo WangAram YoonRoger P. FarrarJohn L. Ivy

physiologycarbohydrate-protein interactionsrehabilitationcarbohydrate chemistrykinesiologyskeletal muscleexercise physiologymammalian biologyprotein synthesisfasted ratesexercise sciencemuscle protein synthesisresistance exercise

Recruitment and Therapeutic Application of Macrophages in Skeletal Muscles After Hind Limb Ischemia. Journal of Vascular Surgery (2017)

Pei-Ling HsiehViktoriya RybalkoAaron B. BakerLaura J. SuggsRoger P. Farrar

immunologymedicinerehabilitationvascular surgeryregenerative medicinetreatment effectsangiologyhind limb ischemiarespiratory medicinetherapeutic applicationinflammation

Therapeutic Potential of Adipose-Derived Stem Cells and Macrophages for Ischemic Skeletal Muscle Repair. Regenerative Medicine (2017)

Viktoriya RybalkoPei-Ling HsiehLaura M RiclesEunna ChungRoger P FarrarLaura J Suggs

rehabilitationtreatment developmenttreatment effectsbone marrow transplantationliver physiologytranslational medicinestem cell researchadipose-derived stem cellsstem cellsstem cell transplantationtherapeutic potentialdermatologyregenerative medicinewound healingimmunologytissue engineeringrehabilitation medicinestem-cell therapycell transplantationcellular therapy

Therapeutic Assessment of Mesenchymal Stem Cells Delivered Within a Pegylated Fibrin Gel Following an Ischemic Injury. Biomaterials (2016)

Laura M. RiclesPei-Ling HsiehNicholas DanaViktoriya RybalkoChelsea KraynakRoger P. FarrarLaura J. Suggs

materials sciencenanomedicinetreatment developmentischemic injurystem cell researchmaterial researchpegylated fibrin gelvascular biologyadvanced materialscell therapyregenerative medicinebiomaterialsbiomedical engineeringtissue engineeringtherapeutic assessmentstem-cell therapymedicinal researchcell transplantationorthopaedic surgery

Anti-Inflammatory Macrophages Improve Skeletal Muscle Recovery From Ischemia-Reperfusion. Journal of Applied Physiology (2015)

David W. HammersViktoriya RybalkoMelissa Merscham-BandaPei-Ling HsiehLaura J. SuggsRoger P. Farrar

immunologyphysiologyanti-inflammatory macrophagesregenerative medicineapplied physiologyhuman physiologyskeletal muscleskeletal muscle recoverymedicinal researchclinical physiologyanti-inflammatoryhealth sciencesinflammation

Controlled Delivery of Sdf-1α and Igf-1: Cxcr4 + Cell Recruitment and Functional Skeletal Muscle Recovery. Biomaterials Science (2015)

Viktoriya Y. RybalkoChantal B. PhamPei-Ling HsiehDavid W. HammersMelissa Merscham-BandaLaura J. SuggsRoger P. Farrar

physiologymaterials scienceregenerative medicineprotein transportskeletal musclemembrane biologycell biology

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Roger Farrar

Professor Emeritus

University of Texas at Austin

Affiliations

College of Education

Department of Kinesiology and Health Education

Dell Medical School

Department of Population Health

Roger Farrar is currently serving as a College Of Education Professor Emeritus at University of Texas At Austin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Roger Farrar

University of Texas at Austin

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Soluble Components From Mesenchymal Stromal Cell Processing Exert Anti-Inflammatory Effects and Facilitate Ischemic Muscle Regeneration. Cytotherapy (2022)

Wenbai HuangChelsea A. KraynakElizabeth C. BenderRoger P. FarrarLaura J. Suggs

Co-Ingestion of Carbohydrate and Whey Protein Induces Muscle Strength and Myofibrillar Protein Accretion Without a Requirement of Satellite Cell Activation. Current Research in Physiology (2020)

Wanyi WangPei-Ling HsiehRoger P FarrarJohn L Ivy

The Therapeutic Potential of Apoptotic Mesenchymal Stem Cells in Muscle Regeneration. The FASEB Journal (2020)

Wenbai HuangLaura J. SuggsRoger P. Farrar

8. University of Chicago Press eBooks (2017)

Yeh, Rihan

Co-Ingestion of Carbohydrate and Whey Protein Increases Fasted Rates of Muscle Protein Synthesis Immediately After Resistance Exercise in Rats. PLoS ONE (2017)

Wanyi WangZhenping DingGeoffrey J. SolaresSoon-Mi ChoiBo WangAram YoonRoger P. FarrarJohn L. Ivy

Recruitment and Therapeutic Application of Macrophages in Skeletal Muscles After Hind Limb Ischemia. Journal of Vascular Surgery (2017)

Pei-Ling HsiehViktoriya RybalkoAaron B. BakerLaura J. SuggsRoger P. Farrar

immunologymedicinerehabilitationvascular surgeryregenerative medicinetreatment effectsangiologyhind limb ischemiarespiratory medicinetherapeutic applicationinflammation

Therapeutic Potential of Adipose-Derived Stem Cells and Macrophages for Ischemic Skeletal Muscle Repair. Regenerative Medicine (2017)

Viktoriya RybalkoPei-Ling HsiehLaura M RiclesEunna ChungRoger P FarrarLaura J Suggs

Therapeutic Assessment of Mesenchymal Stem Cells Delivered Within a Pegylated Fibrin Gel Following an Ischemic Injury. Biomaterials (2016)

Laura M. RiclesPei-Ling HsiehNicholas DanaViktoriya RybalkoChelsea KraynakRoger P. FarrarLaura J. Suggs

Anti-Inflammatory Macrophages Improve Skeletal Muscle Recovery From Ischemia-Reperfusion. Journal of Applied Physiology (2015)

David W. HammersViktoriya RybalkoMelissa Merscham-BandaPei-Ling HsiehLaura J. SuggsRoger P. Farrar

Controlled Delivery of Sdf-1α and Igf-1: Cxcr4 + Cell Recruitment and Functional Skeletal Muscle Recovery. Biomaterials Science (2015)

Viktoriya Y. RybalkoChantal B. PhamPei-Ling HsiehDavid W. HammersMelissa Merscham-BandaLaura J. SuggsRoger P. Farrar

physiologymaterials scienceregenerative medicineprotein transportskeletal musclemembrane biologycell biology

1
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5
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Similar Faculty Members

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skeletal muscle

muscle function

Andreas Kavazis

Institution

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free radical biology

antioxidant

Gary Pierce

Institution

University of Iowa

health science

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Kevin K McCully

Institution

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magnetic resonance spectroscopy

LaDora V. Thompson

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cardiovascular function

cardiology

Marco Brotto

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free radical biology

oxidative stress

John Lawler

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