Faculty

Institution

Unit

Venue

George J. Kasperek

Emeritus Faculty

East Carolina University

Affiliations

Brody School of Medicine

Biochemistry and Molecular Biology

George J. Kasperek is currently serving as a Biochemistry And Molecular Biology Emeritus Faculty at East Carolina University.

Honors

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Experiences

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Education

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George J. Kasperek

East Carolina University

Emeritus Faculty

You can click a keyword to filter the displayed items

exercise physiology physiology exercise science animal physiology biochemistry medicine applied physiology metabolism mammalian biology energy metabolism endocrinology mammalian physiology health sciences sport medicine recovery animal science liver physiology enzymes physical activity human physiology veterinary physiology metabolic regulation muscle function skeletal muscle protein degradation biochemical sciences cellular physiology protein synthesis endocrine research cellular biology physiological regulation neonatology sport nutrition sport physiology endurance exercise muscle protein degradation hepatology membrane biology animal nutrition cellular biochemistry physiological measurements redox biology avian biology experimental medicine resuscitation intensive care comparative physiology molecular regulation experimental biology animal performance training systems tissue physiology fetal medicine maternal-fetal medicine muscle injury principal component analysis traumatology inflammatory markers ischemic syndrome cerebral vascular regulation reperfusion injury neurovascular diseases cerebrovascular disease muscle protein glycogen depletion protein metabolism exercise intensity time course gluconeogenic enzyme activities exercise bout muscle preparations fatty acid oxidation isolated soleus muscles myofibrillar protein degradation eccentric exercise lysosomal enzyme levels

Notable Scholarly Works

Notable Federal Grants

Collaborators

16. Cytokine (2013)

Dirk BaumjohannRobin KageyamaJonathan M. ClinganMalika M. MorarSana PatelDimitri de KouchkovskyOliver BannardJeffrey A. BluestoneMehrdad MatloubianK Mark AnselLukas T. Jeker

250. Critical Care Medicine (2013)

Rami NamasKhalid AlmahmoudAli GhumaRajaie NamasAkram ZaaqoqRuben ZamoraTimothy BilliarYoram Vodovotz

biomarkersemergency medicineprincipal component analysisclinical investigationtraumatologyblunt trauma survivorstraumaresuscitationblunt traumaintensive carecritical careinflammatory markersinflammation

195. Critical Care Medicine (2012)

Elizabeth CragoP SherwoodCatherine BenderJeffrey BalzerDianxu RenS Poloyac

neurologybrain injurycerebral vascular regulationischemic syndromecerebrovascular diseaseestrogen levelsthrombosisreperfusion injuryvascular biologyneuroradiologydelayed cerebral ischemiacerebral blood flowanesthesiologyplasma samplesstrokeneurovascular diseases

Abstracts From the Meeting of the Neonatal Society. Biology of the Neonate (2009)

Ravinderjeet S. PaulAshir KumarDuane R. BondsBwalya MwapeSavitri KumarSteven G. GabbeRichard P. WattsHyun Dju KimJohn N. UdallKurt J. BlochGloria VachinoPaula FeldmanAllan WalkerStephen ZamenhofEdith van Marthens

nephrologyneonatology

A Reexamination of the Effect of Exercise on Rate of Muscle Protein Degradation. AJP Endocrinology and Metabolism (2006)

G. J. KasperekG. R. ConwayD. S. KrayeskiJ. J. Lohne

physiologyendocrinologyexercise physiologymuscle protein degradationmetabolismhealth sciences

Impact of a Single Bout of Moderately High Intensity Exercise Upon Muscle Cytoskeletal Proteins. Medicine & Science in Sports & Exercise (1998)

N. W. PollockK. E. StephensG. M. ChurpakovichJ. A. HoumardG. J. Kasperek

muscle cytoskeletal proteinsmedicineexercise physiologysport medicinesingle boutexercise science

Changes in Cytoskeletal Linker Proteins After Exercise and 2 Days of Recovery.. Medicine & Science in Sports & Exercise (1995)

G. J. KasperekR. C. HartwellH. O. Ibrahim

physiologymedicineregenerative medicinegeneticsexercise physiologycytoskeletal linker proteinssport medicinesport scienceexercise sciencerecovery

Effect of Exercise During Dietary Restriction on Skeletal Muscle Protein Degradation in the Rat. Nutrition Research (1995)

George J. Kasperek

physiologydietary restrictionmuscle functionskeletal musclephysical activityexercise physiologyhuman nutritionexercise scienceclinical nutritionnutritional sciencesprotein sciencenutrition

Effect of Food Consumption on Protein Degradation After Exercise. Medicine & Science in Sports & Exercise (1992)

George J. KasperekGuy R. ConwayDorothy S. Krayeski

physiologymedicinesport nutritionprotein degradationexercise physiologyhuman nutritionexercise sciencefood consumptionhealth sciences

502 Increased 3-Methylhistidine Release From the Perfused Rat Hindlimb After Downhill Running. Medicine & Science in Sports & Exercise (1990)

G. J. KasperekJ. J. BoydG. R. Conway

physiologysport physiologymedicinesport nutritionapplied physiologyanimal physiologyexercise physiologyhuman movementphysical activitysport medicinesport scienceexercise scienceperfused rat hindlimbathletic trainingneurosciencehuman performance

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George J. Kasperek

Emeritus Faculty

East Carolina University

Affiliations

Brody School of Medicine

Biochemistry and Molecular Biology

George J. Kasperek is currently serving as a Biochemistry And Molecular Biology Emeritus Faculty at East Carolina 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

George J. Kasperek

East Carolina University

Emeritus Faculty

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

16. Cytokine (2013)

Dirk BaumjohannRobin KageyamaJonathan M. ClinganMalika M. MorarSana PatelDimitri de KouchkovskyOliver BannardJeffrey A. BluestoneMehrdad MatloubianK Mark AnselLukas T. Jeker

250. Critical Care Medicine (2013)

Rami NamasKhalid AlmahmoudAli GhumaRajaie NamasAkram ZaaqoqRuben ZamoraTimothy BilliarYoram Vodovotz

195. Critical Care Medicine (2012)

Elizabeth CragoP SherwoodCatherine BenderJeffrey BalzerDianxu RenS Poloyac

Abstracts From the Meeting of the Neonatal Society. Biology of the Neonate (2009)

nephrologyneonatology

A Reexamination of the Effect of Exercise on Rate of Muscle Protein Degradation. AJP Endocrinology and Metabolism (2006)

G. J. KasperekG. R. ConwayD. S. KrayeskiJ. J. Lohne

physiologyendocrinologyexercise physiologymuscle protein degradationmetabolismhealth sciences

Impact of a Single Bout of Moderately High Intensity Exercise Upon Muscle Cytoskeletal Proteins. Medicine & Science in Sports & Exercise (1998)

N. W. PollockK. E. StephensG. M. ChurpakovichJ. A. HoumardG. J. Kasperek

muscle cytoskeletal proteinsmedicineexercise physiologysport medicinesingle boutexercise science

Changes in Cytoskeletal Linker Proteins After Exercise and 2 Days of Recovery.. Medicine & Science in Sports & Exercise (1995)

G. J. KasperekR. C. HartwellH. O. Ibrahim

physiologymedicineregenerative medicinegeneticsexercise physiologycytoskeletal linker proteinssport medicinesport scienceexercise sciencerecovery

Effect of Exercise During Dietary Restriction on Skeletal Muscle Protein Degradation in the Rat. Nutrition Research (1995)

George J. Kasperek

physiologydietary restrictionmuscle functionskeletal musclephysical activityexercise physiologyhuman nutritionexercise scienceclinical nutritionnutritional sciencesprotein sciencenutrition

Effect of Food Consumption on Protein Degradation After Exercise. Medicine & Science in Sports & Exercise (1992)

George J. KasperekGuy R. ConwayDorothy S. Krayeski

physiologymedicinesport nutritionprotein degradationexercise physiologyhuman nutritionexercise sciencefood consumptionhealth sciences

502 Increased 3-Methylhistidine Release From the Perfused Rat Hindlimb After Downhill Running. Medicine & Science in Sports & Exercise (1990)

G. J. KasperekJ. J. BoydG. R. Conway

1
2
3
4
10 / page

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vascular adaptation

atherosclerosis

Jonathan Fisher

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Saint Louis University

physiology

pharmacology

Kelsey Fisher-Wellman

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mitochondrial efficiency

biology

Espen E. Spangenburg

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physiological function

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molecular metabolism

energy metabolism

Simon Schenk

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University of California, San Diego

endurance exercise

health science

Orlando Laitano

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critical care

Jeffrey Brault

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Indiana University – Purdue University Indianapolis

molecular metabolism

skeletal muscle

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metabolism

vascular bioenergetics

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energy metabolism

metabolic diseases