Faculty

Institution

Unit

Venue

Jennifer Steiner

Associate Professor

Florida State University

Affiliations

College of Education, Health, and Human Sciences

Department of Health, Nutrition, and Food Sciences

Jennifer Steiner is currently serving as a College Of Education, Health, And Human Sciences Associate Professor at Florida State University.

Honors

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Experiences

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Education

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Jennifer Steiner

Florida State University

Associate Professor

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physiology exercise physiology health sciences neuroscience endocrinology molecular physiology pharmacology mammalian biology inflammation applied physiology skeletal muscle liver physiology medicinal research membrane biology neurophysiology cellular physiology alcohol (drug) animal physiology exercise science cancer biology metabolism tumor biology redox biology human physiology alcohol dependence mammalian physiology sport physiology circulatory physiology protein science muscle function endocrine research comparative endocrinology musculoskeletal science redox signaling female mice experimental medicine vascular biology alcohol abuse in vivo systems alcohol misuse autophagy molecular metabolism cytokines metabolic regulation colorectal cancer clinical physiology cancer treatment chronic alcohol consumption mouse model cancer care treatment and prevention cancer genomics gene regulation physiological research mitochondrial function hemostasis energy homeostasis exercise training intestinal tumorigenesis muscle contraction addiction biology cardiomyopathy anti-cancer agents cancer management translational physiology veterinary physiology alcoholic cardiomyopathy acute aerobic exercise contractile force tumor-associated macrophages lipid dysregulation adipose tissue insulin action glycemic control high-fat-diet-enhanced colon cancer androgen-mediated regulation muscle health clinical nutrition health prevention physical activity optimal health human health pediatric obesity public health cancer cachexia health promotion

Notable Scholarly Works

Notable Federal Grants

Collaborators

Binge Alcohol Induces Nrf2-Related Antioxidant Response in the Skeletal Muscle of Female Mice. Biochemical and Biophysical Research Communications (2024)

Abigail L. TiceJennifer L. Steiner

alcohol (drug)lipid peroxidationnitrosative stressbioenergeticsbiochemistrylipidsantioxidantschemical biologybiochemical sciencesredox signalingreactive oxygen speciesbinge alcoholphysiologybiochemical interactionbiophysicsfree radical biologyredox biologyoxidative stressfemale mice

Chronic Alcohol Consumption Exacerbates Ischemia-Associated Skeletal Muscle Mitochondrial Dysfunction in a Murine Model of Peripheral Artery Disease. Biochimica et Biophysica Acta (BBA) - Molecular Basis of Disease (2024)

Emma FletcherDimitrios MiserlisEvlampia PapoutsiJennifer L SteinerBradley GordonGleb HaynatzkiPal PacherPanagiotis Koutakis

alcohol (drug)chronic alcohol consumptionbiochemistryperipheral artery diseasethrombosisvascular biologychronic diseasesmetabolic syndromehypertensionmurine modelalcohol dependenceischemic syndromeapplied physiologycardiovascular researchsystems biologymolecular biologymolecular basisdisease physiologyoxidative stresscardiovascular disease

Comparative Analysis of Acute Eccentric Contraction-Induced Changes to the Skeletal Muscle Transcriptome in Young and Aged Mice and Humans. AJP Regulatory Integrative and Comparative Physiology (2024)

Jake R BoykinJennifer L. SteinerGrant R. LaskinMichael D. RobertsCynthia ViedCraig RG WillisTimothy EtheridgeBradley S. Gordon

physiologytranscriptomeskeletal muscle transcriptomeskeletal musclecomparative physiology

Continued Use of Alcohol Accelerates Cancer Cachexia and Impairs Ability to Induce 4E-Bp1 but Not P70S6K Phosphorylation Following Muscle Contraction. Physiology (2024)

Jennifer SteinerJake BoykinAbigail TiceJoseph LaudatoRobert Murphy

physiologyalcohol (drug)electrophysiologypharmacologyapplied physiologyhuman physiologymuscle contractiontissue physiologyclinical physiologydisease physiologycancer biologymolecular physiologyhealth sciencesneurophysiologyinflammation

Effects of Chronic Alcohol Intoxication on Aerobic Exercise-Induced Adaptations in Female Mice. Journal of Applied Physiology (2024)

Abigail L. TiceBradley S. GordonEmma FletcherAddison G. McNeillGrant R. LaskinJoseph A. LaudatoMichael L. RossettiPanagiotis KoutakisJennifer L. Steiner

physiologyrehabilitationapplied physiologyanimal physiologymammalian physiologyhuman physiologyveterinary medicineexercise physiologyhuman movementmammalian biologyphysiological researchfemale miceaerobic exercise-induced adaptationsexercise sciencehuman biologychronic alcohol intoxicationhealth sciencesveterinary physiology

Chronic Alcohol Ingestion Impairs Exercise Effects on Muscle Clock While Blunting Exercise-Induced Adaptations. Medicine & Science in Sports & Exercise (2023)

Abigail L. TiceJoseph A. LaudatoMichael L. RossettiBradley S. GordonJennifer L. Steiner

physiologysport physiologymedicineapplied physiologyexercise-induced adaptationsexercise physiologysport medicinesport sciencemuscle clockexercise sciencehealth sciences

Impact of Prior Alcohol Use on the Subsequent Development of Cancer Cachexia in Male and Female Mice. Alcohol Clinical and Experimental Research (2023)

Joseph A. LaudatoAbigail L. TiceBonde R. JohnsonAllyson RussoMichael L. RossettiBlake O. BridgesArthur EganBradley S. GordonJennifer L. Steiner

subsequent developmenttoxicologyexperimental psychologypublic healthprior alcohol usealcohol misuseneurosciencehealth sciencescancer researchaddiction medicinesubstance usealcohol abuseexperimental toxicologycancer cachexiaalcohol dependenceexperimental therapeuticsclinical researchoncologymedicinal researchclinical investigationexperimental medicine

Mealtime Alcohol Consumption Suppresses Skeletal Muscle Mtorc1 Signaling in Female Mice. Molecular and Cellular Endocrinology (2023)

Blake O. BridgesAbigail L. TiceJoseph A. LaudatoBradley S. GordonJennifer L. Steiner

physiologycellular physiologyfemale miceendocrinologycell signalingmolecular and cellular biologymammalian biologymealtime alcohol consumptionmolecular biologymembrane biologycomparative endocrinologymolecular physiologyneuroscienceneurophysiology

Sirt1 Induction in the Skeletal Muscle of Male Mice Partially Attenuates Changes to Whole-Body Metabolism in Response to Androgen Deprivation. Biochemical and Biophysical Research Communications (2023)

Grant R. LaskinJennifer L. SteinerClaire E. BerrymanBradley S. Gordon

physiologybiophysicswhole-body metabolismmammalian physiologyendocrinologyexercise physiologymammalian biologymale micemetabolismbiochemical scienceshuman biologybiochemistry

Sirt1 Induction in the Skeletal Muscle of Male Mice Partially Preserves Limb Muscle Mass but Not Contractile Force in Response to Androgen Deprivation. The Journal of Physiology (2023)

Bradley S. GordonPatrick K. BurnsGrant R. LaskinKirsten R. DunlapJake R. BoykinMichael L. RossettiDavid H. FukudaJennifer L. Steiner

mammalian physiologyhuman biologyageingphysiological researchendocrinologyskeletal muscleexercise physiologyhealth sciencescellular physiologyanimal physiologymammalian biologymale micecontractile forceneurophysiologymolecular physiologyphysiologyapplied physiologyhuman physiologylimb muscle massneuroscienceveterinary physiology

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Jennifer Steiner

Associate Professor

Florida State University

Affiliations

College of Education, Health, and Human Sciences

Department of Health, Nutrition, and Food Sciences

Jennifer Steiner is currently serving as a College Of Education, Health, And Human Sciences Associate Professor at Florida 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

Jennifer Steiner

Florida State University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Binge Alcohol Induces Nrf2-Related Antioxidant Response in the Skeletal Muscle of Female Mice. Biochemical and Biophysical Research Communications (2024)

Abigail L. TiceJennifer L. Steiner

Emma FletcherDimitrios MiserlisEvlampia PapoutsiJennifer L SteinerBradley GordonGleb HaynatzkiPal PacherPanagiotis Koutakis

Jake R BoykinJennifer L. SteinerGrant R. LaskinMichael D. RobertsCynthia ViedCraig RG WillisTimothy EtheridgeBradley S. Gordon

physiologytranscriptomeskeletal muscle transcriptomeskeletal musclecomparative physiology

Continued Use of Alcohol Accelerates Cancer Cachexia and Impairs Ability to Induce 4E-Bp1 but Not P70S6K Phosphorylation Following Muscle Contraction. Physiology (2024)

Jennifer SteinerJake BoykinAbigail TiceJoseph LaudatoRobert Murphy

Effects of Chronic Alcohol Intoxication on Aerobic Exercise-Induced Adaptations in Female Mice. Journal of Applied Physiology (2024)

Abigail L. TiceBradley S. GordonEmma FletcherAddison G. McNeillGrant R. LaskinJoseph A. LaudatoMichael L. RossettiPanagiotis KoutakisJennifer L. Steiner

Chronic Alcohol Ingestion Impairs Exercise Effects on Muscle Clock While Blunting Exercise-Induced Adaptations. Medicine & Science in Sports & Exercise (2023)

Abigail L. TiceJoseph A. LaudatoMichael L. RossettiBradley S. GordonJennifer L. Steiner

physiologysport physiologymedicineapplied physiologyexercise-induced adaptationsexercise physiologysport medicinesport sciencemuscle clockexercise sciencehealth sciences

Impact of Prior Alcohol Use on the Subsequent Development of Cancer Cachexia in Male and Female Mice. Alcohol Clinical and Experimental Research (2023)

Joseph A. LaudatoAbigail L. TiceBonde R. JohnsonAllyson RussoMichael L. RossettiBlake O. BridgesArthur EganBradley S. GordonJennifer L. Steiner

Mealtime Alcohol Consumption Suppresses Skeletal Muscle Mtorc1 Signaling in Female Mice. Molecular and Cellular Endocrinology (2023)

Blake O. BridgesAbigail L. TiceJoseph A. LaudatoBradley S. GordonJennifer L. Steiner

Grant R. LaskinJennifer L. SteinerClaire E. BerrymanBradley S. Gordon

physiologybiophysicswhole-body metabolismmammalian physiologyendocrinologyexercise physiologymammalian biologymale micemetabolismbiochemical scienceshuman biologybiochemistry

Sirt1 Induction in the Skeletal Muscle of Male Mice Partially Preserves Limb Muscle Mass but Not Contractile Force in Response to Androgen Deprivation. The Journal of Physiology (2023)

Bradley S. GordonPatrick K. BurnsGrant R. LaskinKirsten R. DunlapJake R. BoykinMichael L. RossettiDavid H. FukudaJennifer L. Steiner

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