Faculty

Institution

Unit

Venue

Gustavo Nader, Ph.D

Professor

Pennsylvania State University

Affiliations

College of Health and Human Development

Kinesiology

Gustavo Nader, Ph.d is currently serving as a College Of Health And Human Development Professor at Pennsylvania State University.

Honors

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Experiences

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Education

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Gustavo Nader, Ph.D

Pennsylvania State University

Professor

You can click a keyword to filter the displayed items

physiology exercise physiology skeletal muscle medicine cell biology cellular physiology molecular physiology applied physiology membrane biology gene expression health sciences neurophysiology inflammation exercise science rna biology cancer biology skeletal muscle hypertrophy vascular biology structural biology mammalian biology muscle function rheumatology cell signaling animal physiology protein science medicinal research human physiology cell physiology gene function gene regulation resistance exercise sport medicine liver physiology tissue physiology microarray data analysis molecular regulation clinical physiology muscle wasting pro-inflammatory effectors physical medicine molecular metabolism musculoskeletal disorders respiratory medicine adaptation sport science protein function medical genetics mitochondrial function translational physiology musculoskeletal science muscle injury orthopedic biomechanics cell regulation protein synthesis comparative physiology muscle mass genome biology key site transplantation medicine redox signaling musculoskeletal research sarcopenia clinical immunology nucleic acid biomarkers gene expression profiling concurrent strength endurance training myod pathways nuclear envelope muscle regeneration molecular determinants skeletal muscle mass premature death end-stage renal disease ribosomal rna cell cycle regulators cell metabolism molecular cell biology transcription (biology) molecular biology rna polymerase

Notable Scholarly Works

Notable Federal Grants

Collaborators

Skeletal Muscle Ribosome Analysis: A Comparison of Common Assay Methods and Utilization of a Novel Riboab Antibody Cocktail. Physiological Reports (2025)

Joshua S. GodwinJ. Max MichelC. Brooks MobleyGustavo A. NaderMichael D. Roberts

physiological measurementsbioanalysisphysiologyskeletal muscle

Anabolic Deficits and Divergent Unfolded Protein Response Underlie Skeletal and Cardiac Muscle Growth Impairments in the Yoshida Hepatoma Tumor Model of Cancer Cachexia. Physiological Reports (2024)

Daniel J. BelcherNina KimBlanca Navarro‐LlinasMaria MöllerFrancisco J. López‐SorianoSilvia BusquetsGustavo A. Nader

tumor biologycancer biologyanabolic deficitsphysiologymolecular biologycancer cachexia

Relative Rdna Copy Number is Not Associated With Resistance Training-Induced Skeletal Muscle Hypertrophy and Does Not Affect Myotube Anabolism in Vitro. AJP Regulatory Integrative and Comparative Physiology (2024)

Joshua S. GodwinJ. Max MichelAndrew T. LudlowAndrew D. FrugéC. Brooks MobleyGustavo A. NaderMichael D. Roberts

geneticsskeletal musclecomparative physiologyrna biologyphysiologymolecular biologyexercise physiology

Mechanisms of Mechanical Overload-Induced Skeletal Muscle Hypertrophy: Current Understanding and Future Directions. Physiological Reviews (2023)

Michael D. RobertsJohn J. McCarthyTroy A. HornbergerStuart M. PhillipsAbigail L. MackeyGustavo A. NaderMarni D. BoppartAndreas N. KavazisPaul T. ReidyRiki OgasawaraCleiton A. LibardiCarlos UgrinowitschFrank W. BoothKaryn A. Esser

skeletal muscle hypertrophysarcopeniamolecular metabolismwork-induced hypertrophymolecular physiologyapplied physiologyskeletal musclecell biologymuscle functionmechanobiologyphysiologyneuromuscular medicinemusculoskeletal disorderscell metabolismmuscle injurycellular physiologyexercise physiologyrapamycin complex 1

Divergent Anabolic Deficits and Pro‐Inflammatory Effectors of Muscle Wasting in Xenograft and Metastatic Tumor Models of Colorectal Cancer. The FASEB Journal (2022)

Hyo‐Gun KimJoshua HuotFabrizio PinDaniel BelcherAndrea BonettoGustavo A. Nader

cancer biologypharmacologybiomedical modelingtumor biologycolorectal cancermetabolismoncologycancer researchclinical nutritiondivergent anabolic deficitscancer caremetastatic tumor modelstreatment and preventionmuscle wastingallostatic loadimmunologyvascular biologyphysiologymedicinal researchsurgical oncologyinflammationpro-inflammatory effectors

Lp07 and Llc Preclinical Models of Lung Cancer Induce Divergent Anabolic Deficits and Expression of Pro-Inflammatory Effectors of Muscle Wasting. Journal of Applied Physiology (2022)

Daniel J. BelcherMaria GuitartBrian HainHyo-Gun KimDavid WaningEsther BarreiroGustavo A. Nader

lung cancercancer biologyhuman physiologypharmacologyrespiratory medicineliver physiologyoncologyclinical physiologymuscle wastingapplied physiologyvascular biologydisease physiologyphysiologyexercise physiologyinflammationcardiologypro-inflammatory effectorsllc preclinical modelshealth sciences

Metastatic or Xenograft Colorectal Cancer Models Induce Divergent Anabolic Deficits and Expression of Pro-Inflammatory Effectors of Muscle Wasting in a Tumor-Type-Dependent Manner. Journal of Applied Physiology (2022)

Hyo-Gun KimJoshua R. HuotFabrizio PinDaniel J. BelcherAndrea BonettoGustavo A. Nader

metastasiscolorectal cancermetabolisminflammationoncologycancer researchapplied physiologycancer biologyclinical physiologypro-inflammatory effectorstumor-type-dependent mannerpharmacologyphysiologyhealth sciencesbiomedical modelingmuscle wasting

Chemotherapy Agents Reduce Protein Synthesis and Ribosomal Capacity in Myotubes Independent of Oxidative Stress. AJP Cell Physiology (2021)

Bin GuoDevasier BennetDaniel J. BelcherHyo-Gun KimGustavo A. Nader

ribosomal capacityoxidative stresscell physiologycell biologychemotherapy agentspharmacologyphysiologyprotein synthesiscellular physiologymolecular physiology

Reduced Rdna Transcription Diminishes Skeletal Muscle Ribosomal Capacity and Protein Synthesis in Cancer Cachexia. The FASEB Journal (2021)

Hyo‐Gun KimJoshua R. HuotFabrizio PinBin GuoAndrea BonettoGustavo A. Nader

skeletal musclecancer biologycell biologyprotein sciencerna biologymammalian biologymolecular physiologytumor biologycancer researchmembrane biologycancer cachexiageneticsmolecular cell biologytranscription (biology)vascular biologyprotein synthesisstructural biologymolecular biologycancer genetics

Chemotherapeutic Drugs Negatively Affect Myoblast Proliferation and Myotube Anabolism by Reducing Rdna Transcription. The FASEB Journal (2020)

Bin GuoDaniel J. BelcherGustavo A. Nader

myotube anabolismmyoblast proliferationmedicinecancer biologymedicinal chemistrycell biologychemotherapeutic drugspharmacologycancer geneticsrna biologygene functiontranscription regulationgene expressionpharmacotherapymedicinal researchrdna transcription

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Gustavo Nader, Ph.D

Professor

Pennsylvania State University

Affiliations

College of Health and Human Development

Kinesiology

Gustavo Nader, Ph.d is currently serving as a College Of Health And Human Development Professor at Pennsylvania 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

Gustavo Nader, Ph.D

Pennsylvania State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Skeletal Muscle Ribosome Analysis: A Comparison of Common Assay Methods and Utilization of a Novel Riboab Antibody Cocktail. Physiological Reports (2025)

Joshua S. GodwinJ. Max MichelC. Brooks MobleyGustavo A. NaderMichael D. Roberts

physiological measurementsbioanalysisphysiologyskeletal muscle

Daniel J. BelcherNina KimBlanca Navarro‐LlinasMaria MöllerFrancisco J. López‐SorianoSilvia BusquetsGustavo A. Nader

tumor biologycancer biologyanabolic deficitsphysiologymolecular biologycancer cachexia

Joshua S. GodwinJ. Max MichelAndrew T. LudlowAndrew D. FrugéC. Brooks MobleyGustavo A. NaderMichael D. Roberts

geneticsskeletal musclecomparative physiologyrna biologyphysiologymolecular biologyexercise physiology

Mechanisms of Mechanical Overload-Induced Skeletal Muscle Hypertrophy: Current Understanding and Future Directions. Physiological Reviews (2023)

Divergent Anabolic Deficits and Pro‐Inflammatory Effectors of Muscle Wasting in Xenograft and Metastatic Tumor Models of Colorectal Cancer. The FASEB Journal (2022)

Hyo‐Gun KimJoshua HuotFabrizio PinDaniel BelcherAndrea BonettoGustavo A. Nader

Lp07 and Llc Preclinical Models of Lung Cancer Induce Divergent Anabolic Deficits and Expression of Pro-Inflammatory Effectors of Muscle Wasting. Journal of Applied Physiology (2022)

Daniel J. BelcherMaria GuitartBrian HainHyo-Gun KimDavid WaningEsther BarreiroGustavo A. Nader

Hyo-Gun KimJoshua R. HuotFabrizio PinDaniel J. BelcherAndrea BonettoGustavo A. Nader

Chemotherapy Agents Reduce Protein Synthesis and Ribosomal Capacity in Myotubes Independent of Oxidative Stress. AJP Cell Physiology (2021)

Bin GuoDevasier BennetDaniel J. BelcherHyo-Gun KimGustavo A. Nader

ribosomal capacityoxidative stresscell physiologycell biologychemotherapy agentspharmacologyphysiologyprotein synthesiscellular physiologymolecular physiology

Reduced Rdna Transcription Diminishes Skeletal Muscle Ribosomal Capacity and Protein Synthesis in Cancer Cachexia. The FASEB Journal (2021)

Hyo‐Gun KimJoshua R. HuotFabrizio PinBin GuoAndrea BonettoGustavo A. Nader

Chemotherapeutic Drugs Negatively Affect Myoblast Proliferation and Myotube Anabolism by Reducing Rdna Transcription. The FASEB Journal (2020)

Bin GuoDaniel J. BelcherGustavo A. Nader

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Similar Faculty Members

Andrew R Judge

Institution

University of Florida

cancer letter

sarcopenia

Nicholas P. Greene

Institution

University of Arkansas

metabolism

cancer cachexia

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Institution

University of Kentucky

health science

skeletal muscle

Ashok Kumar

Institution

University of Houston

health science

skeletal muscle

Marco Brotto

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University of Illinois Chicago

developmental biology

muscle cell motility

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Wayne State University

mechanical tension regulation

protein structure-function relationships

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muscle function

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cellular differentiation

stem cell