Faculty

Institution

Unit

Venue

Clay Pandorf

Edward Via College of Osteopathic Medicine

Affiliations

Department Of Biomedical Research

NoneClay Pandorf is currently serving as a Biomedical Research faculty at Edward Via College of Osteopathic Medicine.

Honors

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Experiences

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Education

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Clay Pandorf

Edward Via College of Osteopathic Medicine

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physiology gene expression skeletal muscle exercise physiology molecular biology rna biology membrane biology gene regulation developmental biology cell biology applied physiology molecular physiology gene function long non-coding rna exercise science cellular physiology neurophysiology sport medicine transcription regulation human genetics protein science cell physiology muscle function sport science antisense rna transcription factors liver physiology animal physiology medicinal research mammalian biology human physiology molecular regulation comparative physiology tissue physiology epigenomics gene transfer slow skeletal muscle rat skeletal muscle human vastus lateralis biomechanics molecular and cellular biology biological chemistry regulatory toxicology circulatory physiology physical medicine avian biology informetrics digital scholarship physiological research translational physiology epigenetic changes gene regulatory networks gene characterization mammalian physiology cardiac muscle scholarly communication author profiling non-coding rna musculoskeletal science protein genetics sport physiology muscle mass contractile phenotype unloading models differential epigenetic modifications skeletal muscle fibers modulatory role loading-induced regulation postnatal development myosin heavy chain direct gene transfer muscle plasticity animal-based exercise studies

Notable Scholarly Works

Notable Federal Grants

Collaborators

Regulation of Myosin Heavy Chain Gene Cluster Antisense Rna in Human Vastus Lateralis in Response to Exercise Training. Medicine & Science in Sports & Exercise (2025)

kinesiologymusculoskeletal sciencemolecular physiologyapplied physiologymuscular dystrophiesskeletal musclecell biologytranscription (biology)molecular cell biologymuscle functionhuman vastus lateralistranscriptomemusculoskeletal disordersphysiologygene expressioncellular physiologyexercise physiologyexercise training

Identification of a Long Non-Coding Rna That Regulates Type I/β Myosin in Both Skeletal and Cardiac Muscle. Medicine & Science in Sports & Exercise (2024)

Clay E. PandorfValentyna WilliamsLeslie P. CarrollCarolyn A. GilbertRajesh H. AminMerrilee Holland

medicineskeletal musclegene expressionlong non-coding rnacardiac muscle

List of Contributors. Elsevier eBooks (2023)

informetricsscientific communicationauthor profilingsocial sciencesscholarly communicationdigital scholarship

Non-Coding Rnas in Human Non-Infectious Diseases. Elsevier eBooks (2023)

virologymolecular diagnosticsnucleic acidsinfectious diseaseslong non-coding rnatranscriptomenon-coding rnagene expressionnon-coding rnasgeneral virologyvirus research

Regulation of Myosin Heavy Chain Antisense Long Noncoding Rna in Human Vastus Lateralis in Response to Exercise Training. American Journal of Physiology-Cell Physiology (2020)

Clay E. PandorfFadia HaddadTomasz OwerkowiczLeslie P. CarrollKenneth M. BaldwinGregory R. Adams

developmental biologytumor biologycell physiologymyosin heavy chainlong non-coding rnaneurosciencehuman vastus lateralisrna biologyphysiologycellular physiologyexercise physiology

Long Non‐Coding Rnas Are Transcriptional Regulators of Contractile Protein‐Coding Genes in Skeletal Muscle. The FASEB Journal (2018)

Jessica D. ResnickCarolyn A. GilbertAngela J. LowreyMatthew C. CallierClay E. Pandorf

geneticsgene expressioncontractile protein-coding genesskeletal musclegene regulationcell biologytranscription (biology)transcription factorsmembrane biologyrna biologysignal transductiontranscription regulationmolecular biologygene functionmolecular physiologytranscriptional regulators

Characterization of Novel Lncrnas Transcribed Near Contractile Protein‐Coding Genes During Skeletal Muscle Unloading. The FASEB Journal (2017)

Jessica D ResnickAngela J LowreyAmy M WilesClay E Pandorf

developmental biologytumor biologygeneticsgene expressioncontractile protein-coding genestranscription (biology)functional genomicsgene characterizationnovel lncrnasrna biologygene functiontranscription regulationmolecular biologygene therapylong non-coding rna

Using Bisulfite Conversion of Rna With Rt‐Pcr to Unambiguously Quantify Expression of Overlapping Sense and Antisense Rna in Skeletal Muscle. The FASEB Journal (2017)

antisense rnagene expressionbisulfite conversionskeletal musclenucleic acidsmolecular cell biologytranscription (biology)transcriptomebiochemistryrna biologymolecular biologylong non-coding rna

Transcriptome Analysis Reveals Regulation of Novel Lncrnas Transcribed Near Contractile Protein‐Coding Genes During Skeletal Muscle Unloading. The FASEB Journal (2016)

Jessica D. ResnickAngela J. LowreyRobert G. AkersLindsey A. TheodoreAmy M. WilesClay E. Pandorf

geneticsgene expressioncontractile protein-coding genesskeletal musclegene regulationneurosciencerna biologygene functiontranscription regulationmolecular biology

Hindlimb Development. II. Expression of Mhc Isoforms Effects of Spaceflight and Thyroid Deficiency on Rat. (2015)

K. M. BaldwinF. HaddadS. A. McCueP. W. BodellL. QinA. X. QinStefano SchiaffinoCarlo ReggianiClay E. PandorfWeihua JiangAnqi X. QinPaul W. BodellKenneth M. BaldwinPhil WyrickM. Dean PalmerRonald G. HallerBenjamin D. LevineFelix KrainskiJeffrey L. HastingsKatja HeinickeNadine RomainEric L. PaciniPeter G. Snell

developmental biologyavian biologygeneticsmammalian physiologyhindlimb developmentthyroid deficiencyanimal physiologyphysiologymammalian biologyneurophysiologymhc isoforms effects

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Clay Pandorf

Edward Via College of Osteopathic Medicine

Affiliations

Department Of Biomedical Research

NoneClay Pandorf is currently serving as a Biomedical Research faculty at Edward Via College of Osteopathic Medicine.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Clay Pandorf

Edward Via College of Osteopathic Medicine

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Regulation of Myosin Heavy Chain Gene Cluster Antisense Rna in Human Vastus Lateralis in Response to Exercise Training. Medicine & Science in Sports & Exercise (2025)

Identification of a Long Non-Coding Rna That Regulates Type I/β Myosin in Both Skeletal and Cardiac Muscle. Medicine & Science in Sports & Exercise (2024)

Clay E. PandorfValentyna WilliamsLeslie P. CarrollCarolyn A. GilbertRajesh H. AminMerrilee Holland

medicineskeletal musclegene expressionlong non-coding rnacardiac muscle

List of Contributors. Elsevier eBooks (2023)

informetricsscientific communicationauthor profilingsocial sciencesscholarly communicationdigital scholarship

Non-Coding Rnas in Human Non-Infectious Diseases. Elsevier eBooks (2023)

virologymolecular diagnosticsnucleic acidsinfectious diseaseslong non-coding rnatranscriptomenon-coding rnagene expressionnon-coding rnasgeneral virologyvirus research

Regulation of Myosin Heavy Chain Antisense Long Noncoding Rna in Human Vastus Lateralis in Response to Exercise Training. American Journal of Physiology-Cell Physiology (2020)

Clay E. PandorfFadia HaddadTomasz OwerkowiczLeslie P. CarrollKenneth M. BaldwinGregory R. Adams

developmental biologytumor biologycell physiologymyosin heavy chainlong non-coding rnaneurosciencehuman vastus lateralisrna biologyphysiologycellular physiologyexercise physiology

Long Non‐Coding Rnas Are Transcriptional Regulators of Contractile Protein‐Coding Genes in Skeletal Muscle. The FASEB Journal (2018)

Jessica D. ResnickCarolyn A. GilbertAngela J. LowreyMatthew C. CallierClay E. Pandorf

Characterization of Novel Lncrnas Transcribed Near Contractile Protein‐Coding Genes During Skeletal Muscle Unloading. The FASEB Journal (2017)

Jessica D ResnickAngela J LowreyAmy M WilesClay E Pandorf

Using Bisulfite Conversion of Rna With Rt‐Pcr to Unambiguously Quantify Expression of Overlapping Sense and Antisense Rna in Skeletal Muscle. The FASEB Journal (2017)

antisense rnagene expressionbisulfite conversionskeletal musclenucleic acidsmolecular cell biologytranscription (biology)transcriptomebiochemistryrna biologymolecular biologylong non-coding rna

Transcriptome Analysis Reveals Regulation of Novel Lncrnas Transcribed Near Contractile Protein‐Coding Genes During Skeletal Muscle Unloading. The FASEB Journal (2016)

Jessica D. ResnickAngela J. LowreyRobert G. AkersLindsey A. TheodoreAmy M. WilesClay E. Pandorf

geneticsgene expressioncontractile protein-coding genesskeletal musclegene regulationneurosciencerna biologygene functiontranscription regulationmolecular biology

Hindlimb Development. II. Expression of Mhc Isoforms Effects of Spaceflight and Thyroid Deficiency on Rat. (2015)

developmental biologyavian biologygeneticsmammalian physiologyhindlimb developmentthyroid deficiencyanimal physiologyphysiologymammalian biologyneurophysiologymhc isoforms effects

1
2
3
10 / page