Faculty

Institution

Unit

Venue

Jian-Ping Jin

Professor Emeritus of Physiology

Wayne State University

Affiliations

School of Medicine

Obstetrics and Gynecology

Physiology

Jian-ping Jin is currently serving as an Obstetrics And Gynecology Professor Emeritus of Physiology at Wayne State University.

Honors

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Experiences

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Education

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Jian-Ping Jin

Wayne State University

Professor Emeritus of Physiology

You can click a keyword to filter the displayed items

physiology cardiology molecular biology genetics protein science mammalian biology biochemistry membrane biology gene expression cellular physiology structural biology animal physiology skeletal muscle molecular physiology applied physiology biomechanics mammalian physiology exercise physiology electrophysiology cardiovascular research muscle function cardiovascular physiology biological chemistry cell physiology cardiac muscle bioenergetics human physiology cardiomyopathy molecular genetics avian biology vascular biology tissue physiology liver physiology circulatory physiology molecular regulation biochemical sciences protein expression physiological research gene function gene regulation protein evolution developmental genetics protein function cell motility genome biology functional modification cell biomechanics respiratory medicine rna biology biochemical genetics embryonic development musculoskeletal research n-terminal extension transcription regulation translational physiology diastolic function musculoskeletal function biomolecular interactions protein genetics gene structure in vivo systems cardiac function structural organization functional effects conformational modulation troponin subunits non-muscle cells calponin isoforms functional adaptation human nebulin fragments primary structure transgenic mice actin cytoskeleton muscle mass insulin resistance amish nemaline myopathy cytoskeleton proteins muscular dystrophies contractile proteins muscle contraction mechanobiology cytoskeleton

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fast Skeletal Myosin Binding Protein-C Expression Exacerbates Dysfunction in Heart Failure. Basic Research in Cardiology (2026)

James W. McNamaraTaejeong SongPerwez AlamAleksandra BinekRohit R. SinghMichelle L. NiemanSheryl E. KochMalina J. IveyThomas L. LynchJack RubinsteinJ-P JinJohn N. LorenzJennifer E. Van EykOnur KanisicakSakthivel Sadayappan

physiologyheart failurebiophysicsmolecular biologyprotein expressionprotein scienceprotein-c expression

Potential Cytotoxicity of Truncated Slow Skeletal Muscle Troponin T ( Sstnt ) in a Loss of Function Tnnt1 Myopathy Mouse Model. FEBS Journal (2025)

physiologymuscular dystrophiescellular physiologymuscle functionskeletal musclepotential cytotoxicitymyositismusculoskeletal disorderspathologytissue (biology)cell biology

The Highly Conserved C-Terminal End Segment of Troponin T Binds Tropomyosin and Actin to Function in Modulating Contractile Kinetics. Proceedings of the National Academy of Sciences (2025)

cellular structuremolecular motorscontractile kineticscellular physiologycytoskeletoncell motilitytroponin tcell signalingc-terminal end segmentmolecular and cellular biologymolecular cell biologymolecular biologystructural molecular biologysignal transductionmolecular physiologycellular biochemistrycell biology

Thin Filament Interaction and Ca2+-Desensitization Effect of the C-Terminal End Peptide of Cardiac Troponin T Where Loss of Function Mutations Cause Hypertrophic Cardiomyopathy. bioRxiv (Cold Spring Harbor Laboratory) (2025)

cardiologycardiovascular researchca2+-desensitization effectcardiomyopathymolecular biologythin filament interactionsignal transductionmolecular physiologycardiac musclebiochemistryc-terminal end peptide

Biomechanical Evaluation of Flash-Frozen and Cryo-Sectioned Papillary Muscle Samples by Using Sinusoidal Analysis: Cross-Bridge Kinetics and the Effect of Partial Ca2+ Activation. Journal of Muscle Research and Cell Motility (2024)

Jing XiHan-Zhong FengJian-Ping JinJinxiang YuanMasataka Kawai

physiologybiomechanical evaluationcross-bridge kineticscell motilitysinusoidal analysisbiomechanics

Endocrine Pathology in Young Rabbits With Cystic Fibrosis. eGastroenterology (2024)

Xiubin LiangXia HouY Eugene ChenJian-Ping JinKezhong ZhangJie Xu

endocrine pathologycystic fibrosisyoung rabbitsgastroenterologypathology

Loss of Calponin 2 Causes Premature Ovarian Insufficiency in Mice. Journal of Ovarian Research (2024)

Tzu-Bou HsiehJian-Ping Jin

pharmacologyreproductive medicinefertilityendocrinologymammalian biologyobstetrics and gynaecologyreproductive biologyreproductive healthgynecologyovarian hormones

Mechanoregulation and Function of Calponin and Transgelin. Biophysics Reviews (2024)

Monica RasmussenJ.-P. Jin

biophysical chemistrybiophysicsbiochemistry

Phenotypes of Mice Expressing a Myopathic Exon 8 Deletion Mutant of Slow Skeletal Muscle Troponin T Reveal Novel Pathogenic and Pathophysiological Mechanism. Biophysical Journal (2024)

Han-Zhong FengJ.-P. Jin

pathogenesismuscle functionmusculoskeletal disorderspathophysiological mechanismgenetic basisskeletal muscleexercise physiologydisease pathophysiologyprotein sciencemembrane biologycellular physiologyanimal physiologymammalian biologyimmunopathologydeletion mutantimmunologypathogensgene expressiongeneticsmolecular biology

Sotagliflozin Attenuates Liver-Associated Disorders in Cystic Fibrosis Rabbits. JCI Insight (2024)

Xiubin LiangXia HouMohamad BouhamdanYifei SunZhenfeng SongCarthic RajagopalanHong JiangHong-Guang WeiJun SongDongshan YangYanhong GuoYihan ZhangHongmei MouJifeng ZhangY. Eugene ChenFei SunJian-Ping JinKezhong ZhangJie Xu

immunologymedicinecystic fibrosispharmacology

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Jian-Ping Jin

Professor Emeritus of Physiology

Wayne State University

Affiliations

School of Medicine

Obstetrics and Gynecology

Physiology

Jian-ping Jin is currently serving as an Obstetrics And Gynecology Professor Emeritus of Physiology at Wayne 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

Jian-Ping Jin

Wayne State University

Professor Emeritus of Physiology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fast Skeletal Myosin Binding Protein-C Expression Exacerbates Dysfunction in Heart Failure. Basic Research in Cardiology (2026)

physiologyheart failurebiophysicsmolecular biologyprotein expressionprotein scienceprotein-c expression

Potential Cytotoxicity of Truncated Slow Skeletal Muscle Troponin T ( Sstnt ) in a Loss of Function Tnnt1 Myopathy Mouse Model. FEBS Journal (2025)

physiologymuscular dystrophiescellular physiologymuscle functionskeletal musclepotential cytotoxicitymyositismusculoskeletal disorderspathologytissue (biology)cell biology

The Highly Conserved C-Terminal End Segment of Troponin T Binds Tropomyosin and Actin to Function in Modulating Contractile Kinetics. Proceedings of the National Academy of Sciences (2025)

Jing XiHan-Zhong FengJian-Ping JinJinxiang YuanMasataka Kawai

physiologybiomechanical evaluationcross-bridge kineticscell motilitysinusoidal analysisbiomechanics

Endocrine Pathology in Young Rabbits With Cystic Fibrosis. eGastroenterology (2024)

Xiubin LiangXia HouY Eugene ChenJian-Ping JinKezhong ZhangJie Xu

endocrine pathologycystic fibrosisyoung rabbitsgastroenterologypathology

Loss of Calponin 2 Causes Premature Ovarian Insufficiency in Mice. Journal of Ovarian Research (2024)

Tzu-Bou HsiehJian-Ping Jin

pharmacologyreproductive medicinefertilityendocrinologymammalian biologyobstetrics and gynaecologyreproductive biologyreproductive healthgynecologyovarian hormones

Mechanoregulation and Function of Calponin and Transgelin. Biophysics Reviews (2024)

Monica RasmussenJ.-P. Jin

biophysical chemistrybiophysicsbiochemistry

Phenotypes of Mice Expressing a Myopathic Exon 8 Deletion Mutant of Slow Skeletal Muscle Troponin T Reveal Novel Pathogenic and Pathophysiological Mechanism. Biophysical Journal (2024)

Han-Zhong FengJ.-P. Jin

Sotagliflozin Attenuates Liver-Associated Disorders in Cystic Fibrosis Rabbits. JCI Insight (2024)

immunologymedicinecystic fibrosispharmacology

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Institution

University of Illinois Chicago

electrophysiology

cellular physiology

Colin G. Nichols

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Washington University in St. Louis

membrane transport

electrophysiology

Suresh C. Tyagi

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health science

cardiovascular translational research

Mark Donowitz

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University of California, San Diego

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