Faculty

Institution

Unit

Venue

Eshwar Reddy Tammineni

Rush University

Affiliations

Department Of Molecular Biophysics And Physiology

Rush University

NoneEshwar Reddy Tammineni is currently serving as a Molecular Biophysics And Physiology faculty at Rush University.

Honors

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Experiences

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Education

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Eshwar Reddy Tammineni

Rush University

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physiology skeletal muscle muscle function muscular dystrophies cellular physiology molecular physiology cell physiology cell biology signal transduction mechanobiology biomedical engineering health sciences diabetes myositis metabolism diabetes research musculoskeletal disorders cell metabolism cellular biochemistry hyperthermia metabolic syndrome fibers diabetes mellitus protein secretion novel method stored calcium cytosolic leak cell signaling molecular and cellular biology diabetes therapies diabetic medicine molecular cell biology molecular metabolism diabetes care biomedical imaging applied physiology advanced fiber material microvascular dysfunction insulin signaling metabolic regulation mechanotransduction cardiac muscle metabolic complications human physiology tissue imaging medical image analysis human tissues bioimage analysis neuromusculoskeletal disorders diabetic neuropathy sarcopenia computational biophysics experimental biophysics medical biophysics tissue physiology electrolyte disorders protein function cell motility data acquisition numerical computation electrolyte disturbance parathyroid hormone human muscle gene regulatory program glucose dysregulation muscles devoid type 2 volumetric quantification glycogen granules em images distinct pathophysiological characteristics autofluorescence lifetimes fasting blood glucose age‐dependent effects muscle resting calcium

Notable Scholarly Works

Notable Federal Grants

Collaborators

Calpain Mediated Proteolysis of Junctophilin-1 Produces an Aggregation Prone C-Terminal Fragment in Skeletal Muscle. Research Square (2026)

cell physiologycalpain mediated proteolysisjunctophilin-1 producesphysiologyprotein sciencemuscle functioncell biologycellular physiologyprotein functionbiochemistrymolecular physiologycytoskeletonmolecular motorsmechanobiologyskeletal musclesignal transductioncellular biochemistry

Age‐Dependent Effects of Muscle Resting Calcium on Fasting Blood Glucose: Implications for Prediabetes Risk. Endocrinology Diabetes & Metabolism (2025)

metabolic syndromemetabolismdiabetic neuropathydiabetes mellitusmuscle resting calciumphysiologyfasting blood glucosediabetes researchsarcopeniaage‐dependent effectshealth sciencesdiabetes

Disrupting the Feed-Forward Cycle of Ryr1 Ca 2+ Leak and Oxidative Stress Mitigates Doxorubicin-Induced Skeletal Myopathy. bioRxiv (Cold Spring Harbor Laboratory) (2025)

cell physiologymyositisphysiologymuscle functioncell biologycellular physiologybiochemistrycell metabolismmolecular physiologymechanobiologyoxidative stressskeletal musclemuscular dystrophiesfeed-forward cyclesignal transductionmusculoskeletal disorders

Skeletal Muscle Disorders as Risk Factors for Type 2 Diabetes. Molecular and Cellular Endocrinology (2025)

diabetes caremetabolic syndrometype 2chronic diseasesdiabetes mellitusphysiologydiabetes researchskeletal musclemuscular dystrophiesmetabolic complicationsmusculoskeletal disordershealth sciencesdiabetes

Artificial Intelligence Approaches to the Volumetric Quantification of Glycogen Granules in Em Images of Human Tissue. The Journal of General Physiology (2024)

Eduardo RíosMontserrat SamsóLourdes C. FigueroaCarlo MannoEshwar R. TammineniLucas Rios GiordanoSheila Riazi

tissue imagingem imagesphysiologymedical imaginghuman physiologyhuman tissuesmedical image analysisvolumetric quantificationbioimage analysisglycogen granulesimage analysisbiomedical imaging

Deep Learning Convolutional Neural Networks for the Quantification of Glycogen in Electron Micrographs of Calcium-Stressed Human Muscle. Biophysical Journal (2024)

Eduardo RiosMontserrat SamsoEshwar Reddy TammineniLourdes C. FigueroaCarlo D. MannoSheila Riazi

biophysicsmedical biophysicsexercise physiologydeep learningphysiologymuscle functionelectrophysiologycellular physiologyneurosciencetissue physiologyexperimental biophysicsbioenergeticsneurophysiologymembrane biologymolecular physiologycomputational biophysicscalcium-stressed human muscleelectron micrographs

Distinct Pathophysiological Characteristics in Developing Muscle From Patients Susceptible to Malignant Hyperthermia. British Journal of Anaesthesia (2023)

myositisphysiologymuscle functiondistinct pathophysiological characteristicsneuromuscular medicinekinesiologyneuromusculoskeletal disordersmechanobiologyskeletal musclemuscular dystrophieshyperthermiaapplied physiology

Muscle Calcium Stress Cleaves Junctophilin1, Unleashing a Gene Regulatory Program Predicted to Correct Glucose Dysregulation. eLife (2023)

molecular and cellular biologymuscle functionglucose dysregulationcell physiologyphysiologycell signalingcell biologymolecular biologygene expressioncellular physiologycell metabolismskeletal musclemolecular metabolismgene regulatory programmetabolic regulationmetabolic pathwaysmolecular physiologymolecular cell biologysignal transduction

A Novel Method for Determining Murine Skeletal Muscle Fiber Type Using Autofluorescence Lifetimes. The Journal of General Physiology (2022)

biophysicsautofluorescence lifetimesphysiologymuscle functionfibersnovel methodadvanced fiber materialfluorescence spectroscopybiomedical engineeringmechanobiologyskeletal musclemuscular dystrophiesfluorescencetissue (biology)biomechanics

Quantification of the Calcium Signaling Deficit in Muscles Devoid of Triadin. PLoS ONE (2022)

cell physiologyphysiologymuscle functionelectrophysiologycell biologycellular physiologymechanotransductionmuscles devoidmolecular physiologyskeletal musclemuscular dystrophiessignal transductionmusculoskeletal disorderscardiac muscle

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Eshwar Reddy Tammineni

Rush University

Affiliations

Department Of Molecular Biophysics And Physiology

Rush University

NoneEshwar Reddy Tammineni is currently serving as a Molecular Biophysics And Physiology faculty at Rush 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

Eshwar Reddy Tammineni

Rush University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Calpain Mediated Proteolysis of Junctophilin-1 Produces an Aggregation Prone C-Terminal Fragment in Skeletal Muscle. Research Square (2026)

Age‐Dependent Effects of Muscle Resting Calcium on Fasting Blood Glucose: Implications for Prediabetes Risk. Endocrinology Diabetes & Metabolism (2025)

metabolic syndromemetabolismdiabetic neuropathydiabetes mellitusmuscle resting calciumphysiologyfasting blood glucosediabetes researchsarcopeniaage‐dependent effectshealth sciencesdiabetes

Disrupting the Feed-Forward Cycle of Ryr1 Ca 2+ Leak and Oxidative Stress Mitigates Doxorubicin-Induced Skeletal Myopathy. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Skeletal Muscle Disorders as Risk Factors for Type 2 Diabetes. Molecular and Cellular Endocrinology (2025)

Artificial Intelligence Approaches to the Volumetric Quantification of Glycogen Granules in Em Images of Human Tissue. The Journal of General Physiology (2024)

Eduardo RíosMontserrat SamsóLourdes C. FigueroaCarlo MannoEshwar R. TammineniLucas Rios GiordanoSheila Riazi

tissue imagingem imagesphysiologymedical imaginghuman physiologyhuman tissuesmedical image analysisvolumetric quantificationbioimage analysisglycogen granulesimage analysisbiomedical imaging

Deep Learning Convolutional Neural Networks for the Quantification of Glycogen in Electron Micrographs of Calcium-Stressed Human Muscle. Biophysical Journal (2024)

Eduardo RiosMontserrat SamsoEshwar Reddy TammineniLourdes C. FigueroaCarlo D. MannoSheila Riazi

Distinct Pathophysiological Characteristics in Developing Muscle From Patients Susceptible to Malignant Hyperthermia. British Journal of Anaesthesia (2023)

Muscle Calcium Stress Cleaves Junctophilin1, Unleashing a Gene Regulatory Program Predicted to Correct Glucose Dysregulation. eLife (2023)

A Novel Method for Determining Murine Skeletal Muscle Fiber Type Using Autofluorescence Lifetimes. The Journal of General Physiology (2022)

Quantification of the Calcium Signaling Deficit in Muscles Devoid of Triadin. PLoS ONE (2022)

1
2
10 / page