Faculty

Institution

Unit

Venue

Steven Cala

Associate Professor Emeritus

Wayne State University

Affiliations

School of Medicine

Physiology

Steven Cala is currently serving as a Physiology Associate Professor Emeritus at Wayne State University.

Honors

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Experiences

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Education

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Steven Cala

Wayne State University

Associate Professor Emeritus

You can click a keyword to filter the displayed items

membrane biology cell biology molecular biology cardiology protein science molecular physiology biochemistry structural biology pharmacology gene expression cellular biochemistry cellular physiology protein transport mammalian biology cardiovascular research protein function molecular and cellular biology signal transduction biological chemistry cardiac muscle liver physiology circulatory physiology cardiovascular physiology protein phosphorylation protein structure intracellular trafficking molecular medicine molecular cell biology animal physiology cardiomyopathy muscle function cellular biology cell trafficking biochemical sciences molecular regulation membrane transport cardiac calsequestrin echocardiography clinical biochemistry cardiovascular interventions preventive cardiology skeletal muscle protein chemistry cardiovascular pharmacology receptor tyrosine kinases casein kinase ii animal biotechnology organic electronics functional regulation renal function diastolic function protein expression inhibitory activity pathway analysis insulin signaling protein purification biomedical research open research conformational studies cell physiology amphiphilic system cell manipulation phospholemman channel molecules unitary anion currents insulin resistant rats impaired serca function functional reconstitution recombinant phospholamban cellular arrhythmia triadin overexpression excitation-contraction coupling cardiac myocytes depressed response protein targets intralumenal sarcoplasmic reticulum glucose-induced cardiomyopathy physiology cell signaling protein trafficking

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 4145239: Perinuclear Puncta Concentrate Newly Synthesized Serca2A, Na,K-Atpase, and Phospholemman Before Cardiomyocyte-Wide Distribution. Circulation (2024)

Kazuhiro AonumaJin GuoSteven CalaZhenhui Chen

cardiologygene expressioncardiovascular researchvascular biologyprokaryotic systemprotein phosphorylationfunctional selectivitybiomolecular engineeringcardiomyocyte-wide distributionperinuclear puncta concentrateprotein sciencecirculatory physiologymolecular physiologybiochemistrycell biology

Newly Synthesized Phospholemman Protein Sorts Through Nuclear Envelope Puncta Aligned With T-Tubules in Cardiomyocytes. Biophysical Journal (2024)

Jin GuoSteven E. CalaZhenhui Chen

cardiologymolecular biophysicsbiophysicsphospholemman proteinmedical biophysicsnuclear envelope punctamolecular biologystructural biologyprotein scienceprotein engineeringcell biology

Activation of Ca2+ Transport in Cardiac Microsomes Enriches Functional Sets of Er and Sr Proteins. Molecular and Cellular Biochemistry (2023)

Steven E. CalaNicholas J. CarruthersPaul M. StemmerZhenhui ChenXuequn Chen

protein functionsr proteinscell biologycharge carrier transportmembrane transportprotein transportmolecular cell biologystructural biologyprotein sciencecellular biologymembrane biologycardiologycellular physiologymolecular and cellular biologyfunctional setsmolecular physiologycellular biochemistryphysiologymolecular biologycardiac microsomessignal transduction

Association With Serca2A Directs Phospholamban Trafficking to Sarcoplasmic Reticulum From a Nuclear Envelope Pool. Journal of Molecular and Cellular Cardiology (2020)

Wenbo HeDayang HuangShuai GuoDanning WangJin GuoSteven E. CalaZhenhui Chen

cardiovascular interventionsnuclear envelope poolechocardiographycell biologyprotein transportmembrane biologycardiologynuclear cardiologymembrane proteinscardiovascular translational researchmolecular physiologycardiac musclegene expressionpharmacologycardiovascular physiologycardiovascular researchmolecular biologymolecular medicinecardiovascular pharmacology

Adiponectin Secretion From Cardiomyocytes Produces Canonical Multimers and Partial Co-Localization With Calsequestrin in Junctional Sr. Molecular and Cellular Biochemistry (2019)

Joanna SolarewiczAmanda ManlyStephanie KokoszkaNaama SleimanTodd LeffSteven Cala

protein functioncell signalingpartial co-localizationadiponectin secretionbiochemistrycell biologybiomolecular interactionsprotein transportmolecular cell biologystructural biologyprotein sciencecellular biologymembrane biologyprotein secretionmolecular and cellular biologymammalian biologyjunctional srmolecular physiologycellular biochemistrymolecular biologysignal transduction

Supramolecular Assembly of Calsequestrin is Stabilized by Multivalent Interactions of the N-Terminus and N-Linked Glycans. Biophysical Journal (2018)

Joseph M. AutryBengt SvenssonKe ShiThomas E. BohlSteven E. CalaJohn K. LeeDavid D. ThomasHideki Aihara

biophysical chemistrymolecular biophysicsbiophysicssupramolecular assembliesn-linked glycansmolecular biologymultivalent interactions

Trafficking of Phospholamban and Serca2A Follows the Nuclear Envelope-To-Sr Along T-Tubules (Nest) Pathway Common to Junctional Sarcoplasmic Reticulum (Sr) Proteins. Biophysical Journal (2018)

Danning WangJuyi WanSteven E. CalaZhenhui Chen

protein functionbioenergeticsliver physiologyjunctional sarcoplasmic reticulumcell biologybiophysical chemistrybiophysical reviewprotein transportintracellular traffickingstructural biologyprotein sciencemembrane biologymolecular biophysicscell traffickingbiophysicsgene expressionredox biologyhost specificitymolecular biology

Abstract 17451: Accumulation of Phospholamban at the Nuclear Envelope Delays Its Trafficking Along a Transverse Sarcoplasmic Reticulum (Sr) Pathway Common to Serca2A and Other Sr Proteins. Circulation (2017)

Danning WangJuyi WanSteven CalaZhenhui Chen

protein functionprotein structuretransverse sarcoplasmic reticulumcell biologyprotein transportintracellular traffickingother sr proteinsprotein sciencemembrane biologycardiologynuclear envelopecellular biochemistrysignaling pathwaysgene expressionpharmacologycardiovascular researchredox biologygeneticssecretory pathwaysignal transductioncirculatory physiology

Function Based Analysis of the Cardiac Endoplasmic and Sarcoplasmic Reticulum Proteome. Biophysical Journal (2017)

Steven E. CalaNicholas CarruthersJoseph CarusoPaul StemmerXuequn Chen

physiologymolecular biophysicsbiophysicsproteomicsmedical biophysicscardiac endoplasmicsarcoplasmic reticulum proteomecell biology

Heart Failure Re-Distributes Phospholamban Between Nuclear Membranes and Sarcoplasmic Reticulum in Cardiomyocytes. Biophysical Journal (2017)

Zhipeng TianYan LiPeng-Sheng ChenSteven CalaZhenhui Chen

physiologycardiologyheart failurebiophysicsmolecular biophysicsbiophysical reviewregenerative medicinemedical biophysicsnuclear membranesmembrane biologysarcoplasmic reticulumcell biology

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Steven Cala

Associate Professor Emeritus

Wayne State University

Affiliations

School of Medicine

Physiology

Steven Cala is currently serving as a Physiology Associate Professor Emeritus 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

Steven Cala

Wayne State University

Associate Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 4145239: Perinuclear Puncta Concentrate Newly Synthesized Serca2A, Na,K-Atpase, and Phospholemman Before Cardiomyocyte-Wide Distribution. Circulation (2024)

Kazuhiro AonumaJin GuoSteven CalaZhenhui Chen

Newly Synthesized Phospholemman Protein Sorts Through Nuclear Envelope Puncta Aligned With T-Tubules in Cardiomyocytes. Biophysical Journal (2024)

Jin GuoSteven E. CalaZhenhui Chen

cardiologymolecular biophysicsbiophysicsphospholemman proteinmedical biophysicsnuclear envelope punctamolecular biologystructural biologyprotein scienceprotein engineeringcell biology

Activation of Ca2+ Transport in Cardiac Microsomes Enriches Functional Sets of Er and Sr Proteins. Molecular and Cellular Biochemistry (2023)

Steven E. CalaNicholas J. CarruthersPaul M. StemmerZhenhui ChenXuequn Chen

Association With Serca2A Directs Phospholamban Trafficking to Sarcoplasmic Reticulum From a Nuclear Envelope Pool. Journal of Molecular and Cellular Cardiology (2020)

Wenbo HeDayang HuangShuai GuoDanning WangJin GuoSteven E. CalaZhenhui Chen

Adiponectin Secretion From Cardiomyocytes Produces Canonical Multimers and Partial Co-Localization With Calsequestrin in Junctional Sr. Molecular and Cellular Biochemistry (2019)

Joanna SolarewiczAmanda ManlyStephanie KokoszkaNaama SleimanTodd LeffSteven Cala

Supramolecular Assembly of Calsequestrin is Stabilized by Multivalent Interactions of the N-Terminus and N-Linked Glycans. Biophysical Journal (2018)

Joseph M. AutryBengt SvenssonKe ShiThomas E. BohlSteven E. CalaJohn K. LeeDavid D. ThomasHideki Aihara

biophysical chemistrymolecular biophysicsbiophysicssupramolecular assembliesn-linked glycansmolecular biologymultivalent interactions

Trafficking of Phospholamban and Serca2A Follows the Nuclear Envelope-To-Sr Along T-Tubules (Nest) Pathway Common to Junctional Sarcoplasmic Reticulum (Sr) Proteins. Biophysical Journal (2018)

Danning WangJuyi WanSteven E. CalaZhenhui Chen

Danning WangJuyi WanSteven CalaZhenhui Chen

Function Based Analysis of the Cardiac Endoplasmic and Sarcoplasmic Reticulum Proteome. Biophysical Journal (2017)

Steven E. CalaNicholas CarruthersJoseph CarusoPaul StemmerXuequn Chen

physiologymolecular biophysicsbiophysicsproteomicsmedical biophysicscardiac endoplasmicsarcoplasmic reticulum proteomecell biology

Heart Failure Re-Distributes Phospholamban Between Nuclear Membranes and Sarcoplasmic Reticulum in Cardiomyocytes. Biophysical Journal (2017)

Zhipeng TianYan LiPeng-Sheng ChenSteven CalaZhenhui Chen

physiologycardiologyheart failurebiophysicsmolecular biophysicsbiophysical reviewregenerative medicinemedical biophysicsnuclear membranesmembrane biologysarcoplasmic reticulumcell biology

1
2
3
4
5
6
10 / page

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Institution

University of California, Davis

protein homeostasis

metabolism

Julie Bossuyt

Institution

University of California, Davis

cardiovascular function

vascular diseases

Luis Fernando Santana

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cerebral arteries

cerebral blood flow

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mechanical tension regulation

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molecular motor

mechanotransduction

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clinical pharmacology

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