Faculty

Institution

Unit

Venue

Bernard Ribalet

Emeritus

University of California, Los Angeles

Affiliations

David Geffen School of Medicine

Physiology

Bernard Ribalet is currently serving as a David Geffen School Of Medicine Emeritus at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bernard Ribalet

University of California, Los Angeles

Emeritus

You can click a keyword to filter the displayed items

membrane biology cell biology physiology signal transduction cell signaling molecular physiology pharmacology cellular physiology electrophysiology gene expression molecular regulation molecular biology redox biology protein science liver physiology neurophysiology endocrinology human physiology structural biology applied physiology cell physiology membrane transport mammalian biology physiological research signaling pathways insulin signaling metabolic regulation cardiovascular physiology experimental biophysics insulin-secreting cells single cells plo biology animal physiology enzyme inhibition cell metabolism mammalian physiology receptor (biochemistry) clinical physiology translational physiology cell regulation cardiac muscle adenine nucleotides nucleotide biosynthesis molecular cell biology functional regulation biomolecular interactions molecular neurobiology protein transport g protein-coupled receptor molecular immunology intracellular loop katp channel crac channels real-time resolution studies structural chemistry cell research medicinal research cancer cells enzymatic modification protein biosynthesis redox signaling tumor targeting cancer genomics cancer biology protein phosphorylation cloning cell-matrix interactions veterinary physiology subcellular localization metabolic fate green fluorescent protein insulin-secreting cell lines camp-dependent protein kinase channel activity multilevel positive cooperativity lung cancer cells diabetes glucose homeostasis diabetes research

Notable Scholarly Works

Notable Federal Grants

Collaborators

Real-Time Resolution Studies of the Regulation of Lactate Production by Hexokinases Binding to Mitochondria in Single Cells. PLoS ONE (2024)

Scott JohnGuillaume CalmettesShili XuBernard Ribalet

proteomicsplo biologycell biologysingle cellsbiochemistrylactate productionmembrane biologypharmacologycell regulationmolecular regulationreal-time resolution studies

Real-Time Resolution Studies of the Regulation of Pyruvate-Dependent Lactate Metabolism by Hexokinases in Single Cells. PLoS ONE (2023)

Scott JohnGuillaume CalmettesShili XuBernard Ribalet

pyruvate-dependent lactate metabolismmetabolismplo biologymetabolic regulationcell biologysingle cellsbiochemistrymembrane biologypharmacologyreal-time resolution studies

Regulatory Mechanism for the Transmembrane Receptor That Mediates Bidirectional Vitamin a Transport. Proceedings of the National Academy of Sciences (2020)

Ming ZhongRiki KawaguchiBrianna CostabileYuyan TangJane HuGuo ChengMiki KassaiBernard RibaletFilippo ManciaDean BokHui Sun

endocrinologyregulatory mechanismliver physiologyphysiologymembrane transportcell signalingtransmembrane receptorneurosciencegene regulationnutrient physiologymembrane biologypharmacologybidirectional vitamintransmissionmolecular regulation

A High-Throughput Screen Identifies That Cdk7 Activates Glucose Consumption in Lung Cancer Cells. Nature Communications (2019)

Chiara GhezziAlicia WongBao Ying ChenBernard RibaletRobert DamoiseauxPeter M. Clark

biomolecular interactionscell researchphysiologycell signalingcell biologycancer researchmolecular biologycancer cellsgene expressionmedicinal researchcellular physiologycell metabolismlung cancer cellscell regulationcancer biologytumor targetingmembrane biologycancer genomicsoncology

Abstract 346: Glucose Inhibits Cardiomyocyte Maturation Through Nucleotide Biosynthesis. Circulation Research (2017)

Haruko NakanoItsunari MinamiDaniel BraasHerman PappoeXiuju WuAddelynn SagadevanLaurent VergnesKai FuMarco MorselliXueqin DingAdam Z StiegJames K GimzewskiMatteo PellegriniPeter M ClarkKaren ReueAldons J LusisBernard RibaletSiavash K KurdistaniHeather CristofkNorio NakatsujiNorio NakatsujiAtsushi Nakano

biological engineeringcardiovascular researchvascular biologycardiologycirculatory physiologyphysiologymetabolic regulationcardiovascular physiologycellular physiologymolecular physiologymembrane biologynucleotide biosynthesispharmacologygene expressionbiosynthesis

Author Response: Glucose Inhibits Cardiac Muscle Maturation Through Nucleotide Biosynthesis. (2017)

Haruko NakanoItsunari MinamiDaniel BraasHerman PappoeXiuju WuAddelynn SagadevanLaurent VergnesKai FuMarco MorselliChristopher DunhamXueqin DingAdam Z StiegJames K GimzewskiMatteo PellegriniPeter M ClarkKaren ReueAldons J LusisBernard RibaletSiavash K KurdistaniHeather ChristofkNorio NakatsujiAtsushi Nakano

liver physiologyneurosciencedevelopmental biologyneurophysiologyauthor responsecirculatory physiologynucleotide biosynthesisinsulin signalingapplied physiologyhealth sciencescardiac musclecardiologyinflammationmetabolic regulationmolecular physiologymembrane biologyin vivo systemssignal transductionredox biologycardiac pathologies

Glucose Inhibits Cardiac Muscle Maturation Through Nucleotide Biosynthesis. eLife (2017)

enzymatic modificationcardiologyphysiologyimmunologydevelopmental biologynucleotide biosynthesismembrane biologygene expressioncardiac muscleprotein biosynthesis

Real‐Time Imaging of Sodium Glucose Transporter (Sglt1) Trafficking and Activity in Single Cells. Physiological Reports (2017)

Chiara GhezziGuillaume CalmettesPauline MorandBernard RibaletScott John

liver physiologyneurosciencesingle cellsneurophysiologyprotein transportcell physiologyphysiological researchphysiologycell biologyreal-time imagingapplied physiologyhuman physiologycellular physiologyelectrophysiologycell traffickingsodium glucose transportermolecular physiologymembrane biologysignal transduction

Energetics of Urea Permeation Through Sodium-Dependent Galactose Cotransporter Vsglt. Biophysical Journal (2014)

Pushkar PendseSeungho ChoeJoshua AdelmanJeff AbramsonErnest WrightJohn RosenbergMichael Grabe

urea permeationliver physiologypharmacologybiophysical chemistryvascular biologyenzymesmicrobial physiologycell biologymolecular biophysicsplant physiologymembrane transportexperimental biophysicsbioenergeticsstructural biologybiophysicsmedical biophysicsprotein sciencesecondary metabolismmembrane biology

Hexokinases and Cardioprotection. Journal of Molecular and Cellular Cardiology (2014)

Guillaume CalmettesBernard RibaletScott JohnPaavo KorgePeipei PingJames N. Weiss

cardiologymolecular biologypharmacologybiochemistry

1
2
3
4
5
10 / page

Bernard Ribalet

Emeritus

University of California, Los Angeles

Affiliations

David Geffen School of Medicine

Physiology

Bernard Ribalet is currently serving as a David Geffen School Of Medicine Emeritus at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bernard Ribalet

University of California, Los Angeles

Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Real-Time Resolution Studies of the Regulation of Lactate Production by Hexokinases Binding to Mitochondria in Single Cells. PLoS ONE (2024)

Scott JohnGuillaume CalmettesShili XuBernard Ribalet

proteomicsplo biologycell biologysingle cellsbiochemistrylactate productionmembrane biologypharmacologycell regulationmolecular regulationreal-time resolution studies

Real-Time Resolution Studies of the Regulation of Pyruvate-Dependent Lactate Metabolism by Hexokinases in Single Cells. PLoS ONE (2023)

Scott JohnGuillaume CalmettesShili XuBernard Ribalet

pyruvate-dependent lactate metabolismmetabolismplo biologymetabolic regulationcell biologysingle cellsbiochemistrymembrane biologypharmacologyreal-time resolution studies

Regulatory Mechanism for the Transmembrane Receptor That Mediates Bidirectional Vitamin a Transport. Proceedings of the National Academy of Sciences (2020)

Ming ZhongRiki KawaguchiBrianna CostabileYuyan TangJane HuGuo ChengMiki KassaiBernard RibaletFilippo ManciaDean BokHui Sun

A High-Throughput Screen Identifies That Cdk7 Activates Glucose Consumption in Lung Cancer Cells. Nature Communications (2019)

Chiara GhezziAlicia WongBao Ying ChenBernard RibaletRobert DamoiseauxPeter M. Clark

Abstract 346: Glucose Inhibits Cardiomyocyte Maturation Through Nucleotide Biosynthesis. Circulation Research (2017)

Author Response: Glucose Inhibits Cardiac Muscle Maturation Through Nucleotide Biosynthesis. (2017)

Glucose Inhibits Cardiac Muscle Maturation Through Nucleotide Biosynthesis. eLife (2017)

enzymatic modificationcardiologyphysiologyimmunologydevelopmental biologynucleotide biosynthesismembrane biologygene expressioncardiac muscleprotein biosynthesis

Real‐Time Imaging of Sodium Glucose Transporter (Sglt1) Trafficking and Activity in Single Cells. Physiological Reports (2017)

Chiara GhezziGuillaume CalmettesPauline MorandBernard RibaletScott John

Energetics of Urea Permeation Through Sodium-Dependent Galactose Cotransporter Vsglt. Biophysical Journal (2014)

Pushkar PendseSeungho ChoeJoshua AdelmanJeff AbramsonErnest WrightJohn RosenbergMichael Grabe

Hexokinases and Cardioprotection. Journal of Molecular and Cellular Cardiology (2014)

Guillaume CalmettesBernard RibaletScott JohnPaavo KorgePeipei PingJames N. Weiss

cardiologymolecular biologypharmacologybiochemistry

1
2
3
4
5
10 / page

Similar Faculty Members

Fred S. Lamb, M.D., Ph.D.

Institution

Vanderbilt University

endothelial dysfunction

disease pathophysiology

Luis Fernando Santana

Institution

University of California, Davis

cerebral arteries

cerebral blood flow

Yang K. Xiang

Institution

University of California, Davis

healthy aging

health science

Dmitry Terentyev

Institution

Ohio State University

ca2+ dynamics

cardiovascular disease

Faramarz Ismail-Beigi

Institution

Case Western Reserve University

endocrinology

diabetes

Sandor Gyorke

Institution

Ohio State University

laboratory investigation

tissue (biology)

Janos Peti-Peterdi, MD, PhD

Institution

University of Southern California

urology

nephrology

Sanda Despa

Institution

University of Kentucky

congenital heart anomaly

health science

Nipavan Chiamvimonvat

Institution

University of California, Davis

pharmacological research

clinical pharmacology

Enrico Stefani

Institution

University of California, Los Angeles

cardiovascular function

pressure-overload model

Similar Faculty Members

Fred S. Lamb, M.D., Ph.D.

Institution

Vanderbilt University

endothelial dysfunction

disease pathophysiology

Luis Fernando Santana

Institution

University of California, Davis

cerebral arteries

cerebral blood flow

Yang K. Xiang

Institution

University of California, Davis

healthy aging

health science

Dmitry Terentyev

Institution

Ohio State University

ca2+ dynamics

cardiovascular disease

Faramarz Ismail-Beigi

Institution

Case Western Reserve University

endocrinology

diabetes

Sandor Gyorke

Institution

Ohio State University

laboratory investigation

tissue (biology)

Janos Peti-Peterdi, MD, PhD

Institution

University of Southern California

urology

nephrology

Sanda Despa

Institution

University of Kentucky

congenital heart anomaly

health science

Nipavan Chiamvimonvat

Institution

University of California, Davis

pharmacological research

clinical pharmacology

Enrico Stefani

Institution

University of California, Los Angeles

cardiovascular function

pressure-overload model