Faculty

Institution

Unit

Venue

Thomas Jue

Professor

University of California, Davis

Affiliations

School of Medicine

Biochemistry and Molecular Medicine

Thomas Jue is currently serving as a Biochemistry And Molecular Medicine Professor at University of California, Davis.

Honors

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Experiences

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Education

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Thomas Jue

University of California, Davis

Professor

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physiology nuclear magnetic resonance neuroscience exercise physiology biophysics applied physiology membrane biology cellular physiology biochemistry human physiology neurophysiology exercise science electrophysiology structural biology cardiology skeletal muscle redox biology mammalian biology animal physiology molecular physiology cardiovascular physiology circulatory physiology mitochondrial function magnetic resonance liver physiology respiration (physiology) hematology protein science experimental biology cardiovascular research nuclear magnetic resonance spectroscopy respiratory medicine experimental medicine muscle function heme homeostasis physiological regulation physiological research cell physiology magnetic resonance spectroscopy tissue physiology muscle contraction bioenergetics human sciences magnetic resonance imaging tissue oxygenation mammalian physiology laboratory medicine biomedical imaging comparative physiology experimental biophysics cardiovascular function brain imaging clinical physiology heme transport protein nmr cardiac muscle energy metabolism myoglobin desaturation nmr study rat myocardium rat skeletal muscle human skeletal muscle human muscle intracellular oxygenation redox signaling translational physiology respiratory neurobiology in vivo systems human gastrocnemius muscle cellular oxygenation metabolic fluctuation myoglobin translational diffusion proton nmr study perfused liver nirs measurement deoxy myoglobin research policy public policy public involvement community-engaged research research activities

Notable Scholarly Works

Notable Federal Grants

Collaborators

Altered Muscle Bioenergetic in Ckd: Focus on Inorganic Phosphate and Acidosis. Journal of the American Society of Nephrology (2024)

Dungeng PengZuofei WangAnthony Charles DematteoMert DemirciGwenaelle BegueThomas JueBaback RoshanravanTalat Alp IkizlerJorge Gamboa

trace metalsmuscle functionmechanobiologymuscular dystrophiesbone researchvascular biologynephrologyphysiologyapplied physiologyinorganic phosphatebone metabolismkinesiologybioenergeticsskeletal muscleregeneration (biology)regenerative medicinemolecular metabolismaltered muscle bioenergetictrace elementsbiomolecular engineering

An Ergometer Dataset to Measure Muscle Bioenergetics With Magnetic Resonance Techniques. Data in Brief (2024)

Usman RehmanGwenaelle BegueArmin AhmadiPaolo TabogaJorge GamboaBaback RoshanravanThomas Jue

magnetic resonance techniquesmuscle bioenergeticsergometer datasetbioenergeticsdata science

Data on Mitochondrial Respiratory Function in Skeletal Muscle of Adult Male Mice in Response to 3-Weeks Heat Stress. Data in Brief (2024)

Rikuhide KomaTatsuki MatsumotoAyaka YamazakiTsubasa ShibaguchiThomas JueKazumi Masuda

exercise physiologyneuroscienceneurophysiologydata sciencemammalian physiologyphysiological researchanimal physiologyphysiologymitochondrial respiratory functionapplied physiologyhuman physiologyskeletal musclescientific datamammalogyelectrophysiologyhuman biologymembrane biologymitochondrial functionadult male micemammalian biology

Endurance Training Increases Mitochondrial Myoglobin and Enhances Its Interaction With Complex IV in Rat Plantaris Muscle. Acta Physiologica (2024)

Rikuhide KomaTsubasa ShibaguchiTatsuya YamadaYudai NonakaThomas JueAyaka YamazakiKazumi Masuda

animal physiologyphysiologymuscle functionrat plantaris musclecell biologycellular physiologyneurosciencemitochondrial myoglobincomplex ivneurophysiologymembrane biologymammalian biologyendurance trainingbiomechanics

Home-Based Exercise Improves Muscle Mitochondrial Function in Ckd: Results From a Pilot Randomized, Controlled Clinical Trial. Journal of the American Society of Nephrology (2024)

Christopher HaydenGwenaelle BegueUsman RehmanArmin AhmadiChenoa R. VargasThomas JueJorge GamboaBaback Roshanravan

exercise rehabilitationexercise physiologynephrologyphysiologymuscle functionphysical therapyphysical activityexercise sciencekinesiologymitochondrial functionphysical fitnesshome-based exerciseapplied physiologyphysical exerciserehabilitation

Home-Based Exercise Increases Mitochondrial Respiratory Rates of Quadriceps Muscle Permeabilized Fibers in Ckd: Results From the Esteem-Vida Pilot Randomized Clinical Trial. Journal of the American Society of Nephrology (2024)

Jennifer E. NormanGwenaelle BegueJesse GipeSarah E. BrashearArmin AhmadiUsman RehmanTae Youn KimThomas JueJorge GamboaBaback Roshanravan

exercise physiologynephrologyquadriceps musclemitochondrial respiratory ratesexercise sciencephysical activitykinesiologyhome-based exerciseesteem-vida pilot

Myoglobin Transport of Fatty Acid in the Cell. (2024)

Thomas JueUsman RehmanJessica Gregory

lipidsfatty acidmembrane transportcell biologycellular physiologycell metabolismbiochemistryintracellular traffickingprotein transportmolecular biologymyoglobin transportlipid movementcellular biochemistry

Biochemical and Physiological Dynamics in Ligament Injury Healing. Proceedings of the Human Factors and Ergonomics Society Annual Meeting (2023)

Amjad A RamahiFadi FathallahThomas Jue

physiological dynamicsmusculoskeletal functionexercise physiologyphysical medicinehuman movementligament injurytissue physiologybiomechanicsphysiologyathletic trainingapplied physiologyhuman physiologyoccupational ergonomicsbiochemistrymusculoskeletal disordersrehabilitationregenerative medicinesport physical therapybiochemical sciencesmusculoskeletal science

Endurance Exercise Training Protocol. Zenodo (CERN European Organization for Nuclear Research) (2023)

Koma RikuhideShibaguchi TsubasaYamada TatsuyaNonaka YudaiJue ThomasYamazaki AyakaMasuda Kazumi

physiologyexercise sciencenuclear sciencehuman performanceperformance studies

Endurance Training Increases Interaction of Myoglobin With Complex IV in Skeletal Muscle. Medicine & Science in Sports & Exercise (2023)

Rikuhide KomaTsubasa ShibaguchiYudai NonakaThomas JueKazumi Masuda

exercise physiologyphysiologysport sciencecomplex ivsport medicineexercise sciencemedicineskeletal musclehuman performanceendurance training

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Thomas Jue

Professor

University of California, Davis

Affiliations

School of Medicine

Biochemistry and Molecular Medicine

Thomas Jue is currently serving as a Biochemistry And Molecular Medicine Professor at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas Jue

University of California, Davis

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Altered Muscle Bioenergetic in Ckd: Focus on Inorganic Phosphate and Acidosis. Journal of the American Society of Nephrology (2024)

Dungeng PengZuofei WangAnthony Charles DematteoMert DemirciGwenaelle BegueThomas JueBaback RoshanravanTalat Alp IkizlerJorge Gamboa

An Ergometer Dataset to Measure Muscle Bioenergetics With Magnetic Resonance Techniques. Data in Brief (2024)

Usman RehmanGwenaelle BegueArmin AhmadiPaolo TabogaJorge GamboaBaback RoshanravanThomas Jue

magnetic resonance techniquesmuscle bioenergeticsergometer datasetbioenergeticsdata science

Data on Mitochondrial Respiratory Function in Skeletal Muscle of Adult Male Mice in Response to 3-Weeks Heat Stress. Data in Brief (2024)

Rikuhide KomaTatsuki MatsumotoAyaka YamazakiTsubasa ShibaguchiThomas JueKazumi Masuda

Endurance Training Increases Mitochondrial Myoglobin and Enhances Its Interaction With Complex IV in Rat Plantaris Muscle. Acta Physiologica (2024)

Rikuhide KomaTsubasa ShibaguchiTatsuya YamadaYudai NonakaThomas JueAyaka YamazakiKazumi Masuda

Home-Based Exercise Improves Muscle Mitochondrial Function in Ckd: Results From a Pilot Randomized, Controlled Clinical Trial. Journal of the American Society of Nephrology (2024)

Christopher HaydenGwenaelle BegueUsman RehmanArmin AhmadiChenoa R. VargasThomas JueJorge GamboaBaback Roshanravan

Jennifer E. NormanGwenaelle BegueJesse GipeSarah E. BrashearArmin AhmadiUsman RehmanTae Youn KimThomas JueJorge GamboaBaback Roshanravan

exercise physiologynephrologyquadriceps musclemitochondrial respiratory ratesexercise sciencephysical activitykinesiologyhome-based exerciseesteem-vida pilot

Myoglobin Transport of Fatty Acid in the Cell. (2024)

Thomas JueUsman RehmanJessica Gregory

Biochemical and Physiological Dynamics in Ligament Injury Healing. Proceedings of the Human Factors and Ergonomics Society Annual Meeting (2023)

Amjad A RamahiFadi FathallahThomas Jue

Endurance Exercise Training Protocol. Zenodo (CERN European Organization for Nuclear Research) (2023)

Koma RikuhideShibaguchi TsubasaYamada TatsuyaNonaka YudaiJue ThomasYamazaki AyakaMasuda Kazumi

physiologyexercise sciencenuclear sciencehuman performanceperformance studies

Endurance Training Increases Interaction of Myoglobin With Complex IV in Skeletal Muscle. Medicine & Science in Sports & Exercise (2023)

Rikuhide KomaTsubasa ShibaguchiYudai NonakaThomas JueKazumi Masuda

exercise physiologyphysiologysport sciencecomplex ivsport medicineexercise sciencemedicineskeletal musclehuman performanceendurance training

1
2
3
4
5
15
10 / page

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Similar Faculty Members

Michael Hogan

Institution

University of California, San Diego

endurance exercise

human physiology

Kenneth S. Campbell

Institution

University of Kentucky

physiology

cardiology

Peter J. Reiser

Institution

Ohio State University

craniofacial research

skeletal muscle

Terence E. Ryan

Institution

University of Florida

skeletal muscle

bioenergetics

Kenneth Baldwin

Institution

University of California, Irvine

molecular metabolism

myosin gene expression

Thomas Clanton

Institution

University of Florida

heat stress

fluorescent imaging

Andreas Kavazis

Institution

Auburn University

free radical biology

antioxidant

Michael Roberts

Institution

Auburn University

skeletal muscle

muscle function

Kerry McDonald

Institution

University of Missouri

physiology

exercise physiology

Jian-Ping Jin

Institution

Wayne State University

mechanical tension regulation

protein structure-function relationships