Faculty

Institution

Unit

Venue

Tomas Prolla

Professor

University of Wisconsin–Madison

Affiliations

College of Agricultural and Life Sciences

Genetics

Nutritional Sciences

School of Medicine and Public Health

Medical Genetics

Tomas Prolla is currently serving as a College Of Agricultural And Life Sciences Professor at University of Wisconsin–Madison.

Honors

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Experiences

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Education

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Tomas Prolla

University of Wisconsin–Madison

Professor

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genetics mammalian biology physiology neuroscience molecular biology ageing biogerontology gene expression membrane biology experimental gerontology geriatrics mammalian physiology mitochondrial function animal physiology neuroscience of aging genomics redox biology genome biology human biology molecular genetics caloric restriction oxidative stress liver physiology gene expression profiling cellular physiology free radical biology age-related hearing loss molecular physiology apoptosis gene function aging process mitochondrial dna mutations cell metabolism aging cell animal science avian biology later adulthood skeletal muscle calorie restriction transcription regulation nutrient physiology mitochondrial dysfunction molecular cell biology cell death animal genetics mutagenesis cellular senescence energy metabolism lifespan extension metabolic regulation yeast mammalian aging rna biology epigenetic changes healthy aging epigenomics clinical gerontology medical genetics molecular nutrition brain science genome instability cancer genetics mtdna mutations mitochondrial mutator mice radiation biology cardiovascular physiology human sciences microarray data analysis gene expression profile oxidative damage rhesus monkeys long-term caloric restriction dietary restriction multiple mouse strains dna microarray analysis mtdna mutator mouse

Notable Scholarly Works

Notable Federal Grants

Collaborators

Living High - Training Low Model Applied to C57Bl/6J Mice: Effects on Physiological Parameters Related to Aerobic Fitness and Acid-Base Balance. Life Sciences (2023)

Pedro Paulo Menezes ScariotMarcelo PapotiEmanuel Elias Camolese PoliselJuan Bordon OrsiPaul R. Van GinkelTomas A. ProllaFúlvia Barros Manchado-GobattoClaudio Alexandre Gobatto

geneticsapplied physiologytraining low modelmammalian physiologyexercise scienceanimal physiologyphysiological parametersphysiologymammalian biologyacid-base balancephysical fitnessrehabilitationexercise physiology

Somatostatin Receptor Type 2 and Thyroid-Stimulating Hormone Receptor Expression in Oncocytic Thyroid Neoplasms: Implications for Prognosis and Treatment. Modern Pathology (2023)

Andrea GillisRui Zheng-PywellChandler McLeodDezhi WangJohn M. NessRachael GuenterJason WhittTomas A. ProllaHerbert ChenManuel Lora GonzalezBart RoseRicardo V. LloydRenata Jaskula-SztulDiana Lin

early diagnosissurgical pathologypharmacologyendocrine oncologytumor biologyoncologyhistopathologymedical mycologydisease progressionhepatologyimmunologyclinical pathologyendocrinologythyroidpaleopathologyprognostic evaluationoncocytic thyroid neoplasmspathogenesispathology

Sirt3 Deficiency Decreases Oxidative Metabolism Capacity but Increases Lifespan in Male Mice Under Caloric Restriction. Aging Cell (2022)

Rashpal S. DhillonYiming (Amy) QinPaul R. van GinkelVivian X. FuJames M. VannAlexis J. LawtonCara L. GreenFúlvia B. Manchado‐GobattoClaudio A. GobattoDudley W. LammingTomas A. ProllaJohn M. Denu

aging celllifespan extensiongeneticslongevitylater adulthoodhuman biologygeriatricsoxidative metabolism capacitymammalian physiologyageingmale micephysiologymammalian biologycellular senescencecaloric restrictionhealth sciencesbiogerontologyexperimental gerontology

Sirt3 Deficiency Decreases Oxidative-Metabolism Capacity but Increases Lifespan Under Caloric Restriction. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Rashpal S DhillonYiming (Amy) QinPaul R van GinkelVivian X FuJames M VannAlexis J LawtonCara L GreenFúlvia B Manchado-GobattoClaudio A GobattoDudley W LammingTomas A ProllaJohn M Denu

longevitymetabolismlater adulthoodoxidative stressgeriatricsoxidative-metabolism capacityageingredox biologybiologyfree radical biologyphysiologyhealth sciencescaloric restriction

Aerobic Training Associated With an Active Lifestyle Exerts a Protective Effect Against Oxidative Damage in Hypothalamus and Liver: The Involvement of Energy Metabolism. Brain Research Bulletin (2021)

Pedro P.M. ScariotFúlvia B. Manchado-GobattoPaul R. Van GinkelTomas A. ProllaClaudio A. Gobatto

systems neuroscienceoxidative stressbrain scienceoxidative damageneuroscienceaerobic trainingphysiologyactive lifestyleneurologyenergy metabolism

Retraction Note to: Exercise-Induced Mitochondrial P53 Repairs Mtdna Mutations in Mutator Mice. Skeletal Muscle (2021)

Adeel SafdarKonstantin KhrapkoJames M. FlynnAyesha SaleemMichael De LisioAdam P. W. JohnstonYevgenya KratysbergImtiaz A. SamjooYu KitaokaDaniel I. OgbornJonathan P. LittleSandeep RahaGianni PariseMahmood AkhtarBart P. HettingaGlenn C. RoweZoltan AranyTomas A. ProllaMark A. Tarnopolsky

mutagenesis (molecular biology technique)geneticsmitochondrial functionskeletal musclehuman biologyretraction noteneuroscienceanatomymusculoskeletal researchanimal physiologymutator micephysiologymammalian biologydna repaircancer geneticsexercise physiology

Roles of Bak and Sirt3 in Paraquat-Induced Cochlear Hair Cell Damage. Neurotoxicity Research (2021)

Dalian DingTomas ProllaShinichi SomeyaSenthilvelan ManoharRichard Salvi

neurologypharmacologytoxicologyneuroscience

A Novel Micronutrient Blend Mimics Calorie Restriction Transcriptomics in Multiple Tissues of Mice and Increases Lifespan and Mobility in C. Elegans. Nutrients (2020)

Eva SernaAngela MastaloudisPatricia MartorellSteven M. WoodShelly N. HesterMark BartlettTomas A. ProllaJose Viña

ageingmolecular nutritiondevelopmental biologyavian biologymetabolismcompanion animalsbioenergeticsmembrane biologyexperimental gerontologygeneticslongevityavian medicineanimal nutritionmultiple tissuesnutritionnutrient physiologymolecular biologynutritional neurosciencenutritional sciences

Establishment of Quantitative Pcr Assays for Active Long Interspersed Nuclear Element-1 Subfamilies in Mice and Applications to the Analysis of Aging-Associated Retrotransposition. Frontiers in Genetics (2020)

Ryota KurokiYui MurataSatoshi FukeYutaka NakachiJun NakashimaGregory C. KujothTomas A. ProllaMiki BundoTadafumi KatoKazuya Iwamoto

epigeneticsgeneticsquantitative pcr assaysaging-associated retrotranspositionpopulation geneticsquantitative geneticsmedical geneticsgenomicsmammalian biology

Prematurely Aging Mitochondrial Dna Mutator Mice Display Subchondral Osteopenia and Chondrocyte Hypertrophy Without Further Osteoarthritis Features. Scientific Reports (2020)

Jeroen GeurtsSonia NasiPascal DistelMagdalena Müller-GerblTomas A. ProllaGregory C. KujothUlrich A. WalkerThomas Hügle

mitochondrial functiongeneticsbone researchgeriatricsbone metabolismdermatologyosteoarthritisageingregenerative medicinemammalian biologydna repairmolecular biologyexperimental gerontologybiogerontologychondrocyte hypertrophy

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Tomas Prolla

Professor

University of Wisconsin–Madison

Affiliations

College of Agricultural and Life Sciences

Genetics

Nutritional Sciences

School of Medicine and Public Health

Medical Genetics

Tomas Prolla is currently serving as a College Of Agricultural And Life Sciences Professor at University of Wisconsin–Madison.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Tomas Prolla

University of Wisconsin–Madison

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Living High - Training Low Model Applied to C57Bl/6J Mice: Effects on Physiological Parameters Related to Aerobic Fitness and Acid-Base Balance. Life Sciences (2023)

Pedro Paulo Menezes ScariotMarcelo PapotiEmanuel Elias Camolese PoliselJuan Bordon OrsiPaul R. Van GinkelTomas A. ProllaFúlvia Barros Manchado-GobattoClaudio Alexandre Gobatto

Somatostatin Receptor Type 2 and Thyroid-Stimulating Hormone Receptor Expression in Oncocytic Thyroid Neoplasms: Implications for Prognosis and Treatment. Modern Pathology (2023)

Andrea GillisRui Zheng-PywellChandler McLeodDezhi WangJohn M. NessRachael GuenterJason WhittTomas A. ProllaHerbert ChenManuel Lora GonzalezBart RoseRicardo V. LloydRenata Jaskula-SztulDiana Lin

Sirt3 Deficiency Decreases Oxidative Metabolism Capacity but Increases Lifespan in Male Mice Under Caloric Restriction. Aging Cell (2022)

Rashpal S. DhillonYiming (Amy) QinPaul R. van GinkelVivian X. FuJames M. VannAlexis J. LawtonCara L. GreenFúlvia B. Manchado‐GobattoClaudio A. GobattoDudley W. LammingTomas A. ProllaJohn M. Denu

Sirt3 Deficiency Decreases Oxidative-Metabolism Capacity but Increases Lifespan Under Caloric Restriction. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Rashpal S DhillonYiming (Amy) QinPaul R van GinkelVivian X FuJames M VannAlexis J LawtonCara L GreenFúlvia B Manchado-GobattoClaudio A GobattoDudley W LammingTomas A ProllaJohn M Denu

longevitymetabolismlater adulthoodoxidative stressgeriatricsoxidative-metabolism capacityageingredox biologybiologyfree radical biologyphysiologyhealth sciencescaloric restriction

Pedro P.M. ScariotFúlvia B. Manchado-GobattoPaul R. Van GinkelTomas A. ProllaClaudio A. Gobatto

systems neuroscienceoxidative stressbrain scienceoxidative damageneuroscienceaerobic trainingphysiologyactive lifestyleneurologyenergy metabolism

Retraction Note to: Exercise-Induced Mitochondrial P53 Repairs Mtdna Mutations in Mutator Mice. Skeletal Muscle (2021)

Roles of Bak and Sirt3 in Paraquat-Induced Cochlear Hair Cell Damage. Neurotoxicity Research (2021)

Dalian DingTomas ProllaShinichi SomeyaSenthilvelan ManoharRichard Salvi

neurologypharmacologytoxicologyneuroscience

A Novel Micronutrient Blend Mimics Calorie Restriction Transcriptomics in Multiple Tissues of Mice and Increases Lifespan and Mobility in C. Elegans. Nutrients (2020)

Eva SernaAngela MastaloudisPatricia MartorellSteven M. WoodShelly N. HesterMark BartlettTomas A. ProllaJose Viña

Ryota KurokiYui MurataSatoshi FukeYutaka NakachiJun NakashimaGregory C. KujothTomas A. ProllaMiki BundoTadafumi KatoKazuya Iwamoto

epigeneticsgeneticsquantitative pcr assaysaging-associated retrotranspositionpopulation geneticsquantitative geneticsmedical geneticsgenomicsmammalian biology

Prematurely Aging Mitochondrial Dna Mutator Mice Display Subchondral Osteopenia and Chondrocyte Hypertrophy Without Further Osteoarthritis Features. Scientific Reports (2020)

Jeroen GeurtsSonia NasiPascal DistelMagdalena Müller-GerblTomas A. ProllaGregory C. KujothUlrich A. WalkerThomas Hügle

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