Faculty

Institution

Unit

Venue

Paul F. Pilch

Emeritus Professor Biochemistry & Cell Biology

Boston University

Affiliations

Chobanian & Avedisian School of Medicine

Basic Science Departments

Biochemistry & Cell Biology

Graduate Medical Sciences

Paul F. Pilch is currently serving as a Basic Science S Emeritus Professor Biochemistry & Cell Biology at Boston University.

Honors

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Experiences

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Education

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Paul F. Pilch

Boston University

Emeritus Professor Biochemistry & Cell Biology

You can click a keyword to filter the displayed items

endocrinology biochemistry membrane biology cell biology physiology pharmacology liver physiology molecular physiology cellular physiology biological chemistry protein science gene expression cell signaling structural biology insulin signaling signal transduction mammalian biology biochemical sciences protein transport receptor (biochemistry) cellular biology receptors skeletal muscle insulin receptor metabolism cell metabolism molecular cell biology animal physiology cellular biochemistry endocrine research redox biology cell physiology protein secretion protein function rat adipocytes muscle function medicinal research molecular regulation metabolic regulation tissue physiology protein expression vascular biology biomolecular interactions functional regulation mitochondrial function clinical biochemistry molecular metabolism lipoprotein metabolism comparative endocrinology membrane transport mammalian physiology cell regulation integrative biology immunochemistry protein purification biological function signaling pathways energy metabolism transcription regulation biochemical genetics glucose transporter insulin binding molecular substrates nutrient physiology insulin effector system decreased expression insulin-responsive glucose transporter caveolae formation insulin receptor kinase glucose transporters plasma membrane lipid metabolism lipid trafficking glucose-transporter-containing vesicles intrinsic kinase activity structural features metabolic remodeling bioenergetics

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Ampk-Dependent, Non-Canonical P53 Pathway Plays a Key Role in Adipocyte Metabolic Reprogramming. eLife (2020)

Hong WangXueping WanPaul F PilchLeif W EllisenSusan K FriedLibin Liu

adipocyte metabolicliver physiologygene expressioncellular physiologygeneticsmolecular cell biologymolecular biologymetabolismcell metabolismtumor biologymembrane biologycell biology

The Role of Non-Caveolar Caveolin-1 in MüLler Glia. Investigative Ophthalmology & Visual Science (2020)

Eric N EnyongYeboah Kofi GyeningMartin-Paul Gameli AgbagaShi-Ying DingPaul PilchLibin LiuMichael H Elliott

neurologyvisual scienceophthalmologyvision researchmuller gliatumor biologyneuroscienceneuroanatomy

Cavin-1/Ptrf Mediates Insulin-Dependent Focal Adhesion Remodeling and Ameliorates High-Fat Diet–Induced Inflammatory Responses in Mice. Journal of Biological Chemistry (2019)

Hong WangPaul F. PilchLibin Liu

physiologyimmunologyliver physiologyinsulin signalingendocrinologycell signalingchronic inflammationbiological chemistrycell adhesionmembrane biologymedicinal researchadhesionneurosciencemolecular physiologyinflammation

Interaction of Suppressor of Cytokine Signalling 3 With Cavin-1 Links Socs3 Function and Cavin-1 Stability. Nature Communications (2018)

Jamie J. L. WilliamsNasser AlotaiqWilliam MullenRichard BurchmoreLibin LiuGeorge S. BaillieFred SchaperPaul F. PilchTimothy M. Palmer

immunologygene expressioncell signalingcytokinesimmune responses

Muscular Dystrophy in Ptfr/Cavin-1 Null Mice. JCI Insight (2017)

Shi-Ying DingLibin LiuPaul F. Pilch

physiologymuscular dystrophiesmammalian biologyneurosciencecell biology

Ptrf/Cavin-1 Promotes Efficient Ribosomal Rna Transcription in Response to Metabolic Challenges. eLife (2016)

Libin LiuPaul F Pilch

physiologygenome biologygene expressiontranscription regulationrna biologytranscription (biology)geneticstranscription factorsmetabolic challengesmolecular biologymetabolismmembrane biology

Adiporedoxin, an Upstream Regulator of Er Oxidative Folding and Protein Secretion in Adipocytes. Molecular Metabolism (2015)

Mark P JedrychowskiLibin LiuCollette J LaflammeKalypso KarastergiouTova MeshulamShi-Ying DingYuanyuan WuMi-Jeong LeeSteven P GygiSusan K FriedPaul F Pilch

physiologyliver physiologyprotein secretionupstream regulatorcellular physiologyer oxidative foldingendocrinologyredox biologymolecular metabolismmolecular biologystructural biologymolecular physiologyoxidative stressmembrane biologycell biology

The Caveolin–Cavin System Plays a Conserved and Critical Role in Mechanoprotection of Skeletal Muscle. The Journal of Experimental Medicine (2015)

Harriet P. LoSusan Jane NixonThomas Edward HallBelinda Simone CowlingCharles FergusonGarry Patrick MorganNicole Louise SchieberManuel Alejandro Fernandez-RojoMichele BastianiMatthias FloetenmeyerNick MartelJocelyn LaportePaul F. PilchRobert Parton

physiologymedicinebiophysicslaboratory medicinecaveolin-cavin systemorthopedic biomechanicsskeletal musclebiomechanicsexperimental medicineexperimental biology

Cavin-3 Knockout Mice Show That Cavin-3 is Not Essential for Caveolae Formation, for Maintenance of Body Composition, or for Glucose Tolerance. PLoS ONE (2014)

Libin LiuCarsten G. HansenBrian J. HoneymanBenjamin J. NicholsPaul F. Pilch

gene expressionpharmacologycellular physiologycaveolae formationmammalian physiologyanimal physiologyendocrinologyhost responsegeneticsmammalian biologyhost factorsknockout micemolecular biologybiological functionglucose tolerancehuman biology

Pleiotropic Effects of Cavin-1 Deficiency on Lipid Metabolism. Journal of Biological Chemistry (2014)

Shi-Ying DingMi-Jeong LeeRoss SummerLibin LiuSusan K. FriedPaul F. Pilch

lipid metabolismpharmacologypleiotropic effectslipidsbiologybiological chemistrybiochemistry

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Paul F. Pilch

Emeritus Professor Biochemistry & Cell Biology

Boston University

Affiliations

Chobanian & Avedisian School of Medicine

Basic Science Departments

Biochemistry & Cell Biology

Graduate Medical Sciences

Paul F. Pilch is currently serving as a Basic Science S Emeritus Professor Biochemistry & Cell Biology at Boston 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

Paul F. Pilch

Boston University

Emeritus Professor Biochemistry & Cell Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Ampk-Dependent, Non-Canonical P53 Pathway Plays a Key Role in Adipocyte Metabolic Reprogramming. eLife (2020)

Hong WangXueping WanPaul F PilchLeif W EllisenSusan K FriedLibin Liu

adipocyte metabolicliver physiologygene expressioncellular physiologygeneticsmolecular cell biologymolecular biologymetabolismcell metabolismtumor biologymembrane biologycell biology

The Role of Non-Caveolar Caveolin-1 in MüLler Glia. Investigative Ophthalmology & Visual Science (2020)

Eric N EnyongYeboah Kofi GyeningMartin-Paul Gameli AgbagaShi-Ying DingPaul PilchLibin LiuMichael H Elliott

neurologyvisual scienceophthalmologyvision researchmuller gliatumor biologyneuroscienceneuroanatomy

Cavin-1/Ptrf Mediates Insulin-Dependent Focal Adhesion Remodeling and Ameliorates High-Fat Diet–Induced Inflammatory Responses in Mice. Journal of Biological Chemistry (2019)

Hong WangPaul F. PilchLibin Liu

Interaction of Suppressor of Cytokine Signalling 3 With Cavin-1 Links Socs3 Function and Cavin-1 Stability. Nature Communications (2018)

Jamie J. L. WilliamsNasser AlotaiqWilliam MullenRichard BurchmoreLibin LiuGeorge S. BaillieFred SchaperPaul F. PilchTimothy M. Palmer

immunologygene expressioncell signalingcytokinesimmune responses

Muscular Dystrophy in Ptfr/Cavin-1 Null Mice. JCI Insight (2017)

Shi-Ying DingLibin LiuPaul F. Pilch

physiologymuscular dystrophiesmammalian biologyneurosciencecell biology

Ptrf/Cavin-1 Promotes Efficient Ribosomal Rna Transcription in Response to Metabolic Challenges. eLife (2016)

Libin LiuPaul F Pilch

physiologygenome biologygene expressiontranscription regulationrna biologytranscription (biology)geneticstranscription factorsmetabolic challengesmolecular biologymetabolismmembrane biology

Adiporedoxin, an Upstream Regulator of Er Oxidative Folding and Protein Secretion in Adipocytes. Molecular Metabolism (2015)

Mark P JedrychowskiLibin LiuCollette J LaflammeKalypso KarastergiouTova MeshulamShi-Ying DingYuanyuan WuMi-Jeong LeeSteven P GygiSusan K FriedPaul F Pilch

The Caveolin–Cavin System Plays a Conserved and Critical Role in Mechanoprotection of Skeletal Muscle. The Journal of Experimental Medicine (2015)

physiologymedicinebiophysicslaboratory medicinecaveolin-cavin systemorthopedic biomechanicsskeletal musclebiomechanicsexperimental medicineexperimental biology

Cavin-3 Knockout Mice Show That Cavin-3 is Not Essential for Caveolae Formation, for Maintenance of Body Composition, or for Glucose Tolerance. PLoS ONE (2014)

Libin LiuCarsten G. HansenBrian J. HoneymanBenjamin J. NicholsPaul F. Pilch

Pleiotropic Effects of Cavin-1 Deficiency on Lipid Metabolism. Journal of Biological Chemistry (2014)

Shi-Ying DingMi-Jeong LeeRoss SummerLibin LiuSusan K. FriedPaul F. Pilch

lipid metabolismpharmacologypleiotropic effectslipidsbiologybiological chemistrybiochemistry

1
2
3
4
5
16
10 / page

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Similar Faculty Members

Colin G. Nichols

Institution

Washington University in St. Louis

membrane transport

electrophysiology

Suresh C. Tyagi

Institution

University of Louisville

health science

cardiovascular translational research

Christopher J. Rhodes

Institution

University of Chicago

endocrinology

pharmacology

Neil Ruderman

Institution

Boston University

metabolic disorder

molecular metabolism

Leonard Jarett

Institution

University of Pennsylvania

metabolic regulation

gene expression

Jonathan S. Stamler

Institution

Case Western Reserve University

reactive nitrogen specie

nitrosative stress

David Bernlohr

Institution

University of Minnesota

metabolic disorder

health science

Ira J. Goldberg

Institution

New York University

metabolism

clinical lipidology

Tadashi Inagami

Institution

Vanderbilt University

cardiovascular disease

hypertension

R John Solaro

Institution

University of Illinois Chicago

electrophysiology

cellular physiology