Faculty

Institution

Unit

Venue

Fredric Kraemer

Gerald M Reaven MD Professor of Endocrinology Emeritus

Stanford University

Affiliations

Medicine

Endocrinology

School of Medicine

Medicine

Fredric Kraemer is currently serving as an Endocrinology Gerald M Reaven MD Professor of Endocrinology Emeritus at Stanford University.

Honors

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Experiences

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Education

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Fredric Kraemer

Stanford University

Gerald M Reaven MD Professor of Endocrinology Emeritus

You can click a keyword to filter the displayed items

biochemistry endocrinology molecular biology lipids physiology liver physiology membrane biology pharmacology metabolism vascular biology lipoprotein metabolism gene expression hormone-sensitive lipase molecular physiology biological chemistry clinical lipidology lipid science receptors protein science lipid disorders enzymes obesity medicinal research cell metabolism lipid movement mammalian biology redox biology cardiovascular research diabetes research enzyme inhibition cellular physiology proteinlipid interaction metabolic regulation steroid metabolism hyperlipidemia lipid synthesis adrenal glands animal physiology metabolic syndrome hormonal receptor diabetes mellitus molecular regulation endocrine mechanisms nutritional sciences lipoprotein lipase receptor (biochemistry) insulin signaling dyslipidemia adrenal disease clinical physiology renal function protein phosphorylation inhibitory activity protein expression lipid chemistry lipid analysis endocrine research comparative endocrinology lipid peroxidation adipose tissue mammalian physiology biological function metabolic disorders insulin resistance chylomicron remnants cardiac overexpression rat adipose cells mouse testis hormone-sensitive lipase deficiency nordihydroguaiaretic acid murine macrophages lipid droplets adipocyte hypertrophy lipolytic stimulation rat adipocytes rat hormone-sensitive lipase medicine longevity stem cell research cell fate determination skeletal stem cells hormone sensitive lipase stem-cell therapy developmental biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Microrna Regulation of Adrenal Glucocorticoid and Androgen Biosynthesis. Vitamins and hormones (2023)

Salman AzharWen-Jun ShenZhigang HuFredric B. Kraemer

glucocorticoidsadrenal diseasephysiologyandrogen biosynthesispsychoneuroendocrinologybiochemistrymolecular biologymicrorna regulationendocrinologyadrenal glandsbiosynthesisadrenal glucocorticoid

Corrigendum to “Hormone Sensitive Lipase Ablation Promotes Bone Regeneration” [Biochim. Biophys. Acta Mol. Basis Dis. Volume 1868, Issue 9, 1 September 2022, 166449]. Biochimica et Biophysica Acta (BBA) - Molecular Basis of Disease (2022)

Wen-Jun ShenChris StillLina HanPinglin YangJia ChenMichael WosczynaThomas A. RandoBenjamin Jean Rene SalmonKristy C. PerezJingtao LiPedro L. CuevasBo LiuSalman AzharJill HelmsLei S. QiFredric B. Kraemer

bone regenerationphysiologybiochemistrybiologytissue (biology)

Early Enforcement of Cell Identity by a Functional Component of the Terminally Differentiated State. PLoS Biology (2022)

Zahra Bahrami-NejadZhi-Bo ZhangStefan TholenSanjeev SharmaAtefeh RabieeMichael L. ZhaoFredric B. KraemerMary N. Teruel

plo biologycellular differentiationphysiologycell identitycell biologyfunctional componentdevelopmental biology

Flattening of Circadian Glucocorticoid Oscillations Drives Acute Hyperinsulinemia and Adipocyte Hypertrophy. Cell Reports (2022)

Stefan TholenRoma PatelAgnieszka AgasKyle M. KovaryAtefeh RabieeHayley T. NichollsEwa Bielczyk-MaczyńskaWenting YangFredric B. KraemerMary N. Teruel

cell physiologymetabolismcirculatory physiologyliver physiologyphysiologycell biologycellular physiologyneurosciencechronobiologyadipocyte hypertrophyneurophysiologymembrane biologyendocrinology

Hormone Sensitive Lipase Ablation Promotes Bone Regeneration. Biochimica et Biophysica Acta (BBA) - Molecular Basis of Disease (2022)

Wen-Jun ShenChris Still IILina HanPinglin YangJia ChenMichael WosczynaBenjamin Jean Rene SalmonKristy C. PerezJingtao LiPedro L. CuevasBo LiuSalman AzharJill HelmsLei S. QiFredric B. Kraemer

vascular biologyregenerative medicinedisease mechanismsliver physiologyphysiologydisease physiologycell biologycellular physiologyneurosciencemolecular physiologymembrane biologymechanobiologyin vivo systemsendocrinologyapplied physiologybiomechanics

Hormone-Sensitive Lipase Protects Adipose Triglyceride Lipase-Deficient Mice From Lethal Lipotoxic Cardiomyopathy. Journal of Lipid Research (2022)

Mika YamadaJinya SuzukiSatsuki SatoYasuo ZenimaruRie SaitoTadashi KonoshitaFredric B. KraemerTamotsu Ishizuka

lipidsbiochemistryhormone-sensitive lipase protectslipase-deficient micelipid disorderslethal lipotoxic cardiomyopathy

Mice Deficient in Er Protein Seipin Have Reduced Adrenal Cholesteryl Ester Lipid Droplet Formation and Utilization. Journal of Lipid Research (2022)

Wen-Jun ShenYuan CortezAmar SinghWeiqin ChenSalman AzharFredric B. Kraemer

lipidsliver physiologyhyperlipidemiaavian biologypharmacologygeneticsmice deficientvascular biologyphysiologylipid sciencegene expressioner protein seipinendocrinologyinflammationprotein sciencelipoprotein metabolismbiological functionsecondary metabolismmembrane biologymammalian biology

Chemerin Regulates Formation and Function of Brown Adipose Tissue: Ablation Results in Increased Insulin Resistance With High Fat Challenge and Aging. The FASEB Journal (2021)

Yiqiang ZhangWen‐Jun ShenShuo QiuPinglin YangGarrett DempseyLei ZhaoQin ZhouXiao HaoDachuan DongAndreas StahlFredric B. KraemerLawrence L. LeungJohn Morser

liver physiologyredox biologypharmacologyobesityvascular biologyenergy metabolismphysiologymetabolic controldrug metabolismhigh fat challengebiogerontologybiochemistrybrown adipose tissueendocrinologymetabolic regulationageingexperimental gerontologymembrane biologymolecular physiologymetabolic health

Hormone-Sensitive Lipase Deficiency Affects the Expression of Sr-Bi, Ldlr, and Abca1 Receptors/Transporters Involved in Cellular Cholesterol Uptake and Efflux and Disturbs Fertility in Mouse Testis. Biochimica et Biophysica Acta (BBA) - Molecular and Cell Biology of Lipids (2021)

María Emilia CasadoLydia HuertaAna Marcos-DíazAna Isabel OrtizFredric B. KraemerMiguel Angel LasunciónRebeca BustoAntonia Martín-Hidalgo

fertilitycellular cholesterol uptakeliver physiologyphysiologymedicinal researchhormone-sensitive lipase deficiencybiochemistryfunctional regulationbioenergeticsmembrane biologymammalian biologylipid sciencepharmacologybiological chemistryendocrinologygene expressionreceptorsmouse testis

Snap25 Mutation Disrupts Metabolic Homeostasis, Steroid Hormone Production and Central Neurobehavior. Biochimica et Biophysica Acta (BBA) - Molecular Basis of Disease (2021)

Xiao HaoBing ZhuPinglin YangDachuan DongPeyman SahbaiePeter L. OliverWen-Jun ShenSalman AzharFredric B. Kraemer

disease mechanismssteroid hormone productionbiochemistrycentral neurobehaviormolecular biologycentral nervous system

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Fredric Kraemer

Gerald M Reaven MD Professor of Endocrinology Emeritus

Stanford University

Affiliations

Medicine

Endocrinology

School of Medicine

Medicine

Fredric Kraemer is currently serving as an Endocrinology Gerald M Reaven MD Professor of Endocrinology Emeritus at Stanford 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

Fredric Kraemer

Stanford University

Gerald M Reaven MD Professor of Endocrinology Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Microrna Regulation of Adrenal Glucocorticoid and Androgen Biosynthesis. Vitamins and hormones (2023)

Salman AzharWen-Jun ShenZhigang HuFredric B. Kraemer

glucocorticoidsadrenal diseasephysiologyandrogen biosynthesispsychoneuroendocrinologybiochemistrymolecular biologymicrorna regulationendocrinologyadrenal glandsbiosynthesisadrenal glucocorticoid

bone regenerationphysiologybiochemistrybiologytissue (biology)

Early Enforcement of Cell Identity by a Functional Component of the Terminally Differentiated State. PLoS Biology (2022)

Zahra Bahrami-NejadZhi-Bo ZhangStefan TholenSanjeev SharmaAtefeh RabieeMichael L. ZhaoFredric B. KraemerMary N. Teruel

plo biologycellular differentiationphysiologycell identitycell biologyfunctional componentdevelopmental biology

Flattening of Circadian Glucocorticoid Oscillations Drives Acute Hyperinsulinemia and Adipocyte Hypertrophy. Cell Reports (2022)

Stefan TholenRoma PatelAgnieszka AgasKyle M. KovaryAtefeh RabieeHayley T. NichollsEwa Bielczyk-MaczyńskaWenting YangFredric B. KraemerMary N. Teruel

cell physiologymetabolismcirculatory physiologyliver physiologyphysiologycell biologycellular physiologyneurosciencechronobiologyadipocyte hypertrophyneurophysiologymembrane biologyendocrinology

Hormone Sensitive Lipase Ablation Promotes Bone Regeneration. Biochimica et Biophysica Acta (BBA) - Molecular Basis of Disease (2022)

Wen-Jun ShenChris Still IILina HanPinglin YangJia ChenMichael WosczynaBenjamin Jean Rene SalmonKristy C. PerezJingtao LiPedro L. CuevasBo LiuSalman AzharJill HelmsLei S. QiFredric B. Kraemer

Hormone-Sensitive Lipase Protects Adipose Triglyceride Lipase-Deficient Mice From Lethal Lipotoxic Cardiomyopathy. Journal of Lipid Research (2022)

Mika YamadaJinya SuzukiSatsuki SatoYasuo ZenimaruRie SaitoTadashi KonoshitaFredric B. KraemerTamotsu Ishizuka

lipidsbiochemistryhormone-sensitive lipase protectslipase-deficient micelipid disorderslethal lipotoxic cardiomyopathy

Mice Deficient in Er Protein Seipin Have Reduced Adrenal Cholesteryl Ester Lipid Droplet Formation and Utilization. Journal of Lipid Research (2022)

Wen-Jun ShenYuan CortezAmar SinghWeiqin ChenSalman AzharFredric B. Kraemer

Chemerin Regulates Formation and Function of Brown Adipose Tissue: Ablation Results in Increased Insulin Resistance With High Fat Challenge and Aging. The FASEB Journal (2021)

Yiqiang ZhangWen‐Jun ShenShuo QiuPinglin YangGarrett DempseyLei ZhaoQin ZhouXiao HaoDachuan DongAndreas StahlFredric B. KraemerLawrence L. LeungJohn Morser

María Emilia CasadoLydia HuertaAna Marcos-DíazAna Isabel OrtizFredric B. KraemerMiguel Angel LasunciónRebeca BustoAntonia Martín-Hidalgo

Snap25 Mutation Disrupts Metabolic Homeostasis, Steroid Hormone Production and Central Neurobehavior. Biochimica et Biophysica Acta (BBA) - Molecular Basis of Disease (2021)

Xiao HaoBing ZhuPinglin YangDachuan DongPeyman SahbaiePeter L. OliverWen-Jun ShenSalman AzharFredric B. Kraemer

disease mechanismssteroid hormone productionbiochemistrycentral neurobehaviormolecular biologycentral nervous system

1
2
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5
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10 / page

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lipoprotein metabolism

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