Faculty

Institution

Unit

Venue

Alan M. Diamond

Professor

University of Illinois Chicago

Affiliations

College of Medicine

Department of Health Sciences Education and Pathology

Alan M. Diamond is currently serving as a College Of Medicine Professor at University of Illinois Chicago.

Honors

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Experiences

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Education

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Alan M. Diamond

University of Illinois Chicago

Professor

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genetics oncology cancer research molecular biology cancer biology tumor biology health sciences pharmacology gene expression hematology prostate cancer redox biology medicinal research molecular cancer cancer genetics mammalian biology membrane biology protein science selenium deficiency epigenetics vascular biology free radical biology cancer cells leukemia cancer genomics cancer treatment enzyme inhibition rna biology redox signaling cancer risk genome biology mitochondrial function cell regulation radiation biology biochemical sciences clinical nutrition tumor suppressors nutrient physiology liver physiology trace elements in vivo systems animal biotechnology animal nutrition gene function biological inorganic chemistry biomolecular interactions nutritional sciences molecular nutrition andrology sickle cell disease manganese superoxide dismutase cancer etiology genitourinary cancers host specificity liver cancer protein chemistry cancer growth radiation effects gene regulation protein genetics medical nutrition prostate cancer recurrence biochemical genetics redox chemistry selenocysteine trna transgenic model selenoprotein deficiency selenoprotein synthesis red blood cells mammalian cells allelic loss cytopathic effects glutathione peroxidase selenoprotein biosynthesis allelic differences redox homeostasis prostatic disease urology cancer care

Notable Scholarly Works

Notable Federal Grants

Collaborators

Contributors to Volume 1. Elsevier eBooks (2024)

Shailesh AdvaniAydincan AkdurKimberly Jacob ArriolaPriya ArunachalamDavid AxelrodAppakalai N. BalamuruganRamesh BatraDavid S. BeebeMelena D. BellinEnrico BenedettiElissa BhardiJoav BirjiniukIoannis N. BoletisKenneth L. BraymanAdam BregmanVictoria BurtonJuan Carlos CaicedoClive O. CallenderJennifer CarpenterDustin J. CarpenterMark J. CherryMatthew CooperDavid C. CroninLaShara DavisEarnest J. DavisFrancis L. DelmonicoPierpaolo Di CoccoFrank J.M.F. DorElissa M. DownsGunilla EineckeJuliet EmamaulleeA.J. ErhardtPang Yen FanAlan FarneyAlberto FrattiBarry I. FreedmanA.O. GaberMalendie T. GainesLorenzo GallonNasrollah GhahramaniJohn S. GillJustin GillWalter GlannonRainer W.G. GruessnerAngelika C. GruessnerErcüment GürlülerThomas GutmannBernadette J.J.M. Haase-KromwijkMehmet HaberalZahraa Fayez HajjiriPhilip F. HalloranDuck J. HanSean A. HebertAline C. HemkeErica HoAndries J. HoitsmaNancy Scheper HughesHassan N. IbrahimColleen JayJeffrey KahnMaria KaisarHideya KameiRaja KandaswamyDixon B. KaufmanTakashi KenmochiHaley KittleTetsuya KiuchiSamantha B. KlitenicRichard J. KnightBurak KocakAhad Ahmed KodipadSuresh KumarMark R. LaftaviWalter G. LandRobert LangerEvan E. LebovitzGrace S. Lee-RiddleMacey L. LevanJoseph R. LeventhalH. Peter LiouBonnie E. LonzeKatelynn S. Madill-ThomsenDaniel G. MalufHannah MapleSmaragdi MarinakiValeria R. MasArthur J. MatasJames M. MathewDebora MatossianAlejandra M. Mena-GutierrezTerri MenserPranjal ModiSri Prakash L. MokshagundamRobert A. MontgomeryDorothy MuenchDavid MulliganDina N. MuradAriana MurilloSkylar L. NahiJohn S. Najarian (deceased)

electronic publishinginformetricsscientific communicationscholarly communicationdigital scholarshipvolume 1journalism

Abstract C059: Selenof is a Novel Tumor Suppressor and a New Target to Overcome Breast Cancer Racial Disparity. Cancer Epidemiology Biomarkers & Prevention (2023)

tumor biologyabstract c059oncologyradiation oncologymolecular cancercancer biologybreast oncologycancer cellscancer carecancer treatmentnovel tumor suppressornew targetbreast cancerpathology

Advances in the Biology of Selenium and Selenoproteins. Archives of Biochemistry and Biophysics (2023)

Alan M. DiamondPeter R. Hoffmann

biophysicsprotein sciencebiologybiochemistrystructural biology

Distinct Roles of Selenof in Different Human Cancers. Biomolecules (2023)

oncologymolecular cancercancer researchdistinct rolescancer cellsoncogenic agentcarcinogenesispathology

Regulation of Selenof Translation by Eif4A3: Possible Role in Prostate Cancer Progression. Molecular Carcinogenesis (2023)

Soumen BeraShrinidhi KadkolLenny K. HongWaleed AliJohn D. BrockmanMaria SverdlovEileen BristerVirgilia MacaisAndre Kajdacsy‐BallaKlara Valyi‐NagyZiqiao XuIrida KastratiLi LiuAlan M. Diamond

cancer biologypharmacologyurologytumor biologyoncologycancer researchcell regulationdisease progressionhepatologycancer genomicsgeneticsmolecular cancervascular biologymedicinal researchprostate cancer progressiononcogenesprostate cancercancer geneticsselenof translation

Reticulocyte Mitochondrial Retention Increases Reactive Oxygen Species and Oxygen Consumption in Mouse Models of Sickle Cell Disease and Phlebotomy-Induced Anemia. Experimental Hematology (2023)

Anne GallivanMikail AlejandroAmarachi KanuNebeyat ZekaryasHart HornemanLenny K. HongElliott VinchinskyDon LavelleAlan M. DiamondRobert E. MolokieJagadeesh RamasamyAngela Rivers

hematologymitochondrial functiongeneticsoxidative stressmouse modelsredox biologyphlebotomy-induced anemiaimmunologydisease physiologyfree radical biologyphysiologyoxygen speciesexperimental medicinesickle cell diseaseoxygen consumption

Thu480 Loss of Selenof and a Western Diet Promote Mammary Tumorigenesis. Journal of the Endocrine Society (2023)

tumor biologycancer researchradiation oncologyclinical nutritionnutritioncancer cellsmammary glandendocrine-related cancersselenium deficiencymolecular nutritionthu480 losscancer preventionnutritional biochemistrycarcinogenesisbreast cancerpathology

Associations of Selenoprotein Expression and Gene Methylation With the Outcome of Clear Cell Renal Carcinoma. Archives of Biochemistry and Biophysics (2022)

Waleed AliDaniel JacobsSimon ZhenAlan M. DiamondAndré Kajdacsy-Balla

protein sciencetumor biologycancer researchoncologygene methylationcancer riskmedical biophysicsclinical biochemistryselenoprotein expressioncancer genomicsbiochemical sciencesmolecular cancerbiochemistrynephrologymedicinal researchbiophysicsepigeneticshematological malignanciesmolecular biologycancer genetics

P103: The Abnormal Presence of Mitochondria in Circulating Scd Red Blood Cells Associated With Stress Erythropoiesis. HemaSphere (2022)

J RamasamyA GallivanL HongH HornemanR MolokieA DiamondD LavelleA Rivers

hematologymitochondrial functiongeneticsabnormal presencecell biologystress erythropoiesisimmunology

Reticulocytosis From Stress Erythropoiesis is a Major Source of Erythrocyte Mitochondrial Retention, Oxygen Consumption and Reactive Oxygen Species in a Scd Mouse Model. Blood (2022)

Anne GallivanAmarachi KanuMikail AlejandroNebeyat ZekaryasHart HornemanJagadeesh RamasamyLenny HongDonald LavelleAlan DiamondRobert E. MolokieElliott P. VichinskyAngela Rivers

mitochondrial functionmuscle functionstress erythropoiesismammalian biologymolecular physiologyliver physiologyhuman biologyscd mouse modelmembrane biologyneurophysiologygeneticsanimal physiologyphysiologyoxygen consumptionhematologydermatologymammalian physiologyerythrocyte mitochondrial retentionregenerative medicinecellular physiology

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Alan M. Diamond

Professor

University of Illinois Chicago

Affiliations

College of Medicine

Department of Health Sciences Education and Pathology

Alan M. Diamond is currently serving as a College Of Medicine Professor at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Alan M. Diamond

University of Illinois Chicago

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Contributors to Volume 1. Elsevier eBooks (2024)

electronic publishinginformetricsscientific communicationscholarly communicationdigital scholarshipvolume 1journalism

Abstract C059: Selenof is a Novel Tumor Suppressor and a New Target to Overcome Breast Cancer Racial Disparity. Cancer Epidemiology Biomarkers & Prevention (2023)

tumor biologyabstract c059oncologyradiation oncologymolecular cancercancer biologybreast oncologycancer cellscancer carecancer treatmentnovel tumor suppressornew targetbreast cancerpathology

Advances in the Biology of Selenium and Selenoproteins. Archives of Biochemistry and Biophysics (2023)

Alan M. DiamondPeter R. Hoffmann

biophysicsprotein sciencebiologybiochemistrystructural biology

Distinct Roles of Selenof in Different Human Cancers. Biomolecules (2023)

oncologymolecular cancercancer researchdistinct rolescancer cellsoncogenic agentcarcinogenesispathology

Regulation of Selenof Translation by Eif4A3: Possible Role in Prostate Cancer Progression. Molecular Carcinogenesis (2023)

Soumen BeraShrinidhi KadkolLenny K. HongWaleed AliJohn D. BrockmanMaria SverdlovEileen BristerVirgilia MacaisAndre Kajdacsy‐BallaKlara Valyi‐NagyZiqiao XuIrida KastratiLi LiuAlan M. Diamond

Reticulocyte Mitochondrial Retention Increases Reactive Oxygen Species and Oxygen Consumption in Mouse Models of Sickle Cell Disease and Phlebotomy-Induced Anemia. Experimental Hematology (2023)

Anne GallivanMikail AlejandroAmarachi KanuNebeyat ZekaryasHart HornemanLenny K. HongElliott VinchinskyDon LavelleAlan M. DiamondRobert E. MolokieJagadeesh RamasamyAngela Rivers

Thu480 Loss of Selenof and a Western Diet Promote Mammary Tumorigenesis. Journal of the Endocrine Society (2023)

Associations of Selenoprotein Expression and Gene Methylation With the Outcome of Clear Cell Renal Carcinoma. Archives of Biochemistry and Biophysics (2022)

Waleed AliDaniel JacobsSimon ZhenAlan M. DiamondAndré Kajdacsy-Balla

P103: The Abnormal Presence of Mitochondria in Circulating Scd Red Blood Cells Associated With Stress Erythropoiesis. HemaSphere (2022)

J RamasamyA GallivanL HongH HornemanR MolokieA DiamondD LavelleA Rivers

hematologymitochondrial functiongeneticsabnormal presencecell biologystress erythropoiesisimmunology

Reticulocytosis From Stress Erythropoiesis is a Major Source of Erythrocyte Mitochondrial Retention, Oxygen Consumption and Reactive Oxygen Species in a Scd Mouse Model. Blood (2022)

Anne GallivanAmarachi KanuMikail AlejandroNebeyat ZekaryasHart HornemanJagadeesh RamasamyLenny HongDonald LavelleAlan DiamondRobert E. MolokieElliott P. VichinskyAngela Rivers

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