Faculty

Institution

Unit

Venue

J Michael O'Donnell

Associate Professor

University of Illinois Chicago

Affiliations

College of Medicine

Department of Physiology and Biophysics

J Michael O'donnell is currently serving as a College Of Medicine Associate Professor at University of Illinois Chicago.

Honors

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Experiences

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Education

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J Michael O'Donnell

University of Illinois Chicago

Associate Professor

You can click a keyword to filter the displayed items

cardiology physiology membrane biology cardiovascular physiology cardiovascular research pharmacology circulatory physiology cellular physiology health sciences liver physiology endocrinology electrophysiology applied physiology molecular physiology redox biology cell biology animal physiology cardiovascular function human physiology neurophysiology metabolism mammalian biology mitochondrial function energy metabolism enzymes inflammation clinical lipidology hyperlipidemia lipid science pulmonary circulation cell metabolism cardiovascular pharmacology gene transfer cardiac arrest intact hearts intact heart bioenergetics free radical biology enzyme inhibition animal biotechnology medicinal research cardiomyopathy lipid chemistry organ physiology physiological research translational physiology cell physiology reperfusion injury hypertrophied hearts rodent models endocrine research biological function veterinary physiology experimental biophysics medical biophysics mathematical biophysics catalyst activation biocatalysis microrna detection clinical physiology cardiac muscle lipoprotein metabolism lipid analysis dyslipidemia compensatory pathways oxidative flux preferential oxidation nuclear receptor ppara triacylglyceride-derived fatty acids hypertrophied rat heart anaplerotic flux malic enzyme endogenous lipid oxidation lipid storage limited transfer diabetic rats heart failure diabetes cardiovascular disease cardiac metabolism critical care resuscitation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nicotinamide Restores Tissue Nad+ and Improves Survival in Rodent Models of Cardiac Arrest. PLoS ONE (2023)

Xiangdong ZhuJing LiHuashan WangFilip M. GasiorChunpei LeeShaoxia LinCody N. JusticeJ. Michael O’DonnellTerry L. Vanden Hoek

tissue engineeringplo biologyrodent modelsregenerative medicinecardiac arrestpharmacologymammalian biologyreperfusion injurysurvival analysisneurologythrombosispharmacotherapycardiovascular diseaseemergency medicine

Intra‐Ischemic Hypothermia Cardioprotection Involves Modulation of Pten /Akt/ Erk Signaling and Fatty Acid Oxidation. Physiological Reports (2023)

Cody N. JusticeXiangdong ZhuJing LiJ. Michael O'DonnellTerry L. Vanden Hoek

liver physiologyapplied physiologyelectrophysiologyphysiological researchhuman physiologypharmacologymembrane biologyphysiologysignal transductionfatty acid oxidationtranslational physiologyhealth sciences

Abstract 103: Regulation of Cardiac Pten/Akt Signaling by Moderate Intra-Ischemic Therapeutic Hypothermia. Circulation (2022)

Cody N JusticeXiangdong ZhuJing LiJ M OdonnellTerry L Vanden Hoek

medicinecirculatory physiologycardiologyphysiological regulationpharmacologyphysiologysignal transduction

Tat Delivery of a Pten Peptide Inhibitor Has Direct Cardioprotective Effects and Improves Outcomes in Rodent Models of Cardiac Arrest. AJP Heart and Circulatory Physiology (2021)

Xiangdong ZhuJing LiHuashan WangFilip M. GasiorChunpei LeeShaoxia LinZhiyi ZhuYouhua WangCody N. JusticeJ. Michael O'DonnellTerry L. Vanden Hoek

cell biologyrodent modelshuman physiologypharmacologyimproves outcomescardiovascular researchtat deliverycirculatory physiologycardiovascular physiologycardiovascular functionelectrophysiologydrug deliverypulmonary circulationapplied physiologypten peptide inhibitoranimal physiologyphysiologysurvival analysismedicinal researchcardiologyregenerative medicinecardiac arrest

Abstract 276: Tat-Pten9C Targets Heart Directly to Improve Survival From Cardiac Arrest. Circulation (2019)

Xiangdong ZhuFilip GasiorJing LiHuashan WangZhiyi ZhuJ M OdonnellTerry L Vanden Hoek

circulatory physiologycancer researchcardiologypharmacologyrespiratory medicinephysiologysurvival analysishealth sciencescardiovascular researchcardiac arrest

Enhanced Redox State and Efficiency of Glucose Oxidation With Mir Based Suppression of Maladaptive Nadph-Dependent Malic Enzyme 1 Expression in Hypertrophied Hearts. Circulation Research (2018)

Ryan LaheyAndrew N. CarleyXuerong WangCarley E. GlassKevin D. AccolaScott SilvestryJ. Michael O’DonnellE. Douglas Lewandowski

mitochondrial functionredox statepharmacologycardiovascular researchgene expressionglucose oxidationenzymesliver physiologycirculatory physiologycardiovascular physiologybiomedical engineeringmembrane biologyredox biologyimmunologymaladaptive nadph-dependent malichypertrophied heartscatalyst activationinflammationendocrinologybiocatalysismicrorna detectionenzyme inhibition

Enhanced Incorporation of Dietary Dha Into Lymph Phospholipids by Altering Its Molecular Carrier. Biochimica et Biophysica Acta (BBA) - Molecular and Cell Biology of Lipids (2016)

Papasani V. SubbaiahKarigowda J. DammanahalliPeng YangJian BiJ. Michael O'Donnell

lipid scienceenhanced incorporationgene expressionmolecular and cellular biologymolecular carrierdietary dhabiological chemistryimmunologymembrane biologybiochemistrycell and molecular biologylipidslymph phospholipidsmolecular biologynutritional biochemistry

Absorption of Molecular Forms of Dietary Docosahexaenoic Acid (Dha) and Their Potential to Provide Dha to the Brain. The FASEB Journal (2015)

Papasani SubbaiahKarigowda. DammanahalliPeng YangPooja MalhotraJian BiJ O'DonnellWaddah Alrefai

molecular formsneurochemistrygeneticsmolecular neurosciencenutritional neuroscienceprotein scienceneurosciencemolecular neurobiologydietary docosahexaenoic acidmolecular biologynutritional biochemistrybrain function

Abstract 12756: Peripheral Organ Nd Systemic Metabolism Respond Early to Cardiac Overload in the Absence of Underlying Metabolic Syndrome and Present in Multiaphasic Fashion During the Transition Toward Cardiac Decompensation. Circulation (2015)

Chong Wee LiewShanshan XuXuerong WangHyerim Whang KongAmy HughesSusan K FischerGiamila FantuzziJ. Michael O'DonnellE. Douglas Lewandowski

cardiac decompensationcardiologymultiaphasic fashionregenerative medicinephysiologynephrologycardiovascular researchhealth sciencesmetabolic syndromeepidemiology

Abstract 237: The First Direct Measure of Chylomicron Metabolism in Heart Reveals a Reciprocal Balance Between Mitochondrial Oxidation of Fats From Chylomicron vs Albumin Sources. Circulation Research (2015)

J. Michael O’DonnellE. Douglas LewandowskiPapasani V Subbaiah

metabolismcirculatory physiologyliver physiologymitochondrial oxidationcardiologyendocrinologycardiovascular physiologyredox biologybiochemistrypharmacologymembrane biologyphysiologyfirst direct measurecardiovascular researchreciprocal balancemolecular physiologychylomicron metabolism

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J Michael O'Donnell

Associate Professor

University of Illinois Chicago

Affiliations

College of Medicine

Department of Physiology and Biophysics

J Michael O'donnell is currently serving as a College Of Medicine Associate 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

J Michael O'Donnell

University of Illinois Chicago

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nicotinamide Restores Tissue Nad+ and Improves Survival in Rodent Models of Cardiac Arrest. PLoS ONE (2023)

Xiangdong ZhuJing LiHuashan WangFilip M. GasiorChunpei LeeShaoxia LinCody N. JusticeJ. Michael O’DonnellTerry L. Vanden Hoek

Intra‐Ischemic Hypothermia Cardioprotection Involves Modulation of Pten /Akt/ Erk Signaling and Fatty Acid Oxidation. Physiological Reports (2023)

Cody N. JusticeXiangdong ZhuJing LiJ. Michael O'DonnellTerry L. Vanden Hoek

Abstract 103: Regulation of Cardiac Pten/Akt Signaling by Moderate Intra-Ischemic Therapeutic Hypothermia. Circulation (2022)

Cody N JusticeXiangdong ZhuJing LiJ M OdonnellTerry L Vanden Hoek

medicinecirculatory physiologycardiologyphysiological regulationpharmacologyphysiologysignal transduction

Tat Delivery of a Pten Peptide Inhibitor Has Direct Cardioprotective Effects and Improves Outcomes in Rodent Models of Cardiac Arrest. AJP Heart and Circulatory Physiology (2021)

Xiangdong ZhuJing LiHuashan WangFilip M. GasiorChunpei LeeShaoxia LinZhiyi ZhuYouhua WangCody N. JusticeJ. Michael O'DonnellTerry L. Vanden Hoek

Abstract 276: Tat-Pten9C Targets Heart Directly to Improve Survival From Cardiac Arrest. Circulation (2019)

Xiangdong ZhuFilip GasiorJing LiHuashan WangZhiyi ZhuJ M OdonnellTerry L Vanden Hoek

circulatory physiologycancer researchcardiologypharmacologyrespiratory medicinephysiologysurvival analysishealth sciencescardiovascular researchcardiac arrest

Enhanced Redox State and Efficiency of Glucose Oxidation With Mir Based Suppression of Maladaptive Nadph-Dependent Malic Enzyme 1 Expression in Hypertrophied Hearts. Circulation Research (2018)

Ryan LaheyAndrew N. CarleyXuerong WangCarley E. GlassKevin D. AccolaScott SilvestryJ. Michael O’DonnellE. Douglas Lewandowski

Enhanced Incorporation of Dietary Dha Into Lymph Phospholipids by Altering Its Molecular Carrier. Biochimica et Biophysica Acta (BBA) - Molecular and Cell Biology of Lipids (2016)

Papasani V. SubbaiahKarigowda J. DammanahalliPeng YangJian BiJ. Michael O'Donnell

Absorption of Molecular Forms of Dietary Docosahexaenoic Acid (Dha) and Their Potential to Provide Dha to the Brain. The FASEB Journal (2015)

Papasani SubbaiahKarigowda. DammanahalliPeng YangPooja MalhotraJian BiJ O'DonnellWaddah Alrefai

Chong Wee LiewShanshan XuXuerong WangHyerim Whang KongAmy HughesSusan K FischerGiamila FantuzziJ. Michael O'DonnellE. Douglas Lewandowski

cardiac decompensationcardiologymultiaphasic fashionregenerative medicinephysiologynephrologycardiovascular researchhealth sciencesmetabolic syndromeepidemiology

J. Michael O’DonnellE. Douglas LewandowskiPapasani V Subbaiah

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