Faculty

Institution

Unit

Venue

John Chatham

University of Alabama at Birmingham

Affiliations

School of Medicine

Pathology

NoneJohn Chatham is currently serving as a Pathology faculty at University of Alabama At Birmingham.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Chatham

University of Alabama at Birmingham

You can click a keyword to filter the displayed items

physiology cardiology pharmacology cardiovascular research cardiovascular physiology health sciences membrane biology cellular physiology circulatory physiology endocrinology biochemistry diabetes molecular physiology electrophysiology cardiovascular disease mammalian biology liver physiology inflammation animal physiology cardiovascular function vascular biology medicinal research metabolism respiratory medicine human physiology applied physiology protein science mitochondrial function reperfusion injury cell metabolism redox biology cardiomyopathy protein o-glcnacylation hexosamine biosynthesis pathway cellular biochemistry chronobiology metabolic regulation cardiovascular pharmacology molecular neurobiology biological chemistry hemostasis neurochemistry molecular regulation cellular neurobiology cell physiology cardiac function nuclear magnetic resonance spectroscopy mammalian physiology neurotransmission cellular biology tissue physiology energy metabolism insulin signaling neonatal cardiomyocytes cardiac metabolism o-glcnac levels heme homeostasis inflammatory diseases functional regulation biogerontology physiological research glucose metabolism cardiomyocyte circadian clock translational physiology medical biophysics energy homeostasis clinical pharmacology physiological regulation hexosamine biosynthesis ischemia-reperfusion injury cardiovascular system myocardial metabolism serine residues novel effector protein o-linked b-n-acetylglucosamine perfused rat hearts

Notable Scholarly Works

Notable Federal Grants

Collaborators

Editorial Board. Brachytherapy (2024)

A SyedMichael ZelefskyBethany AndersonGastrointestinal StrnadSteven FrankMatthew HarkenriderMitchell KamravaEye HeadPhillip DevlinChirag ShahGilad CohenMark RivardInvited FeaturesScott GlaserUsa TheranosticsNeil TaunkJaroslaw HepelJean Michael Hannoun-LeviFrance GastrointestinalPeter HassAlexandra StewartAmandeep TaggarMira KeyesGerard MortonPeter OrioChad TangEmma FieldsEric LeungWilliam SmallNeck SkinAngeles RovirosaLuca TagliaferriNikhil JoshiMartin TomAntonio DamatoChristopher DeufelDaniel ScanderbegDavid Aramburu NúñezIvan BuzurovicMauricio CambeiroMark CorkumJean-Marc CossetBrett CoxJuanita CrookJoao LuisDa SilvaBrian DavisLaura DoylePatricia EifelShirin EngerGabriel FonsecaRazvan GalalaeJose GuinotChristina GutiérrezLara HathoutEric HorwitzPeter HoskinJun ItamiChristian KirisitsManon KisselMarisa KollmeierRajat KudchadkerUsama MahmoodPatrick MclaughlinKevin MartellCanada Victor Munoz-GarzonBradley PietersCsaba PolgarAron PopovtzerLouis PottersBradley PrestidgeMarcus RandallSusan RichardsonMack RoachSimona ShaitelmanFrank-Andre SiebertNelson StoneEric VigneaultAkila ViswanathanTe VuongJunjie WangChina WernickeCatheryn YasharAtsunori YoruzuDavid Newcombe

Forskolin Reverses the O-Glcnacylation Dependent Decrease in Gabaar Current Amplitude at Hippocampal Synapses Possibly at a Neurosteroid Site on Gabaars.. Research Square (Research Square) (2024)

Shekinah PhillipsJohn C. ChathamLori L. McMahon

cognitive neuroscienceneurologypharmacologymolecular neuroscienceneurochemistryneurosteroid sitesystems neuroscienceneurodynamicshippocampal synapsesgabaar current amplitudebrain mechanismso-glcnacylation dependent decreasesignal transductioncellular neurobiologyneuroscienceneurophysiologybrain circuitry

Abstract P1138: Transcriptomic Insights Into How Previously Increased Cardiac Protein O-Glcnacylation Enhances Susceptibility to Cardiac Dysfunction in a Response to Pressure-Overload. Circulation research (2023)

Samuel F ChangChae-Myeong HaManoja BrahmaLuke PotterSayan BakshiJohn C ChathamAdam R Wende

physiologycardiologytranscriptomecardiovascular physiologyelectrophysiologypharmacologycellular physiologypulmonary circulationapplied physiologycardiovascular researchendocrinologyblood pressurecardiac musclerespiratory medicinemembrane biologyrenal pathophysiologycirculatory physiologyhealth sciences

Abstract P2055: Long-Term Elevation of Cardiomyocyte Protein O-Glcnac Levels Induces Cardiac Hypertrophy and Reduced Mitochondrial Function With Preserved Systolic Contractility. Circulation research (2023)

Chae-Myeong HaSayan BakshiManoja BrahmaLuke PotterSamuel ChangJohn C ChathamAdam R Wende

physiologycardiologycardiovascular functioncardiovascular physiologycellular physiologyshort-term variabilitycardiovascular researchlong-term elevationmitochondrial functiongeneticsrespiratory medicinestructural heart diseasemolecular physiologycirculatory physiologyhealth sciencescardiovascular disease

Best Practices in Assessing Cardiac Protein O -Glcnacylation by Immunoblot. American journal of physiology. Heart and circulatory physiology (2023)

Luyun ZouDingguo ZhangChae-Myeong HaAdam R. WendeJohn C. Chatham

physiologycardiologyimmunologycardiovascular physiologypharmacologyelectrophysiologycardiovascular researchendocrinologybest practicescirculatory physiology

Cardiomyocyte Zkscan3 Regulates Remodeling Following Pressure‐Overload. Physiological Reports (2023)

Xiaosen OuyangSayan BakshiGloria A. BenavidesZhihuan SunGerardo Hernandez‐MorenoHelen E. CollinsMariame S. KaneSilvio LitovskyMartin E. YoungJohn C. ChathamVictor Darley‐UsmarAdam R. WendeJianhua Zhang

physiologycardiologyliver physiologycardiovascular physiologycellular physiologyregenerative medicinephysiological researchhuman physiologybone remodelingcell regulationhealth sciencescell biology

Relationships Between Gene Expression and Behavior in Mice in Response to Systemic Modulation of the O‐Glcnacylation Pathway. Journal of Neurochemistry (2023)

Margaret B. BellXiaosen OuyangAbigail K. SheltonNha V. HuynhToni MuellerBalu K. ChackoAnil G. JeggaJohn C. ChathamC. Ryan MillerVictor Darley‐UsmarJianhua Zhang

gene expressiongeneticsmammalian biologyneurochemistrymolecular neurobiologysystems neurosciencesystemic modulationcellular neurobiologyneuroscience

Sustained Increases in Cardiomyocyte Protein O ‐Linked β‐N‐Acetylglucosamine Levels Lead to Cardiac Hypertrophy and Reduced Mitochondrial Function Without Systolic Contractile Impairment. Journal of the American Heart Association. Cardiovascular and cerebrovascular disease (2023)

Chae‐Myeong HaSayan BakshiManoja K. BrahmaLuke A. PotterSamuel F. ChangZhihuan SunGloria A. BenavidesLihao HePrachi UmbarkarLuyun ZouSamuel CurfmanSini SunnyAndrew J. PatersonNamakkal‐Soorappan RajasekaranJarrod W. BarnesJianhua ZhangHind LalMin XieVictor M. Darley‐UsmarJohn C. ChathamAdam R. Wende

physiologycardiologycardiomyocyte proteinmitochondrial functionb-n-acetylglucosamine levels

The Interplay Between Sex, Time of Day, Fasting Status, and Their Impact on Cardiac Mitochondrial Structure, Function, and Dynamics. Scientific Reports (2023)

Mariame S. KaneGloria A. BenavidesEdie OsumaMichelle S. JohnsonHelen E. CollinsYecheng HeDavid WestbrookSilvio H. LitovskyKasturi MitraJohn C. ChathamVictor Darley-UsmarMartin E. YoungJianhua Zhang

physiologyneurologycardiologychronobiologyelectrophysiologysex differencescardiovascular researchcardiac mitochondrial structuremitochondrial functionhuman physiologyscientific databiological functionhuman biologymembrane biologyneurosciencecardiovascular disease

Acute Inhibition of Oga Sex-Dependently Alters the Networks Associated With Bioenergetics, Autophagy, and Neurodegeneration. Molecular Brain (2022)

Van N. HuynhGloria A. BenavidesMichelle S. JohnsonXiaosen OuyangBalu K. ChackoEdie OsumaToni MuellerJohn ChathamVictor M. Darley-UsmarJianhua Zhang

acute inhibitionautophagymolecular neurobiologybiochemistrygene regulatory networksnetwork sciencemembrane biologyavian biologymolecular neurosciencemammalian biologysystems neurosciencebiological networksmolecular neurodegenerationnetwork evolutiongene expressionhost specificitymolecular biologymedicinal researchneuroscience

1
2
3
4
5
21
10 / page

John Chatham

University of Alabama at Birmingham

Affiliations

School of Medicine

Pathology

NoneJohn Chatham is currently serving as a Pathology faculty at University of Alabama At Birmingham.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Chatham

University of Alabama at Birmingham

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Editorial Board. Brachytherapy (2024)

Forskolin Reverses the O-Glcnacylation Dependent Decrease in Gabaar Current Amplitude at Hippocampal Synapses Possibly at a Neurosteroid Site on Gabaars.. Research Square (Research Square) (2024)

Shekinah PhillipsJohn C. ChathamLori L. McMahon

Samuel F ChangChae-Myeong HaManoja BrahmaLuke PotterSayan BakshiJohn C ChathamAdam R Wende

Chae-Myeong HaSayan BakshiManoja BrahmaLuke PotterSamuel ChangJohn C ChathamAdam R Wende

Best Practices in Assessing Cardiac Protein O -Glcnacylation by Immunoblot. American journal of physiology. Heart and circulatory physiology (2023)

Luyun ZouDingguo ZhangChae-Myeong HaAdam R. WendeJohn C. Chatham

physiologycardiologyimmunologycardiovascular physiologypharmacologyelectrophysiologycardiovascular researchendocrinologybest practicescirculatory physiology

Cardiomyocyte Zkscan3 Regulates Remodeling Following Pressure‐Overload. Physiological Reports (2023)

physiologycardiologyliver physiologycardiovascular physiologycellular physiologyregenerative medicinephysiological researchhuman physiologybone remodelingcell regulationhealth sciencescell biology

Relationships Between Gene Expression and Behavior in Mice in Response to Systemic Modulation of the O‐Glcnacylation Pathway. Journal of Neurochemistry (2023)

Margaret B. BellXiaosen OuyangAbigail K. SheltonNha V. HuynhToni MuellerBalu K. ChackoAnil G. JeggaJohn C. ChathamC. Ryan MillerVictor Darley‐UsmarJianhua Zhang

gene expressiongeneticsmammalian biologyneurochemistrymolecular neurobiologysystems neurosciencesystemic modulationcellular neurobiologyneuroscience

physiologycardiologycardiomyocyte proteinmitochondrial functionb-n-acetylglucosamine levels

The Interplay Between Sex, Time of Day, Fasting Status, and Their Impact on Cardiac Mitochondrial Structure, Function, and Dynamics. Scientific Reports (2023)

Mariame S. KaneGloria A. BenavidesEdie OsumaMichelle S. JohnsonHelen E. CollinsYecheng HeDavid WestbrookSilvio H. LitovskyKasturi MitraJohn C. ChathamVictor Darley-UsmarMartin E. YoungJianhua Zhang

Acute Inhibition of Oga Sex-Dependently Alters the Networks Associated With Bioenergetics, Autophagy, and Neurodegeneration. Molecular Brain (2022)

Van N. HuynhGloria A. BenavidesMichelle S. JohnsonXiaosen OuyangBalu K. ChackoEdie OsumaToni MuellerJohn ChathamVictor M. Darley-UsmarJianhua Zhang

1
2
3
4
5
21
10 / page

Similar Faculty Members

Neetu Tyagi

Institution

University of Louisville

stem cell

endothelial function

Suresh C. Tyagi

Institution

University of Louisville

health science

cardiovascular translational research

Anindita Das

Institution

Virginia Commonwealth University

cardiology

pharmacology

Sushil Mahata

Institution

University of California, San Diego

metabolic disorder

hormone secretion

Shahid Baba

Institution

University of Louisville

pharmacology

physiology

Hemal Patel

Institution

University of California, San Diego

pharmacology

physiology

Richard Minshall

Institution

University of Illinois Chicago

endothelial cell biology

endothelial dysfunction

Colin G. Nichols

Institution

Washington University in St. Louis

membrane transport

electrophysiology

Daria Mochly-Rosen

Institution

Stanford University

pharmacology

cardiology

Charles Lang

Institution

Pennsylvania State University

physiology

endocrinology

Similar Faculty Members

Neetu Tyagi

Institution

University of Louisville

stem cell

endothelial function

Suresh C. Tyagi

Institution

University of Louisville

health science

cardiovascular translational research

Anindita Das

Institution

Virginia Commonwealth University

cardiology

pharmacology

Sushil Mahata

Institution

University of California, San Diego

metabolic disorder

hormone secretion

Shahid Baba

Institution

University of Louisville

pharmacology

physiology

Hemal Patel

Institution

University of California, San Diego

pharmacology

physiology

Richard Minshall

Institution

University of Illinois Chicago

endothelial cell biology

endothelial dysfunction

Colin G. Nichols

Institution

Washington University in St. Louis

membrane transport

electrophysiology

Daria Mochly-Rosen

Institution

Stanford University

pharmacology

cardiology

Charles Lang

Institution

Pennsylvania State University

physiology

endocrinology