Faculty

Institution

Unit

Venue

Catherine Fuller

Professor

University of Alabama at Birmingham

Affiliations

School of Medicine

Cell, Developmental & Integrative Biology

Catherine Fuller is currently serving as a Cell, Developmental & Integrative Biology Professor at University of Alabama At Birmingham.

Honors

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Experiences

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Education

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Catherine Fuller

University of Alabama at Birmingham

Professor

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membrane biology cell biology physiology cellular physiology molecular biology protein science biological chemistry molecular physiology cell physiology biochemistry electrophysiology tumor biology brain tumor research gliomas cell signaling signal transduction gene expression redox biology structural biology cancer biology mammalian biology vascular biology medicinal research membrane transport tissue physiology animal physiology protein transport liver physiology cellular neurobiology cell migration molecular regulation integrative biology mammalian physiology neurochemistry biochemical sciences enzyme inhibition protein function cell regulation biomolecular interactions molecular neurobiology cancer genomics glioma cells oocytes neurotransmission physiological research functional modification epithelial sodium channels epithelial sodium channel cellular biochemistry molecular cell biology avian biology clinical physiology medical biophysics translational physiology protein expression neuroinflammation renal function xenopus oocytes bovine trachea functional expression point mutations bioelectrochemistry cell biomechanics signaling pathways osmotic stress molecular docking protein secretion molecular cloning anion transport family osmotic pressure planar lipid bilayers human glioma cells peptide inhibition ion channel genomic cloning differential gene expression computational intelligence evolutionary data mining data mining machine learning data science optimization-based data mining artificial intelligence knowledge discovery

Notable Scholarly Works

Notable Federal Grants

Collaborators

Glioma Cells and Rat Astrocytes Interaction of Asic1 and Enac Subunits in Human. (2016)

Dale J. BenosCecelia B. LathamZsuzsanna BebokVladimir ParpuraCatherine M. FullerWilliam LeeRafal BartoszewskiCarmel M. McNicholas

neurologybiomolecular interactionsenac subunitsgliomasvascular biologyredox biologymammalian biologyneuro-oncologyglioma cellscancer biologytumor biologyneuroscienceneuroanatomycell biology

Expression and Purification of the Alpha Subunit of the Epithelial Sodium Channel, Enac. Protein Expression and Purification (2015)

Bharat G. ReddyQun DaiCarmel M. McNicholasCatherine M. FullerJohn C. KappesLawrence J. DeLucas

gene expressionpharmacologyredox biologyprotein purificationepithelial sodium channelalpha subunitprotein expressionsignal transductionprotein sciencemembrane biologybiochemistrycell biology

Physical and Functional Interactions Between a Glioma Cation Channel and Integrin-β 1 Require α-Actinin. AJP Cell Physiology (2015)

Arun K. RoojZhiyong LiuCarmel M. McNicholasCatherine M. Fuller

physiologyneuroinflammationglioma cation channelcellular biologygliomascellular physiologybrain tumor researchcell interactionsneurotransmissioncell physiologyneuro-oncologymembrane biologymolecular physiologytumor biologyneuroscienceneurophysiologycell biology

Semicircular Canal Duct Epithelium of Neonatal Rat Amiloride-Sensitive Sodium Transport Pathway by Glucocorticoid Regulation of Genes in The. (2015)

Satyanarayana R. PondugulaNithya N. RaveendranZuhal ErgonulIacopo DallanAugusto Pietro CasaniPaolo PiaggiNiccolò CerchiaiVeronica SecciaStefano SellariYawar J. QadriArun K. RoojCatherine M. Fuller

physiologyliver physiologygene expressioncellular physiologymembrane transportendocrinologyvascular biologygeneticsmammalian biologyfunctional regulationdevelopmental neurobiologymembrane biologysignal transductionmolecular physiologyneuroscienceglucocorticoid regulation

Abstract 1643: Physical and Functional Interactions Between Acid Sensing Ion Channel 1 (Asic1) and Integrin β1 in Glioma Cells.. Cancer Research (2013)

Arun K. RoojCarmel M. McNicholasCatherine M. Fuller

cell biophysicsneuro-oncologyglioma cellsbiomolecular interactionscell interactionscancer biologyprotein sciencecancer researchtumor biologyphysiologybiophysicsgliomasbrain tumor researchredox biologyneurochemistryoncologymedicinal researchfunctional interactionsneuroscience

I Don't Know the Question, but Sex is Definitely the Answer! Focus on “in Pursuit of Scientific Excellence: Sex Matters” and “Do You Know the Sex of Your Cells?”. AJP Cell Physiology (2013)

Catherine M. FullerPaul A. Insel

physiologyelectrophysiologycellular physiologyphysiological researchcell physiologysex matterscell biology

A Deg/Enac Cation Conductance Regulates Migration and Cell Cycle Progression in Gliomas. The FASEB Journal (2012)

Arun Kumar RoojCarmel McNicholasCatherine M Fuller

neurologycell migrationcell cycle progressionradiation oncologybrain tumor researchneuro-oncologycancer biologytumor biologyneuroscience

Association of Epithelial Na+ Channel (Enac) and Acid‐Sensitive Ion Channel (Asic) Subunits With Lipid Rafts in High Grade Gliomas. The FASEB Journal (2012)

Janetricks Nanjala ChebukatiCarmel M McNicholasCatherine M Fuller

high grade gliomasmembrane scienceneuro-oncologymolecular neurobiologycell biologyneurologytumor targetingmembrane transportmolecular cancercancer genomicsprotein scienceacid-sensitive ion channelmembrane biologycellular neurobiologytumor biologygliomasbrain tumor researchlipid raftsoncologyneuroscience

Enacs and Asics as Therapeutic Targets. AJP Cell Physiology (2012)

Yawar J. QadriArun K. RoojCatherine M. Fuller

physiologypharmacologycellular physiologyclinical therapeuticspharmacotherapycell physiologyclinical research

Glioma-Specific Cation Conductance Regulates Migration and Cell Cycle Progression. Journal of Biological Chemistry (2011)

Arun K. RoojCarmel M. McNicholasRafal BartoszewskiZsuzsanna BebokDale J. BenosCatherine M. Fuller

medical biophysicsbiological chemistrybiomolecular interactionsvascular biologycancer genomicsmolecular cell biologycancer biologybiochemical sciencescell migrationmembrane biologycell cycle progressionmolecular and cellular biologytumor biologybiophysicsgliomasbiomedical engineeringglioma-specific cation conductanceredox biologymolecular biologymolecular medicine

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Catherine Fuller

Professor

University of Alabama at Birmingham

Affiliations

School of Medicine

Cell, Developmental & Integrative Biology

Catherine Fuller is currently serving as a Cell, Developmental & Integrative Biology Professor 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

Catherine Fuller

University of Alabama at Birmingham

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Glioma Cells and Rat Astrocytes Interaction of Asic1 and Enac Subunits in Human. (2016)

Dale J. BenosCecelia B. LathamZsuzsanna BebokVladimir ParpuraCatherine M. FullerWilliam LeeRafal BartoszewskiCarmel M. McNicholas

neurologybiomolecular interactionsenac subunitsgliomasvascular biologyredox biologymammalian biologyneuro-oncologyglioma cellscancer biologytumor biologyneuroscienceneuroanatomycell biology

Expression and Purification of the Alpha Subunit of the Epithelial Sodium Channel, Enac. Protein Expression and Purification (2015)

Bharat G. ReddyQun DaiCarmel M. McNicholasCatherine M. FullerJohn C. KappesLawrence J. DeLucas

gene expressionpharmacologyredox biologyprotein purificationepithelial sodium channelalpha subunitprotein expressionsignal transductionprotein sciencemembrane biologybiochemistrycell biology

Physical and Functional Interactions Between a Glioma Cation Channel and Integrin-β 1 Require α-Actinin. AJP Cell Physiology (2015)

Arun K. RoojZhiyong LiuCarmel M. McNicholasCatherine M. Fuller

Semicircular Canal Duct Epithelium of Neonatal Rat Amiloride-Sensitive Sodium Transport Pathway by Glucocorticoid Regulation of Genes in The. (2015)

Satyanarayana R. PondugulaNithya N. RaveendranZuhal ErgonulIacopo DallanAugusto Pietro CasaniPaolo PiaggiNiccolò CerchiaiVeronica SecciaStefano SellariYawar J. QadriArun K. RoojCatherine M. Fuller

Abstract 1643: Physical and Functional Interactions Between Acid Sensing Ion Channel 1 (Asic1) and Integrin β1 in Glioma Cells.. Cancer Research (2013)

Arun K. RoojCarmel M. McNicholasCatherine M. Fuller

I Don't Know the Question, but Sex is Definitely the Answer! Focus on “in Pursuit of Scientific Excellence: Sex Matters” and “Do You Know the Sex of Your Cells?”. AJP Cell Physiology (2013)

Catherine M. FullerPaul A. Insel

physiologyelectrophysiologycellular physiologyphysiological researchcell physiologysex matterscell biology

A Deg/Enac Cation Conductance Regulates Migration and Cell Cycle Progression in Gliomas. The FASEB Journal (2012)

Arun Kumar RoojCarmel McNicholasCatherine M Fuller

neurologycell migrationcell cycle progressionradiation oncologybrain tumor researchneuro-oncologycancer biologytumor biologyneuroscience

Association of Epithelial Na+ Channel (Enac) and Acid‐Sensitive Ion Channel (Asic) Subunits With Lipid Rafts in High Grade Gliomas. The FASEB Journal (2012)

Janetricks Nanjala ChebukatiCarmel M McNicholasCatherine M Fuller

Enacs and Asics as Therapeutic Targets. AJP Cell Physiology (2012)

Yawar J. QadriArun K. RoojCatherine M. Fuller

physiologypharmacologycellular physiologyclinical therapeuticspharmacotherapycell physiologyclinical research

Glioma-Specific Cation Conductance Regulates Migration and Cell Cycle Progression. Journal of Biological Chemistry (2011)

Arun K. RoojCarmel M. McNicholasRafal BartoszewskiZsuzsanna BebokDale J. BenosCatherine M. Fuller

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Walter Boron

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Case Western Reserve University

membrane transport

gas exchange process

Colin G. Nichols

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Washington University in St. Louis

membrane transport

electrophysiology

Jian-Ping Jin

Institution

Wayne State University

mechanical tension regulation

protein structure-function relationships

Jian-Ping Jin

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University of Illinois Chicago

developmental biology

muscle cell motility

James R. Goldenring

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Vanderbilt University

gastrointestinal oncology

gastroenterology

William Guggino

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Johns Hopkins University

membrane biology

cell biology

Kermit Carraway

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University of California, Davis

pharmacological research

toxicological mechanism

Enrico Stefani

Institution

University of California, Los Angeles

cardiovascular function

pressure-overload model

Harvey R. Herschman

Institution

University of California, Los Angeles

imaging genomics

cell biology

Kenton Sanders

Institution

University of Nevada, Reno

pharmacological research

peripheral nervous system