Faculty

Institution

Unit

Venue

Jongyun Heo

Associate Professor

University of Texas at Arlington

Affiliations

College of Science

Department of Chemistry & Biochemistry

Jongyun Heo is currently serving as a College Of Science Associate Professor at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jongyun Heo

University of Texas at Arlington

Associate Professor

You can click a keyword to filter the displayed items

biochemistry redox biology enzymes molecular biology pharmacology biological chemistry membrane biology genetics protein science enzyme catalysis structural biology medicinal chemistry chemical biology free radical biology oxidative stress gene expression redox chemistry redox signaling biocatalysis co dehydrogenase inorganic chemistry structural molecular biology coordination chemistry clinical microbiology insect biochemistry enzyme inhibition biological inorganic chemistry microbial genetics molecular microbiology bacteriology redox regulation kinetic mechanism avian biology animal bioscience transition metal chemistry plant science molecular science chemical sciences plant physiology medical microbiology reactive nitrogen species host-guest chemistry microbial physiology immunosuppression surface reactivity structure-function enzyme kinetics reactive oxygen species inorganic compounds embryonic development cancer biology breast oncology cell motility cancer treatment treatment development carbon monoxide x-ray structure redox-active rho gtpases hybrid cluster protein hydroxylamine reductase activity redox control functional significance molecular mechanisms reactive oxygen ras regulation nitrogen species nitric oxide ras-related gtpases

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rac-Dependent Feedforward Autoactivation of Nox2 Leads to Oxidative Burst. Journal of Biological Chemistry (2021)

Hanh My HoangHope Elizabeth JohnsonJongyun Heo

chemical biologyredox biologybiological chemistryimmunologypharmacologybiochemistrymembrane biologyfree radical biologyrac-dependent feedforward autoactivation

Development of Noonan Syndrome by Deregulation of Allosteric Sos Autoactivation. Journal of Biological Chemistry (2020)

Hope Gloria UmutesiHanh My HoangHope Elizabeth JohnsonKwangho NamJongyun Heo

developmental biologyallosteric sos autoactivationenzymesnoonan syndromeprotein sciencebiological chemistrybiochemistrymolecular biology

Allosteric Autoactivation of Sos and Its Kinetic Mechanism. Small GTPases (2019)

Hanh My HoangHope Gloria UmutesiJongyun Heo

molecular biologyallosteric autoactivationgene expressionkinetic mechanism

Kinetic Mechanism of Formation of Hyperactive Embryonic Ras in Cells. Biochemistry (2016)

Michael WeyJungwoon LeeHyo Sun KimSoon Seog JeongJungho KimJongyun Heo

developmental biologyembryonic developmentmolecular and cellular biologykinetic mechanismcell biologymolecular cell biologyprotein sciencebiochemistrymembrane biologygene expressionhyperactive embryonic rascellular physiology

Thiopurine Prodrugs Mediate Immunosuppressive Effects by Interfering With Rac1 Protein Function. Journal of Biological Chemistry (2016)

Jin-Young ShinMichael WeyHope G. UmutesiXiangle SunJerry SimeckaJongyun Heo

thiopurine prodrugsimmunosuppressive effectsoncologymedicinal chemistrypharmacologyepidemiologyimmunosuppression

Superoxide Inhibits Guanine Nucleotide Exchange Factor (Gef) Action on Ras, but Not on Rho, Through Desensitization of Ras to Gef. Biochemistry (2014)

Michael WeyVinh PhanGerardo YepezJongyun Heo

oxidative stressredox biologybiochemistrypharmacologynucleotide exchange factor

Kinetic Mechanisms of Mutation-Dependent Harvey Ras Activation and Their Relevance for the Development of Costello Syndrome. Biochemistry (2013)

Michael WeyJungwoon LeeSoon Seog JeongJungho KimJongyun Heo

epigeneticsgeneticscostello syndromebiochemistrypharmacologykinetic mechanisms

Insight Into the 6-Thiopurine-Mediated Termination of the Invasive Motility of Tumor Cells Derived From Inflammatory Breast Cancer. Biochemistry (2011)

Jongyun HeoMichael WeyInpyo Hong

inflammatory breast cancercancer biologybreast oncologypharmacologymetastasistumor biologyoncologycancer researchcell motilitycancer treatmentinvasive motilityclinical biochemistrybiochemical sciencesbiochemistryimmunologyvascular biologybreast cancercell deathmedicinal researchtumor cellstreatment development

Ras-Targeting Action of Thiopurines in the Presence of Reactive Nitrogen Species. Biochemistry (2010)

Jongyun HeoInpyo Hong

biochemistrypharmacologyras-targeting action

Redox Control of Gtpases: From Molecular Mechanisms to Functional Significance in Health and Disease. Antioxidants and Redox Signaling (2010)

Jongyun Heo

redox controlfunctional significancemolecular mechanismspharmacologyredox signaling

1
2
3
10 / page

Jongyun Heo

Associate Professor

University of Texas at Arlington

Affiliations

College of Science

Department of Chemistry & Biochemistry

Jongyun Heo is currently serving as a College Of Science Associate Professor at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jongyun Heo

University of Texas at Arlington

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rac-Dependent Feedforward Autoactivation of Nox2 Leads to Oxidative Burst. Journal of Biological Chemistry (2021)

Hanh My HoangHope Elizabeth JohnsonJongyun Heo

chemical biologyredox biologybiological chemistryimmunologypharmacologybiochemistrymembrane biologyfree radical biologyrac-dependent feedforward autoactivation

Development of Noonan Syndrome by Deregulation of Allosteric Sos Autoactivation. Journal of Biological Chemistry (2020)

Hope Gloria UmutesiHanh My HoangHope Elizabeth JohnsonKwangho NamJongyun Heo

developmental biologyallosteric sos autoactivationenzymesnoonan syndromeprotein sciencebiological chemistrybiochemistrymolecular biology

Allosteric Autoactivation of Sos and Its Kinetic Mechanism. Small GTPases (2019)

Hanh My HoangHope Gloria UmutesiJongyun Heo

molecular biologyallosteric autoactivationgene expressionkinetic mechanism

Kinetic Mechanism of Formation of Hyperactive Embryonic Ras in Cells. Biochemistry (2016)

Michael WeyJungwoon LeeHyo Sun KimSoon Seog JeongJungho KimJongyun Heo

Thiopurine Prodrugs Mediate Immunosuppressive Effects by Interfering With Rac1 Protein Function. Journal of Biological Chemistry (2016)

Jin-Young ShinMichael WeyHope G. UmutesiXiangle SunJerry SimeckaJongyun Heo

thiopurine prodrugsimmunosuppressive effectsoncologymedicinal chemistrypharmacologyepidemiologyimmunosuppression

Superoxide Inhibits Guanine Nucleotide Exchange Factor (Gef) Action on Ras, but Not on Rho, Through Desensitization of Ras to Gef. Biochemistry (2014)

Michael WeyVinh PhanGerardo YepezJongyun Heo

oxidative stressredox biologybiochemistrypharmacologynucleotide exchange factor

Kinetic Mechanisms of Mutation-Dependent Harvey Ras Activation and Their Relevance for the Development of Costello Syndrome. Biochemistry (2013)

Michael WeyJungwoon LeeSoon Seog JeongJungho KimJongyun Heo

epigeneticsgeneticscostello syndromebiochemistrypharmacologykinetic mechanisms

Insight Into the 6-Thiopurine-Mediated Termination of the Invasive Motility of Tumor Cells Derived From Inflammatory Breast Cancer. Biochemistry (2011)

Jongyun HeoMichael WeyInpyo Hong

Ras-Targeting Action of Thiopurines in the Presence of Reactive Nitrogen Species. Biochemistry (2010)

Jongyun HeoInpyo Hong

biochemistrypharmacologyras-targeting action

Redox Control of Gtpases: From Molecular Mechanisms to Functional Significance in Health and Disease. Antioxidants and Redox Signaling (2010)

Jongyun Heo

redox controlfunctional significancemolecular mechanismspharmacologyredox signaling

1
2
3
10 / page

Similar Faculty Members

Amie Boal

Institution

Pennsylvania State University

process biochemistry

enzyme structure

Jennifer Dubois

Institution

Montana State University

complex enzymes

biochemistry

Aimin Liu

Institution

University of Texas at San Antonio

biosynthesis

molecular metabolism

Joan Broderick

Institution

Montana State University

metal cluster assembly

bioinorganic chemistry

Nicole S. Sampson

Institution

Stony Brook University

metabolic pathway analysis

metabolomics

Squire J. Booker

Institution

Pennsylvania State University

biosynthesis

microbiology

Rajeev Prabhakar

Institution

University of Miami

biochemistry

enzymes

Carsten Krebs

Institution

Pennsylvania State University

enzyme catalysis

energy research

James Cowan

Institution

Ohio State University

metallodrug discovery

transition metal chemistry

Hung-wen Liu

Institution

University of Texas at Austin

biochemistry

enzymes

Similar Faculty Members

Amie Boal

Institution

Pennsylvania State University

process biochemistry

enzyme structure

Jennifer Dubois

Institution

Montana State University

complex enzymes

biochemistry

Aimin Liu

Institution

University of Texas at San Antonio

biosynthesis

molecular metabolism

Joan Broderick

Institution

Montana State University

metal cluster assembly

bioinorganic chemistry

Nicole S. Sampson

Institution

Stony Brook University

metabolic pathway analysis

metabolomics

Squire J. Booker

Institution

Pennsylvania State University

biosynthesis

microbiology

Rajeev Prabhakar

Institution

University of Miami

biochemistry

enzymes

Carsten Krebs

Institution

Pennsylvania State University

enzyme catalysis

energy research

James Cowan

Institution

Ohio State University

metallodrug discovery

transition metal chemistry

Hung-wen Liu

Institution

University of Texas at Austin

biochemistry

enzymes