Faculty

Institution

Unit

Venue

Brent Simpson

Postdoctoral Research Associate

University of Georgia

Affiliations

College of Veterinary Medicine

Department of Infectious Diseases

Brent Simpson is currently serving as a College Of Veterinary Medicine Postdoctoral Research Associate at University of Georgia.

Honors

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Experiences

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Education

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Brent Simpson

University of Georgia

Postdoctoral Research Associate

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molecular biology microbiology membrane biology molecular microbiology clinical microbiology bacteriology genetics microbial pathogenesis applied microbiology protein transport enzymes membrane transport outer membrane pharmacology molecular pharmacology enzyme inhibition molecular physiology microbial physiology medical microbiology intracellular trafficking protein engineering signal transduction gene expression pathogenic bacteria biological chemistry protein science environmental microbiology cell surface escherichia coli acinetobacter baumannii clinical biochemistry molecular cell biology molecular metabolism cellular biochemistry bioresource technology microbial cell factory liver physiology vascular biology redox biology enzyme catalysis pathway analysis biochemical genetics microbial genetics microbial diversity environmental biotechnology molecular biotechnology pathogen transmission lps modifications antibiotic novobiocin binds inner membrane periplasmic transport structural support elongasome peptidoglycan synthesis mla pathway anterograde lipid transport lipopolysaccharide abc transporter coordinate atpase activity extractor function atp hydrolysis cycle biological engineering bacteria

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Conserved Hub Protein for Coordinating Peptidoglycan Turnover That Activates Cell Division Amidases in Acinetobacter Baumannii. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Brent W. SimpsonAmanda B. McLeanM. Stephen Trent

conserved hub proteinmicrobiologyenzymespeptidoglycan turnoveracinetobacter baumanniicell biologymolecular biology

Escherichia Coli Cadb is Capable of Promiscuously Transporting Muropeptides and Contributing to Peptidoglycan Recycling. Journal of Bacteriology (2024)

Brent W. SimpsonMichael C. GilmoreAmanda Briann McLeanFelipe CavaM. Stephen Trent

microbiologypathogenic bacteriaprotein transportinfectious diseasesmicrobial pathogenesismolecular microbiologybacteriaclinical microbiologybacteriologypathogenspathogen transmissionmedical microbiologyapplied microbiologypathology

Plsx and Plsy: Additional Roles Beyond Glycerophospholipid Synthesis in Gram-Negative Bacteria. mBio (2024)

Audrey N. RexBrent W. SimpsonGregory BokinskyM. Stephen Trent

microbiologygram-negative bacteriaglycerophospholipid synthesisbacteria

Escherichia Coli Utilizes Multiple Peptidoglycan Recycling Permeases With Distinct Strategies of Recycling. Proceedings of the National Academy of Sciences (2023)

Brent W. SimpsonMichael C. GilmoreAmanda Briann McLeanFelipe CavaM. Stephen Trent

distinct strategiesmicrobial pathogenesisapplied microbiologymicrobial ecologyclinical microbiologybacteriologypathogenic bacteriabioresource technologymicrobial diversityrecyclingbiotechnologymicrobial physiologyenvironmental biotechnologybiomolecular engineeringmicrobial cell factorymolecular microbiologybiological engineeringmolecular biologyenvironmental microbiology

Impact of the Camp-Camp Receptor Protein Regulatory Complex on Lipopolysaccharide Modifications and Polymyxin B Resistance in Escherichia Coli. Journal of Bacteriology (2023)

Alexandria B. PurcellBrent W. SimpsonM. Stephen Trent

microbiologyreceptorsmolecular microbiologyclinical microbiologyescherichia coliimmunologybacteriologymedical microbiologylipopolysaccharide modificationsmolecular biologymicrobial physiology

Acinetobacter Baumannii Can Survive With an Outer Membrane Lacking Lipooligosaccharide Due to Structural Support From Elongasome Peptidoglycan Synthesis. mBio (2021)

Brent W. SimpsonMarta NieckarzVictor PinedoAmanda B. McLeanFelipe CavaM. Stephen Trent

microbiologymolecular microbiologyelongasome peptidoglycan synthesisclinical microbiologybacteriologymembrane biologyouter membranemolecular biologystructural support

Lipopolysaccharide Transport Involves Long-Range Coupling Between Cytoplasmic and Periplasmic Domains of the Lptb 2 Fgc Extractor. Journal of Bacteriology (2020)

Emily A. LundstedtBrent W. SimpsonNatividad Ruiz

microbiologygeneticsenvironmental microbiologymolecular microbiologylipopolysaccharide transportlong-range couplingperiplasmic domainsbacteriabacteriologymolecular biologyapplied microbiology

Lptb‐Lptf Coupling Mediates the Closure of the Substrate‐Binding Cavity in the Lptb 2 Fgc Transporter Through a Rigid‐Body Mechanism to Extract Lps. Molecular Microbiology (2020)

Emily A. LundstedtBrent W. SimpsonNatividad Ruiz

microbiologygeneticsenzymesgene expressionmicrobial geneticsprotein transportmembrane transportmolecular microbiologymicrobial pathogenesissubstrate-binding cavitybacteriologymembrane biologysignal transductionrigid-body mechanismmolecular biologylptb-lptf couplingapplied microbiology

Restoring Balance to the Outer Membrane: Yejm’s Role in Lps Regulation. mBio (2020)

Brent W. SimpsonMartin V. DouglassM. Stephen Trent

geneticsbalancemembrane biologyouter membranephysiologymolecular biologylps regulation

The Mla Pathway in Acinetobacter Baumannii Has No Demonstrable Role in Anterograde Lipid Transport. eLife (2020)

Matthew J PowersBrent W SimpsonM Stephen Trent

microbiologygeneticsanterograde lipid transportmla pathwaymolecular microbiologymicrobial pathogenesisacinetobacter baumanniiclinical microbiology

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Brent Simpson

Postdoctoral Research Associate

University of Georgia

Affiliations

College of Veterinary Medicine

Department of Infectious Diseases

Brent Simpson is currently serving as a College Of Veterinary Medicine Postdoctoral Research Associate at University of Georgia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Brent Simpson

University of Georgia

Postdoctoral Research Associate

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Conserved Hub Protein for Coordinating Peptidoglycan Turnover That Activates Cell Division Amidases in Acinetobacter Baumannii. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Brent W. SimpsonAmanda B. McLeanM. Stephen Trent

conserved hub proteinmicrobiologyenzymespeptidoglycan turnoveracinetobacter baumanniicell biologymolecular biology

Escherichia Coli Cadb is Capable of Promiscuously Transporting Muropeptides and Contributing to Peptidoglycan Recycling. Journal of Bacteriology (2024)

Brent W. SimpsonMichael C. GilmoreAmanda Briann McLeanFelipe CavaM. Stephen Trent

Plsx and Plsy: Additional Roles Beyond Glycerophospholipid Synthesis in Gram-Negative Bacteria. mBio (2024)

Audrey N. RexBrent W. SimpsonGregory BokinskyM. Stephen Trent

microbiologygram-negative bacteriaglycerophospholipid synthesisbacteria

Escherichia Coli Utilizes Multiple Peptidoglycan Recycling Permeases With Distinct Strategies of Recycling. Proceedings of the National Academy of Sciences (2023)

Brent W. SimpsonMichael C. GilmoreAmanda Briann McLeanFelipe CavaM. Stephen Trent

Impact of the Camp-Camp Receptor Protein Regulatory Complex on Lipopolysaccharide Modifications and Polymyxin B Resistance in Escherichia Coli. Journal of Bacteriology (2023)

Alexandria B. PurcellBrent W. SimpsonM. Stephen Trent

microbiologyreceptorsmolecular microbiologyclinical microbiologyescherichia coliimmunologybacteriologymedical microbiologylipopolysaccharide modificationsmolecular biologymicrobial physiology

Acinetobacter Baumannii Can Survive With an Outer Membrane Lacking Lipooligosaccharide Due to Structural Support From Elongasome Peptidoglycan Synthesis. mBio (2021)

Brent W. SimpsonMarta NieckarzVictor PinedoAmanda B. McLeanFelipe CavaM. Stephen Trent

microbiologymolecular microbiologyelongasome peptidoglycan synthesisclinical microbiologybacteriologymembrane biologyouter membranemolecular biologystructural support

Lipopolysaccharide Transport Involves Long-Range Coupling Between Cytoplasmic and Periplasmic Domains of the Lptb 2 Fgc Extractor. Journal of Bacteriology (2020)

Emily A. LundstedtBrent W. SimpsonNatividad Ruiz

microbiologygeneticsenvironmental microbiologymolecular microbiologylipopolysaccharide transportlong-range couplingperiplasmic domainsbacteriabacteriologymolecular biologyapplied microbiology

Lptb‐Lptf Coupling Mediates the Closure of the Substrate‐Binding Cavity in the Lptb 2 Fgc Transporter Through a Rigid‐Body Mechanism to Extract Lps. Molecular Microbiology (2020)

Emily A. LundstedtBrent W. SimpsonNatividad Ruiz

Restoring Balance to the Outer Membrane: Yejm’s Role in Lps Regulation. mBio (2020)

Brent W. SimpsonMartin V. DouglassM. Stephen Trent

geneticsbalancemembrane biologyouter membranephysiologymolecular biologylps regulation

The Mla Pathway in Acinetobacter Baumannii Has No Demonstrable Role in Anterograde Lipid Transport. eLife (2020)

Matthew J PowersBrent W SimpsonM Stephen Trent

microbiologygeneticsanterograde lipid transportmla pathwaymolecular microbiologymicrobial pathogenesisacinetobacter baumanniiclinical microbiology

1
2
10 / page

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Tina Iverson

Institution

Vanderbilt University

structural biology

covid

Robert Nicholas

Institution

University of North Carolina at Chapel Hill

clinical microbiology

p2y receptors

Mario F. Feldman

Institution

Washington University in St. Louis

infectious diseases

membrane vesicles biogenesis

Natividad Ruiz

Institution

Ohio State University

applied microbiology

microbiology

Lawrence Reitzer

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University of Texas at Dallas

biosynthesis

applied microbiology

Ross Dalbey

Institution

Ohio State University

protein science

biophysics

Mary F. Roberts

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biochemistry

enzymes

Matthew Redinbo

Institution

University of North Carolina at Chapel Hill

gut microbial pathogens

microbiology

Pradeep K. Dudeja

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University of Illinois Chicago

gastroenterology

cell biology

Barry Philip Rosen

Institution

Florida International University

environmental engineering

arsenic biomethylation