Faculty

Institution

Unit

Venue

Robert Clubb

University of California, Los Angeles

Affiliations

the College

Molecular Biology Institute (mbi)

NoneRobert Clubb is currently serving as a Molecular Biology Institute (Mbi) faculty at University of California, Los Angeles.

Honors

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Experiences

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Education

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Robert Clubb

University of California, Los Angeles

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molecular biology structural biology protein structure biochemistry protein science enzymes biophysics structural molecular biology genetics biomolecular structure nuclear magnetic resonance biological chemistry clinical microbiology membrane biology applied microbiology molecular microbiology solution structure bacteriology hematology staphylococcus aureus human hemoglobin gene expression heme transport biochemical sciences molecular structure genome biology protein transport heme trafficking heme homeostasis protein chemistry receptors molecular physiology enzyme inhibition receptor (biochemistry) phage biology protein function virus research microbial physiology protein nmr enzyme catalysis molecular science redox biology mammalian biology molecular sorting heme signaling protein assembly virus-host interactions heme degradation bacteriophages molecular biotechnology structure-function enzyme kinetics gram-positive bacteria medicinal research biological inorganic chemistry structural genomics protein biosynthesis structural bioinformatics nmr structure bacillus anthracis phage mu transposase host-guest chemistry host response structure discovery pathogen detection molecular basis rna biology structure determination oligomerization domain active site isdc protein amino-terminal domain excisionase-dna complex xis protein heme transfer resonance assignments sortase enzymes pathogenic bacteria infection control microbiology microbial pathogenesis infectious diseases virulence factors essential nutrients

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Genomic Analysis Reveals the Diversity of Cellulosome Displaying Bacteria. Frontiers in Microbiology (2024)

Christine M. MinorAllen TakayesuSung Min HaLukasz SalwinskiMichael R. SawayaMatteo PellegriniRobert T. Clubb

genome analysiscellulosome displaying bacteriagenomicsmicrobiologybacteriagenomic analysismicrobial diversitymicrobiomegenome biology

Author Response for"Insight Into the Autoproteolysis Mechanism of the Rsgi9 Anti‐σ Factor From I Clostridium Thermocellum /I". (2024)

None Allen TakayesuNone Brendan J. MahoneyNone Andrew K. GoringNone Tobie JessupNone Rachel R. Ogorzalek LooNone Joseph A. LooNone Robert T. Clubb

infectious diseasesenzymesautoproteolysis mechanismmicrobiologybacteriapharmacologyveterinary medicineauthor response

Insight Into the Autoproteolysis Mechanism of the Rsgi9 Anti‐σ Factor From Clostridium Thermocellum. Proteins Structure Function and Bioinformatics (2024)

Allen TakayesuBrendan J. MahoneyAndrew K. GoringTobie JessupRachel R. Ogorzalek LooJoseph A. LooRobert T. Clubb

enzymesprotein chemistryprotein scienceautoproteolysis mechanismcell biologyprotein functionbacteriamolecular biologyprotein structuregene expressionenzyme inhibitionstructural biologygenetics

Molecular Basis of Hemoglobin Binding and Heme Removal in Corynebacterium Diphtheriae. Proceedings of the National Academy of Sciences (2024)

Brendan J. MahoneyLindsey R. LymanJordan FordJess SouleNicole A. CheungAndrew K. GoringKat Ellis-GuardiolaMichael J. CollazoDuilio CascioHung Ton-ThatMichael P. SchmittRobert T. Clubb

heme removalbiochemistrymicrobiologymolecular biologyhemoglobin bindingmicrobial pathogenesis

The Exoproteome and Surfaceome of Toxigenic Corynebacterium Diphtheriae 1737 and Its Response to Iron-Restriction and Growth on Human Hemoglobin. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Andrew K GoringScott T HalePoojita DasikaYu ChenRobert T ClubbJoseph A Loo

clinical microbiologyproteomicsinfectious diseasesmolecular microbiologymicrobial physiologymicrobiologymolecular biologyhuman hemoglobinbacteriology

The Exoproteome and Surfaceome of Toxigenic Corynebacterium Diphtheriae 1737 and Its Response to Iron Restriction and Growth on Human Hemoglobin. Journal of Proteome Research (2024)

Andrew K. GoringScott HalePoojita DasikaYu ChenRobert T. ClubbJoseph A. Loo

infectious diseasesproteomicspathogenic bacteriabiochemistrymicrobiologyhuman hemoglobinmicrobial proteomicsproteome researchmicrobial pathogenesis

Development and Atomic Structure of a New Fluorescence-Based Sensor to Probe Heme Transfer in Bacterial Pathogens. Journal of Inorganic Biochemistry (2023)

Brendan J. MahoneyAndrew K. GoringYueying WangPoojita DasikaAnqi ZhouEmmitt GrossbardDuilio CascioJoseph A. LooRobert T. Clubb

biophysicssensorspathogen detectionatomic structuremicrobiologybiosensorsheme transferfluorescencebacterial pathogensbiological inorganic chemistry

Quantifying the Kinetics of Pilus-Specific Sortase-Catalyzed Crosslinking Using High-Performance Liquid Chromatography. Methods in molecular biology (2023)

Nicole A. CheungMabel SongChristopher K. SueRobert T. Clubb

biological engineeringenzymesenzyme catalysismolecular biological methodhigh-performance liquid chromatographybiocatalysisanalytical chemistrybiochemistrychemical kineticscatalysismolecular biologymolecular engineeringbiological chemistrymolecular biotechnology

Reagent to Label Proteins via Lysine Isopeptide Bonds. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Clubb, Robert T.Amer, Brendan RayhanFu, Janine Y.McConnell, ScottTon-That, HungChang, Chungyu

protein chemistryprotein sciencebiochemistrylysine isopeptide bondsmolecular biologypharmacologystructural biology

The Basal and Major Pilins in the Corynebacterium Diphtheriae Spaa Pilus Adopt Similar Structures That Competitively React With the Pilin Polymerase. Biopolymers (2023)

Christopher K. SueNicole A. CheungBrendan J. MahoneyScott A. McConnellJack M. ScullyJanine Y. FuChungyu ChangHung Ton‐ThatJoseph A. LooRobert T. Clubb

pilin polymerasebiochemistrymicrobiologysimilar structuresmolecular biologyprotein structure

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Robert Clubb

University of California, Los Angeles

Affiliations

the College

Molecular Biology Institute (mbi)

NoneRobert Clubb is currently serving as a Molecular Biology Institute (Mbi) faculty at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert Clubb

University of California, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Genomic Analysis Reveals the Diversity of Cellulosome Displaying Bacteria. Frontiers in Microbiology (2024)

Christine M. MinorAllen TakayesuSung Min HaLukasz SalwinskiMichael R. SawayaMatteo PellegriniRobert T. Clubb

genome analysiscellulosome displaying bacteriagenomicsmicrobiologybacteriagenomic analysismicrobial diversitymicrobiomegenome biology

Author Response for"Insight Into the Autoproteolysis Mechanism of the Rsgi9 Anti‐σ Factor From I Clostridium Thermocellum /I". (2024)

None Allen TakayesuNone Brendan J. MahoneyNone Andrew K. GoringNone Tobie JessupNone Rachel R. Ogorzalek LooNone Joseph A. LooNone Robert T. Clubb

infectious diseasesenzymesautoproteolysis mechanismmicrobiologybacteriapharmacologyveterinary medicineauthor response

Insight Into the Autoproteolysis Mechanism of the Rsgi9 Anti‐σ Factor From Clostridium Thermocellum. Proteins Structure Function and Bioinformatics (2024)

Allen TakayesuBrendan J. MahoneyAndrew K. GoringTobie JessupRachel R. Ogorzalek LooJoseph A. LooRobert T. Clubb

enzymesprotein chemistryprotein scienceautoproteolysis mechanismcell biologyprotein functionbacteriamolecular biologyprotein structuregene expressionenzyme inhibitionstructural biologygenetics

Molecular Basis of Hemoglobin Binding and Heme Removal in Corynebacterium Diphtheriae. Proceedings of the National Academy of Sciences (2024)

Brendan J. MahoneyLindsey R. LymanJordan FordJess SouleNicole A. CheungAndrew K. GoringKat Ellis-GuardiolaMichael J. CollazoDuilio CascioHung Ton-ThatMichael P. SchmittRobert T. Clubb

heme removalbiochemistrymicrobiologymolecular biologyhemoglobin bindingmicrobial pathogenesis

The Exoproteome and Surfaceome of Toxigenic Corynebacterium Diphtheriae 1737 and Its Response to Iron-Restriction and Growth on Human Hemoglobin. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Andrew K GoringScott T HalePoojita DasikaYu ChenRobert T ClubbJoseph A Loo

clinical microbiologyproteomicsinfectious diseasesmolecular microbiologymicrobial physiologymicrobiologymolecular biologyhuman hemoglobinbacteriology

The Exoproteome and Surfaceome of Toxigenic Corynebacterium Diphtheriae 1737 and Its Response to Iron Restriction and Growth on Human Hemoglobin. Journal of Proteome Research (2024)

Andrew K. GoringScott HalePoojita DasikaYu ChenRobert T. ClubbJoseph A. Loo

infectious diseasesproteomicspathogenic bacteriabiochemistrymicrobiologyhuman hemoglobinmicrobial proteomicsproteome researchmicrobial pathogenesis

Development and Atomic Structure of a New Fluorescence-Based Sensor to Probe Heme Transfer in Bacterial Pathogens. Journal of Inorganic Biochemistry (2023)

Brendan J. MahoneyAndrew K. GoringYueying WangPoojita DasikaAnqi ZhouEmmitt GrossbardDuilio CascioJoseph A. LooRobert T. Clubb

biophysicssensorspathogen detectionatomic structuremicrobiologybiosensorsheme transferfluorescencebacterial pathogensbiological inorganic chemistry

Quantifying the Kinetics of Pilus-Specific Sortase-Catalyzed Crosslinking Using High-Performance Liquid Chromatography. Methods in molecular biology (2023)

Nicole A. CheungMabel SongChristopher K. SueRobert T. Clubb

Reagent to Label Proteins via Lysine Isopeptide Bonds. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Clubb, Robert T.Amer, Brendan RayhanFu, Janine Y.McConnell, ScottTon-That, HungChang, Chungyu

protein chemistryprotein sciencebiochemistrylysine isopeptide bondsmolecular biologypharmacologystructural biology

The Basal and Major Pilins in the Corynebacterium Diphtheriae Spaa Pilus Adopt Similar Structures That Competitively React With the Pilin Polymerase. Biopolymers (2023)

Christopher K. SueNicole A. CheungBrendan J. MahoneyScott A. McConnellJack M. ScullyJanine Y. FuChungyu ChangHung Ton‐ThatJoseph A. LooRobert T. Clubb

pilin polymerasebiochemistrymicrobiologysimilar structuresmolecular biologyprotein structure

1
2
3
4
5
14
10 / page

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