Faculty

Institution

Unit

Venue

Andrei Kuzminov

Professor of Microbiology; Director of Graduate Studies Microbiology Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

School of Molecular & Cellular Biology

Department of Microbiology

Andrei Kuzminov is currently serving as a College Of Liberal Arts & Sciences Professor of Microbiology; Director of Graduate Studies Microbiology Professor at Uiuc.

Honors

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Experiences

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Education

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Andrei Kuzminov

UIUC

Professor of Microbiology; Director of Graduate Studies Microbiology Professor

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molecular biology nucleic acids dna repair dna replication genetics molecular cell biology genome instability molecular genetics microbiology genome biology escherichia coli mutagenesis structural molecular biology recombination dynamic chromosomal rearrangements mutagenesis (molecular biology technique) molecular microbiology biological chemistry genetic recombination chromatin bacteria biomolecular structure chromosome biology microbial genetics biochemistry microbial pathogenesis free radical biology redox biology applied microbiology nucleic acid chemistry molecular metabolism protein biosynthesis reactive oxygen species dna analysis replication forks toxins in vitro toxicology redox signaling nuclear organization bacteriology protein synthesis genomic mechanisms thymineless death plo biology microbial cell factory rna processing prokaryotic system virulence factors uracil excision chromosomal fragmentation biochemical sciences biological inorganic chemistry toxicological mechanism phage biology bacteriophages cell cycle protein expression microbial toxins nitrosative stress recombinational repair hydrogen peroxide toxicity reca inactivation uv irradiation homologous recombination replication fork uracil incorporation laboratory environment chromosomal replication complexity nitric oxide antioxidants genetic mechanisms electron microscopy molecular research pathogen transmission structure-function enzyme kinetics replication fork collapse genomics pathogenesis dna sequencing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Uv Induces Codirectional Replication–Transcription Conflicts and an Alternative Dnaa-Dependent Replication Origin in the Rnha B Mutants of Escherichia Coli. Nucleic Acids Research (2025)

Elena A KouzminovaGlen E CronanAndrei Kuzminov

structural molecular biologymutagenesismutagenesis (molecular biology technique)rnhab mutantbiomolecular structurenucleic acidsmolecular microbiologygenome biologydna replicationmolecular geneticsmolecular cell biologytranscription (biology)molecular biologyescherichia colirnhab mutantsdna repairgenetics

Bacterial Nucleoid is a Riddle Wrapped in a Mystery Inside an Enigma. Journal of Bacteriology (2024)

Andrei Kuzminov

molecular and cellular biologybacterial nucleoidbiomolecular structurenucleic acidshu napbiologymolecular cell biologyprokaryotic systemtranscription (biology)molecular biologychromatinnuclear organizationstructural molecular biologyphase separationgenome biologycell and molecular biology

Defects in the Central Metabolism Prevent Thymineless Death in Escherichia Coli, While Still Allowing Significant Protein Synthesis. Genetics (2024)

Sharik R KhanAndrei Kuzminov

structural molecular biologymutagenesismutagenesis (molecular biology technique)molecular metabolismgenome instabilityprotein biosynthesistld suppressorsdna replicationmolecular cell biologyprotein synthesismolecular biologyescherichia colidna repairgeneticstld prevention

Degron-Controlled Protein Degradation in Escherichia Coli: New Approaches and Parameters. ACS Synthetic Biology (2024)

Glen E. CronanAndrei Kuzminov

protein expressionprotein biosynthesismicrobial proteomicsprotein degron tagsprotein engineeringmolecular biologybiological chemistrybiochemical sciencesmolecular biotechnologyescherichia coligene expressiongene functionbiomolecular engineeringproteome research

Synthetic Lethal Mutants in Escherichia Coli. (2023)

Andrei Kuzminov

synthetic lethal mutantsmutagenesismutagenesis (molecular biology technique)synthetic circuitssynthetic biologymicrobiologybacteriamolecular biologyapplied microbiology

Synthetic Lethal Mutants in Escherichia Coli Define Pathways Necessary for Survival With Rnase H Deficiency. Journal of Bacteriology (2023)

Sneha DasJonathan ForrestAndrei Kuzminov

rnase hisynthetic lethal mutantsmutagenesis (molecular biology technique)rna processingnucleic acidsgenome biologymicrobiologydna replicationmolecular geneticsmolecular cell biologymolecular biologyrnase h deficiencydna repairrna biologygenetics

Catastrophic Chromosome Fragmentation Probes the Nucleoid Structure and Dynamics in Escherichia Coli. Nucleic Acids Research (2022)

Tulip MahasethAndrei Kuzminov

molecular geneticsstructural molecular biologygeneticsmutagenesischromosome biologybiologymolecular biologyescherichia coli cellsdna repairgenome instabilitynucleic acidscell divisionchromosomal rearrangementsdna replicationchromosome fragmentationgenome biologycatastrophic chromosome fragmentationmolecular cell biologynuclear organizationchromatin

Nitric Oxide Precipitates Catastrophic Chromosome Fragmentation by Bolstering Both Hydrogen Peroxide and Fe(II) Fenton Reactants in E. Coli. Journal of Biological Chemistry (2022)

Pooja AgasheAndrei Kuzminov

redox signalingbacteriareactive nitrogen speciesenzymesmolecular biologyoxidative stressescherichia colimicrobial ecologynitrosative stressreactive oxygen speciesbiochemistrymicrobiologyenvironmental microbiologyapplied microbiologymicrobial pathogenesiscatastrophic chromosome fragmentationfree radical biologyredox biologynitric oxide

Robust Linear Dna Degradation Supports Replication–Initiation-Defective Mutants in Escherichia Coli. G3 Genes Genomes Genetics (2022)

T V Pritha RaoAndrei Kuzminov

structural molecular biologymutagenesismutagenesis (molecular biology technique)genome instabilityrecombination dynamicnucleic acidsdna replicationmolecular geneticsmolecular cell biologymolecular biologydnaa46 recbclinear dna degradationdna repairgeneticsrecbcd status

Thymine‐Starvation‐Induced Chromosomal Fragmentation is Not Required for Thymineless Death in Escherichia Coli. Molecular Microbiology (2022)

Sharik R. KhanAndrei Kuzminov

mutagenesisgenome instabilitymolecular metabolismnucleic acidschromosomal fragmentationbiochemistrydna replicationmolecular cell biologytime tldmolecular biologybiological chemistryearly tlddna repaircellular biochemistry

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Andrei Kuzminov

Professor of Microbiology; Director of Graduate Studies Microbiology Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

School of Molecular & Cellular Biology

Department of Microbiology

Andrei Kuzminov is currently serving as a College Of Liberal Arts & Sciences Professor of Microbiology; Director of Graduate Studies Microbiology Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Andrei Kuzminov

UIUC

Professor of Microbiology; Director of Graduate Studies Microbiology Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Uv Induces Codirectional Replication–Transcription Conflicts and an Alternative Dnaa-Dependent Replication Origin in the Rnha B Mutants of Escherichia Coli. Nucleic Acids Research (2025)

Elena A KouzminovaGlen E CronanAndrei Kuzminov

Bacterial Nucleoid is a Riddle Wrapped in a Mystery Inside an Enigma. Journal of Bacteriology (2024)

Andrei Kuzminov

Defects in the Central Metabolism Prevent Thymineless Death in Escherichia Coli, While Still Allowing Significant Protein Synthesis. Genetics (2024)

Sharik R KhanAndrei Kuzminov

Degron-Controlled Protein Degradation in Escherichia Coli: New Approaches and Parameters. ACS Synthetic Biology (2024)

Glen E. CronanAndrei Kuzminov

Synthetic Lethal Mutants in Escherichia Coli. (2023)

Andrei Kuzminov

synthetic lethal mutantsmutagenesismutagenesis (molecular biology technique)synthetic circuitssynthetic biologymicrobiologybacteriamolecular biologyapplied microbiology

Synthetic Lethal Mutants in Escherichia Coli Define Pathways Necessary for Survival With Rnase H Deficiency. Journal of Bacteriology (2023)

Sneha DasJonathan ForrestAndrei Kuzminov

Catastrophic Chromosome Fragmentation Probes the Nucleoid Structure and Dynamics in Escherichia Coli. Nucleic Acids Research (2022)

Tulip MahasethAndrei Kuzminov

Nitric Oxide Precipitates Catastrophic Chromosome Fragmentation by Bolstering Both Hydrogen Peroxide and Fe(II) Fenton Reactants in E. Coli. Journal of Biological Chemistry (2022)

Pooja AgasheAndrei Kuzminov

Robust Linear Dna Degradation Supports Replication–Initiation-Defective Mutants in Escherichia Coli. G3 Genes Genomes Genetics (2022)

T V Pritha RaoAndrei Kuzminov

Thymine‐Starvation‐Induced Chromosomal Fragmentation is Not Required for Thymineless Death in Escherichia Coli. Molecular Microbiology (2022)

Sharik R. KhanAndrei Kuzminov

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