Faculty

Institution

Unit

Venue

Michael Terns

Distinguished Research Professor

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Department of Biochemistry & Molecular Biology

Department of Microbiology

Michael Terns is currently serving as a Biochemistry & Molecular Biology Distinguished Research Professor at University of Georgia.

Honors

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Experiences

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Education

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Michael Terns

University of Georgia

Distinguished Research Professor

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molecular biology genetics rna biology crispr gene expression cell biology structural biology protein science microbiology nucleic acids molecular cell biology bioinformatics genome biology molecular genetics molecular and cellular biology protein structure structural molecular biology gene function genome editing transcription (biology) biomolecular structure molecular microbiology protein assembly clinical microbiology oocytes biological chemistry gene editing cellular biology nuclear organization microbial genetics structural bioinformatics molecular structure biochemical sciences non-coding rna molecular regulation cancer biology transcription regulation invasion biology molecular adaptation phage biology crispr-cas systems human telomerase cajal bodies human cancer cells telomerase rna crispr-based technologies rna-guided rna modification pyrococcus furiosus telomerase trafficking biological invasions virus research molecular physiology cellular biochemistry adaptation structural chemistry microbial systematics genetic technologies cell cycle intracellular trafficking cell trafficking gene recognition small rna rna processing in vivo systems molecular research transcriptomics technology functional modification bacteriophages homeostatic mechanisms evolutionary classification rna-guided rna cleavage invader defense telomere synthesis cajal body localization cell cycle-regulated trafficking rational design biotechnology advance microbial ecology plo biology systems biology synthetic biology biotechnology microbial physiology applied microbiology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Molecular Basis for Ca6 Synthesis by a Type III-a Crispr–Cas Enzyme and Its Conversion to Ca4 Production. Nucleic Acids Research (2024)

Hemant N GoswamiFozieh AhmadizadehBing WangDoreen Addo-YoboYu ZhaoA Carl WhittingtonHuan HeMichael P TernsHong Li

biochemical sciencesenzymesgene expressionnucleic acidsnucleic acid chemistrymolecular sciencecrisprbiological engineeringprotein scienceenzyme catalysisbiological chemistrybiochemistrymembrane biologystructure-function enzyme kineticssynthetic biologybiotechnologymolecular biologyprotein synthesis

Selective Degradation of Phage Rnas by the Csm6 Ribonuclease Provides Robust Type III Crispr Immunity in Streptococcus Thermophilus. Nucleic Acids Research (2024)

Katie A JohnsonSandra C GarrettChristopher Noble-MolnarHanna A ElgarhiWalter T WoodsideClare CooperXinfu ZhangSara OlsonRyan J CatchpoleBrenton R GraveleyMichael P Terns

microbiologynucleic acidscrisprimmunologyphage rnasmolecular biology

A Self-Transmissible Plasmid From a Hyperthermophile That Facilitates Genetic Modification of Diverse Archaea. Nature Microbiology (2023)

Ryan J. CatchpoleValérie BarbeGhislaine MagdelenatEvelyne MarguetMichael TernsJacques ObertoPatrick ForterreViolette Da Cunha

microbiologygenetic modificationmicrobial geneticsmolecular microbiologybiological engineeringself-transmissible plasmiddiverse archaeabiotechnologymolecular biology

Crispr-Influenced Symbiosis. Nature Microbiology (2023)

Anna-Louise ReysenbachMichael P. Terns

microbiologymicrobial ecologycrispr-influenced symbiosiscrisprsymbiosis

Histones Direct Site-Specific Crispr Spacer Acquisition in Model Archaeon. Nature Microbiology (2023)

Elizabeth A. WattsSandra C. GarrettRyan J. CatchpoleLandon M. ClarkTravis J. SandersCraig J. MarshallBreanna R. WenckRobert L. VickermanThomas J. SantangeloRyan FuchsBrett RobbSara OlsonBrenton R. GraveleyMichael P. Terns

microbiologycrisprcell and molecular biologymodel archaeon

Investigation of Crispr-Independent Phage Resistance Mechanisms Reveals a Role for Ftsh in Phage Adsorption to Streptococcus Thermophilus. Journal of Bacteriology (2023)

Sandra C. GarrettCecile PhilippeJenny G. KimYunzhou WeiKatie A. JohnsonSara OlsonBrenton R. GraveleyMichael P. Terns

microbiologyvirologyphage biologymolecular microbiologyclinical microbiologyimmunologybacteriologyphage adsorptionmedical microbiologyecology

Allosteric Control of Type I-a Crispr-Cas3 Complexes and Establishment as Effective Nucleic Acid Detection and Human Genome Editing Tools. Molecular Cell (2022)

Chunyi HuDongchun NiKi Hyun NamSonali MajumdarJustin McLeanHenning StahlbergMichael P. TernsAilong Ke

biomolecular engineeringcrisprbiological engineeringallosteric controlbiotechnologymolecular biologygenome editing

Hyper-Stimulation of Pyrococcus Furiosus Crispr Dna Uptake by a Self-Transmissible Plasmid. Extremophiles (2022)

Elizabeth A. WattsSandra C. GarrettRyan J. CatchpoleLandon M. ClarkBrenton R. GraveleyMichael P. Terns

epigeneticsgeneticscrisprprotein scienceself-transmissible plasmidimmunologybiotechnologymolecular biology

Mechanistic Studies and Application of a Type-Iiia Crispr-Cas System. Biophysical Journal (2022)

Sagar SridharaHemant N. GoswamiJay RaiCharlisa WhymsWalter WoodsideMichael P. TernsJonathan H. DennisHong Li

biophysicstype-iiia crispr-cas systemmechanistic studiescrispr

Structural and Biochemical Characterization of in Vivo Assembled Lactococcus Lactis Crispr-Csm Complex. Communications Biology (2022)

Sagar SridharaJay RaiCharlisa WhymsHemant GoswamiHuan HeWalter WoodsideMichael P. TernsHong Li

microbiologymicrobial geneticsbioinformaticscrisprbiochemical characterizationbiomolecular structureprotein structurestructural molecular biologybiochemistrystructural bioinformaticsbiotechnologygenome biologymolecular biologysequence assemblystructural biologyprotein assembly

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Michael Terns

Distinguished Research Professor

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Department of Biochemistry & Molecular Biology

Department of Microbiology

Michael Terns is currently serving as a Biochemistry & Molecular Biology Distinguished Research Professor 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

Michael Terns

University of Georgia

Distinguished Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Molecular Basis for Ca6 Synthesis by a Type III-a Crispr–Cas Enzyme and Its Conversion to Ca4 Production. Nucleic Acids Research (2024)

Hemant N GoswamiFozieh AhmadizadehBing WangDoreen Addo-YoboYu ZhaoA Carl WhittingtonHuan HeMichael P TernsHong Li

Selective Degradation of Phage Rnas by the Csm6 Ribonuclease Provides Robust Type III Crispr Immunity in Streptococcus Thermophilus. Nucleic Acids Research (2024)

Katie A JohnsonSandra C GarrettChristopher Noble-MolnarHanna A ElgarhiWalter T WoodsideClare CooperXinfu ZhangSara OlsonRyan J CatchpoleBrenton R GraveleyMichael P Terns

microbiologynucleic acidscrisprimmunologyphage rnasmolecular biology

A Self-Transmissible Plasmid From a Hyperthermophile That Facilitates Genetic Modification of Diverse Archaea. Nature Microbiology (2023)

Ryan J. CatchpoleValérie BarbeGhislaine MagdelenatEvelyne MarguetMichael TernsJacques ObertoPatrick ForterreViolette Da Cunha

microbiologygenetic modificationmicrobial geneticsmolecular microbiologybiological engineeringself-transmissible plasmiddiverse archaeabiotechnologymolecular biology

Crispr-Influenced Symbiosis. Nature Microbiology (2023)

Anna-Louise ReysenbachMichael P. Terns

microbiologymicrobial ecologycrispr-influenced symbiosiscrisprsymbiosis

Histones Direct Site-Specific Crispr Spacer Acquisition in Model Archaeon. Nature Microbiology (2023)

microbiologycrisprcell and molecular biologymodel archaeon

Investigation of Crispr-Independent Phage Resistance Mechanisms Reveals a Role for Ftsh in Phage Adsorption to Streptococcus Thermophilus. Journal of Bacteriology (2023)

Sandra C. GarrettCecile PhilippeJenny G. KimYunzhou WeiKatie A. JohnsonSara OlsonBrenton R. GraveleyMichael P. Terns

microbiologyvirologyphage biologymolecular microbiologyclinical microbiologyimmunologybacteriologyphage adsorptionmedical microbiologyecology

Allosteric Control of Type I-a Crispr-Cas3 Complexes and Establishment as Effective Nucleic Acid Detection and Human Genome Editing Tools. Molecular Cell (2022)

Chunyi HuDongchun NiKi Hyun NamSonali MajumdarJustin McLeanHenning StahlbergMichael P. TernsAilong Ke

biomolecular engineeringcrisprbiological engineeringallosteric controlbiotechnologymolecular biologygenome editing

Hyper-Stimulation of Pyrococcus Furiosus Crispr Dna Uptake by a Self-Transmissible Plasmid. Extremophiles (2022)

Elizabeth A. WattsSandra C. GarrettRyan J. CatchpoleLandon M. ClarkBrenton R. GraveleyMichael P. Terns

epigeneticsgeneticscrisprprotein scienceself-transmissible plasmidimmunologybiotechnologymolecular biology

Mechanistic Studies and Application of a Type-Iiia Crispr-Cas System. Biophysical Journal (2022)

Sagar SridharaHemant N. GoswamiJay RaiCharlisa WhymsWalter WoodsideMichael P. TernsJonathan H. DennisHong Li

biophysicstype-iiia crispr-cas systemmechanistic studiescrispr

Structural and Biochemical Characterization of in Vivo Assembled Lactococcus Lactis Crispr-Csm Complex. Communications Biology (2022)

Sagar SridharaJay RaiCharlisa WhymsHemant GoswamiHuan HeWalter WoodsideMichael P. TernsHong Li

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Similar Faculty Members

Michael Ibba

Institution

Ohio State University

translational control

synthetic biology

Kelley Moremen

Institution

University of Georgia

glycan trimming enzymes

glycosylation

Tania A. Baker

Institution

Massachusetts Institute of Technology

dna sequencing

molecular biology

James Wohlschlegel

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University of California, Los Angeles

molecular informatics

bioinformatics

Jeremy Thorner

Institution

University of California, Berkeley

signaling pathway

phosphoinositide-dependent signaling

Robert Haselkorn

Institution

University of Chicago

protein structure

microbiology

Andrew Emili

Institution

Boston University

interactomics

biomedical informatics

Marlene Belfort

Institution

University at Albany, SUNY

biomolecular structure

small rna

Donald A. Bryant

Institution

Pennsylvania State University

photosynthesis

computational biology

Graham C. Walker

Institution

Massachusetts Institute of Technology

molecular biology

mutagenesis