Faculty

Institution

Unit

Venue

Christopher Lennon

Assistant Professor Microbiology

Murray State University

Affiliations

Department Of Biology

Christopher Lennon is currently serving as a Biology Assistant Professor Microbiology at Murray State University.

Honors

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Experiences

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Education

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Christopher Lennon

Murray State University

Assistant Professor Microbiology

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molecular biology microbiology protein science genetics structural biology clinical microbiology pharmacology protein splicing epigenetics gene expression biosensors membrane biology protein engineering fluorescence structural molecular biology enzyme inhibition molecular microbiology dna repair redox biology molecular cell biology antimicrobial agents proteome research virus research biotechnology advance cell research gene function medical microbiology evolutionary microbiology protein genetics biological inorganic chemistry splicing variant virulence factors virus epidemiology virus classification microbial genetics molecular virology viral genetics protein bioinformatics genetically modified organisms genetic technologies genomic mechanisms genetic mechanisms dna damage recombinase intein oxidative stress sensor intein-extein partnership intein dissemination regulatory roles single-stranded dna activation hedgehog signaling human pathogens ebola virus protein stability intein-based biosensor spot titers gibson assembly mobile elements process biochemistry biomolecules synthetic biology functional genomics bacteria microbial cell factory bioinformatics biosynthesis metabolic engineering microbial consortium genome editing infectious diseases mutagenesis (molecular biology technique) enzymes genomics biology chemical biology fungal genetics biological engineering computational biology plo biology biochemical engineering biomolecular structure nucleic acids protein design biochemistry bioenergetics molecular informatics bioorganic chemistry biological chemistry systems biology applied microbiology microbial pathogenesis genome biology genetic engineering molecular metabolism antimicrobial resistance biotechnology biochemical sciences biomolecular engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Intein‐Based Biosensor to Measure Protein Stability in Vivo. Protein Science (2024)

Ahyun SonJohn S. SmetanaScott HorowitzChristopher W. Lennon

intein-based biosensorstructural biologybiosensorsbiomolecular engineeringprotein scienceprotein stability

Improved Protein Splicing Through Viral Passaging. mBio (2024)

Adam J. HumeDylan J. DeeneyJohn S. SmetanaJacquelyn TurcinovicJohn H. ConnorMarlene BelfortElke MühlbergerChristopher W. Lennon

viral passagingmolecular biologyvirology

Inteins—Mechanism of Protein Splicing, Emerging Regulatory Roles, and Applications in Protein Engineering. Frontiers in Microbiology (2023)

David W. WoodMarlene BelfortChristopher W. Lennon

geneticsmicrobiologyprotein engineeringmolecular biologyregulatory rolesprotein splicing

EDITORIAL: Genetically Mobile Elements Repurposed by Nature and Biotechnologists. Frontiers in Molecular Biosciences (2022)

Christopher W. LennonBrian P. CallahanBenoit CousineauDavid R. EdgellMarlene Belfort

geneticsgenetic engineeringcellular biochemistry httpsmolecular geneticsmobile elementsgenetic mechanismsgenomic mechanismsmolecular biologycell researchgenetic technologiesbiotechnology advancegenetically modified organismsgenome editingcell and molecular biologyeditorial article front

Labeling Ebola Virus With a Self-Splicing Fluorescent Reporter. Microorganisms (2022)

Baylee HeidenElke MühlbergerChristopher W. LennonAdam J. Hume

geneticsvirus classificationmicrobiologyvirologyclinical microbiologymicrobial geneticsvirus researchebola virusmolecular virologyviral geneticsfluorescencevirus epidemiologyepidemiology

Construction and Quantitation of a Selectable Protein Splicing Sensor Using Gibson Assembly and Spot Titers. Current Protocols (2021)

Daniel WoodsDanielle S. LeSassierIkechukwu EgbunamChristopher W. Lennon

gibson assemblybioinformaticstechnologyinstrumentationspot titersprotein bioinformaticsprotein science

Intein Inhibitors as Novel Antimicrobials: Protein Splicing in Human Pathogens, Screening Methods, and Off-Target Considerations. Frontiers in Molecular Biosciences (2021)

Diana A. WallSeanan P. TarrantChunyu WangKenneth V. MillsChristopher W. Lennon

antimicrobial agentsmicrobiologymicrobial pathogenesishedgehog signalinghuman pathogenspathogenesisenzyme inhibitionvirulence factorssystems biologysplicing variantprotein splicingclinical microbiology

Monitoring Protein Splicing Using In-Gel Fluorescence Immediately Following Sds-Page. BIO-PROTOCOL (2021)

biophysicsproteomicsproteome researchmolecular biologyfluorescence spectroscopyprotein sciencefluorescence

Conditional Dnab Protein Splicing is Reversibly Inhibited by Zinc in Mycobacteria. mBio (2020)

Daniel WoodsSweta VangavetiIkechukwu EgbanumAllison M. SweeneyZhong LiValjean Bacot-DavisDanielle S. LeSassierMatthew StangerGabrielle E. HardisonHongmin LiMarlene BelfortChristopher W. Lennon

pharmacologymembrane biologymolecular cell biologymicrobiologygene expressionmolecular geneticsstructural biologybiological inorganic chemistrymolecular microbiologyenzyme inhibitionmolecular biologystructural molecular biologyprotein geneticsprotein scienceclinical microbiology

Mechanism of Single-Stranded Dna Activation of Recombinase Intein Splicing. Biochemistry (2019)

Christopher W. LennonMatthew J. StangerMarlene Belfort

geneticssingle-stranded dna activationbiochemistrymolecular biologyepigenetics

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Christopher Lennon

Assistant Professor Microbiology

Murray State University

Affiliations

Department Of Biology

Christopher Lennon is currently serving as a Biology Assistant Professor Microbiology at Murray State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christopher Lennon

Murray State University

Assistant Professor Microbiology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Intein‐Based Biosensor to Measure Protein Stability in Vivo. Protein Science (2024)

Ahyun SonJohn S. SmetanaScott HorowitzChristopher W. Lennon

intein-based biosensorstructural biologybiosensorsbiomolecular engineeringprotein scienceprotein stability

Improved Protein Splicing Through Viral Passaging. mBio (2024)

Adam J. HumeDylan J. DeeneyJohn S. SmetanaJacquelyn TurcinovicJohn H. ConnorMarlene BelfortElke MühlbergerChristopher W. Lennon

viral passagingmolecular biologyvirology

Inteins—Mechanism of Protein Splicing, Emerging Regulatory Roles, and Applications in Protein Engineering. Frontiers in Microbiology (2023)

David W. WoodMarlene BelfortChristopher W. Lennon

geneticsmicrobiologyprotein engineeringmolecular biologyregulatory rolesprotein splicing

EDITORIAL: Genetically Mobile Elements Repurposed by Nature and Biotechnologists. Frontiers in Molecular Biosciences (2022)

Christopher W. LennonBrian P. CallahanBenoit CousineauDavid R. EdgellMarlene Belfort

Labeling Ebola Virus With a Self-Splicing Fluorescent Reporter. Microorganisms (2022)

Baylee HeidenElke MühlbergerChristopher W. LennonAdam J. Hume

geneticsvirus classificationmicrobiologyvirologyclinical microbiologymicrobial geneticsvirus researchebola virusmolecular virologyviral geneticsfluorescencevirus epidemiologyepidemiology

Construction and Quantitation of a Selectable Protein Splicing Sensor Using Gibson Assembly and Spot Titers. Current Protocols (2021)

Daniel WoodsDanielle S. LeSassierIkechukwu EgbunamChristopher W. Lennon

gibson assemblybioinformaticstechnologyinstrumentationspot titersprotein bioinformaticsprotein science

Intein Inhibitors as Novel Antimicrobials: Protein Splicing in Human Pathogens, Screening Methods, and Off-Target Considerations. Frontiers in Molecular Biosciences (2021)

Diana A. WallSeanan P. TarrantChunyu WangKenneth V. MillsChristopher W. Lennon

Monitoring Protein Splicing Using In-Gel Fluorescence Immediately Following Sds-Page. BIO-PROTOCOL (2021)

biophysicsproteomicsproteome researchmolecular biologyfluorescence spectroscopyprotein sciencefluorescence

Conditional Dnab Protein Splicing is Reversibly Inhibited by Zinc in Mycobacteria. mBio (2020)

Daniel WoodsSweta VangavetiIkechukwu EgbanumAllison M. SweeneyZhong LiValjean Bacot-DavisDanielle S. LeSassierMatthew StangerGabrielle E. HardisonHongmin LiMarlene BelfortChristopher W. Lennon

Mechanism of Single-Stranded Dna Activation of Recombinase Intein Splicing. Biochemistry (2019)

Christopher W. LennonMatthew J. StangerMarlene Belfort

geneticssingle-stranded dna activationbiochemistrymolecular biologyepigenetics

1
2
10 / page