Faculty

Institution

Unit

Venue

Guy Benian

Professor

Emory University

Affiliations

School of Medicine

Cell Biology

Guy Benian is currently serving as a Cell Biology Professor at Emory University.

Honors

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Experiences

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Education

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Guy Benian

Emory University

Professor

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molecular biology cell biology molecular cell biology genetics signal transduction molecular and cellular biology cellular physiology caenorhabditis elegans molecular physiology cytoskeleton cell signaling protein science protein function cellular biochemistry physiology cell and molecular biology gene expression structural biology molecular regulation molecular genetics structural molecular biology signaling pathways protein phosphorylation muscle function biological chemistry mammalian biology skeletal muscle aging cell cell motility mechanotransduction insect molecular biology cellular biology intracellular trafficking cellular structure twitchin kinase clinical microbiology plo biology developmental system developmental genetics applied microbiology antimicrobial agents invertebrate pathology protein transport integrative biology intercellular communication molecular neurobiology cell-matrix interactions cellular senescence biomolecular interactions multi-protein assembly protein genetics protein assembly microbial disease host-microbe interactions bacteriology molecular microbiology virulence factors sarcopenia cellular regulatory mechanism gene function secretory pathway molecular research muscle gene proper assembly kinase activity protein kinase domains thick filaments high-resolution imaging integrin-linked kinase sarcomere organization muscle sarcomeres multidomain oxidase/peroxidase tyrosine cross-linking myosin activity commensal bacteria signal transduction domains cardiomyopathy biophysics heart disease focal adhesions force transmission protein kinases biochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Microgravity and Hypergravity on the Longevity of the Nematode Caenorhabditis Elegans and Their Association With the Daf-16/Foxo Transcription Factor. Research Square (Research Square) (2025)

gene expressiondaf-16/foxo transcription factoraging cellbiologytranscription factorsdevelopmental biologyexperimental biologynematode caenorhabditis elegans

Age-Dependent Changes in a Chaperone Complex in the Mouse Heart. bioRxiv (Cold Spring Harbor Laboratory) (2024)

physiologyageingexperimental gerontologymouse heartbiogerontologymammalian physiologyaging cellendocrinologydevelopmental biologymolecular physiology

Protein Kinase 2 of the Giant Sarcomeric Protein Unc-89 Regulates Mitochondrial Morphology and Function. Communications Biology (2024)

Yohei MatsunagaHiroshi QadotaNasab GhazalLeila LesanpezeshkiTill DorendorfJasmine C MoodyArnaud AhierCourtney J MathenySiva A VanapalliSteven ZurynOlga MayansJennifer Q KwongGuy M Benian

cell signalingmitochondrial functionbiologymolecular and cellular biologymitochondrial morphologygiant sarcomeric proteinsarcomamolecular biologyprotein sciencebiochemistry

The Myosin Chaperone Unc-45 Has an Important Role in Maintaining the Structure and Function of Muscle Sarcomeres During Adult Aging. Molecular Biology of the Cell (2024)

physiologymuscular dystrophiesmuscle sarcomerescellular physiologyapplied physiologyaging cellmuscle functionimportant roleskeletal musclemyositisphysical agingmyosin chaperone unc-45cell biology

The Rhogap Rrc-1 is Required for the Assembly or Stability of Integrin Adhesion Complexes and is a Member of the Pix Pathway in Muscle. Molecular Biology of the Cell (2024)

pix pathwayrhogap rrc-1cellular physiologycytoskeletoncell signalingintracellular traffickingmatrix biologymolecular cell biologymolecular biologycell adhesioncell-matrix interactionssignal transductioncellular biochemistryintegrin adhesion complexescell biology

Farl-11 (Strip1/2) is Required for Sarcomere and Sarcoplasmic Reticulum Organization in C. Elegans. Molecular Biology of the Cell (2023)

Sterling C. T. MartinHiroshi QadotaAndres F. OberhauserJeff HardinGuy M. Benian

geneticssarcoplasmic reticulum organizationmolecular biologydevelopmental biologystructural biology

Decision Letter: A Nanobody Toolbox to Investigate Localisation and Dynamics of Drosophila Titins and Other Key Sarcomeric Proteins. (2022)

cellular structuremolecular motorsbiophysicsmolecular biophysicsmacromolecular machinescytoskeletonprotein sciencesystems biologynanobody toolboxmolecular cell biologydrosophila titinsmolecular biologystructural molecular biologycomputational biologyinsect molecular biologydecision letterbiophysical modeling

Decision Letter: Nanobodies Combined With Dna-Paint Super-Resolution Reveal a Staggered Titin Nanoarchitecture in Flight Muscles. (2022)

molecular motorsbiophysicsbiophysical reviewmacromolecular machinesbiomedical engineeringexperimental biophysicscell biomechanicsmechanotransductionstaggered titin nanoarchitecturemechanobiologybiomimetic materialsbiofabricationbiomechanicsdecision letterflight muscles

Galectin-9 Recognizes and Exhibits Antimicrobial Activity Toward Microbes Expressing Blood Group–Like Antigens. Journal of Biological Chemistry (2022)

Anna V. BlendaNourine A. KamiliShang-Chuen WuWilliam F. AbelDiyoly AyonaChristian Gerner-SmidtAlex D. HoGuy M. BenianRichard D. CummingsConnie M. ArthurSean R. Stowell

antimicrobial agentsblood group-like antigensbiological chemistryantimicrobial activitymicrobiologybiochemistry

Genetic Analysis Suggests a Surface of Pat-4 (Ilk) That Interacts With Unc-112 (Kindlin). G3 Genes Genomes Genetics (2022)

protein functionprotein geneticsgeneticsgenetic analysismolecular geneticsmolecular biologybiomolecular structuresignal transductionprotein science

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Guy Benian

Professor

Emory University

Affiliations

School of Medicine

Cell Biology

Guy Benian is currently serving as a Cell Biology Professor at Emory 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

Guy Benian

Emory University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

gene expressiondaf-16/foxo transcription factoraging cellbiologytranscription factorsdevelopmental biologyexperimental biologynematode caenorhabditis elegans

Age-Dependent Changes in a Chaperone Complex in the Mouse Heart. bioRxiv (Cold Spring Harbor Laboratory) (2024)

physiologyageingexperimental gerontologymouse heartbiogerontologymammalian physiologyaging cellendocrinologydevelopmental biologymolecular physiology

Protein Kinase 2 of the Giant Sarcomeric Protein Unc-89 Regulates Mitochondrial Morphology and Function. Communications Biology (2024)

Yohei MatsunagaHiroshi QadotaNasab GhazalLeila LesanpezeshkiTill DorendorfJasmine C MoodyArnaud AhierCourtney J MathenySiva A VanapalliSteven ZurynOlga MayansJennifer Q KwongGuy M Benian

cell signalingmitochondrial functionbiologymolecular and cellular biologymitochondrial morphologygiant sarcomeric proteinsarcomamolecular biologyprotein sciencebiochemistry

The Myosin Chaperone Unc-45 Has an Important Role in Maintaining the Structure and Function of Muscle Sarcomeres During Adult Aging. Molecular Biology of the Cell (2024)

physiologymuscular dystrophiesmuscle sarcomerescellular physiologyapplied physiologyaging cellmuscle functionimportant roleskeletal musclemyositisphysical agingmyosin chaperone unc-45cell biology

The Rhogap Rrc-1 is Required for the Assembly or Stability of Integrin Adhesion Complexes and is a Member of the Pix Pathway in Muscle. Molecular Biology of the Cell (2024)

Farl-11 (Strip1/2) is Required for Sarcomere and Sarcoplasmic Reticulum Organization in C. Elegans. Molecular Biology of the Cell (2023)

Sterling C. T. MartinHiroshi QadotaAndres F. OberhauserJeff HardinGuy M. Benian

geneticssarcoplasmic reticulum organizationmolecular biologydevelopmental biologystructural biology

Decision Letter: A Nanobody Toolbox to Investigate Localisation and Dynamics of Drosophila Titins and Other Key Sarcomeric Proteins. (2022)

Decision Letter: Nanobodies Combined With Dna-Paint Super-Resolution Reveal a Staggered Titin Nanoarchitecture in Flight Muscles. (2022)

Galectin-9 Recognizes and Exhibits Antimicrobial Activity Toward Microbes Expressing Blood Group–Like Antigens. Journal of Biological Chemistry (2022)

Anna V. BlendaNourine A. KamiliShang-Chuen WuWilliam F. AbelDiyoly AyonaChristian Gerner-SmidtAlex D. HoGuy M. BenianRichard D. CummingsConnie M. ArthurSean R. Stowell

antimicrobial agentsblood group-like antigensbiological chemistryantimicrobial activitymicrobiologybiochemistry

Genetic Analysis Suggests a Surface of Pat-4 (Ilk) That Interacts With Unc-112 (Kindlin). G3 Genes Genomes Genetics (2022)

protein functionprotein geneticsgeneticsgenetic analysismolecular geneticsmolecular biologybiomolecular structuresignal transductionprotein science

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2
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physiological homeostasis

molecular and cellular biology

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