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A large-scale genetic screen identifies genes essential for motility in Agrobacterium fabrum

by DeMarco, Alexa C. , Pech Gonzalez, Oscar H. , Heninger, Elizabeth , Scott, Tiana M. , Hafen, Caleb B. , Burnside, Brittany S. , Griffitts, Joel S. , Calvopina-Chavez, Diana G. , Taylor, Mason D. , Altman, Jessica D. , Vainerere, Kayla M. , Dallon, Samuel W. , Grover, Sarah A. , Young, Naomi J. , Johnson, Abigail K. , Meinzer, McKay A. , Memmott, Audrey K. , Benedict, Alex B. , Russell, Hyrum S. , Wiley, Megumi S. , Tippets, Kathryn E. , Iverson, Christina S. , Moulton, Rebecca I. , Lopez, Jack B. , Jensen, Kyson T. , Wagley, Madison , Childs, Justin S. , Shiobara, Yuka , Flindt, Kirsten C. , Moulder, Brook A. , Von Wallwitz, Isabella C. , Howarth, Robyn E.

in Agrobacterium / Agrobacterium - genetics / Antibiotics / Bacteria / Bacterial Proteins - genetics / Biology and Life Sciences / Biosynthesis / Control / Dosage and administration / E coli / Flagella / Flagella (Microbiology) / Flagella - metabolism / Gene expression / Gene Expression Regulation, Bacterial / Genes / Genetic screening / Glycerol / Identification and classification / Medicine and Health Sciences / Methods / Molecular genetics / Motility / Mutagenesis / Neomycin / Phenotypes / Proteins / Research and analysis methods / Stabbings

2023

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A large-scale genetic screen identifies genes essential for motility in Agrobacterium fabrum

2023

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2023

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Journal Article

A large-scale genetic screen identifies genes essential for motility in Agrobacterium fabrum

DeMarco, Alexa C.,

Pech Gonzalez, Oscar H.,

Heninger, Elizabeth,

Scott, Tiana M.,

Hafen, Caleb B.,

Burnside, Brittany S.,

Griffitts, Joel S.,

Calvopina-Chavez, Diana G.,

Taylor, Mason D.,

Altman, Jessica D.,

Vainerere, Kayla M.,

Dallon, Samuel W.,

Grover, Sarah A.,

Young, Naomi J.,

Johnson, Abigail K.,

Meinzer, McKay A.,

Memmott, Audrey K.,

Benedict, Alex B.,

Russell, Hyrum S.,

Wiley, Megumi S.,

Tippets, Kathryn E.,

Iverson, Christina S.,

Moulton, Rebecca I.,

Lopez, Jack B.,

Jensen, Kyson T.,

Wagley, Madison,

Childs, Justin S.,

Shiobara, Yuka,

Flindt, Kirsten C.,

Moulder, Brook A.,

Von Wallwitz, Isabella C.,

Howarth, Robyn E.

2023

Overview

The genetic and molecular basis of flagellar motility has been investigated for several decades, with innovative research strategies propelling advances at a steady pace. Furthermore, as the phenomenon is examined in diverse bacteria, new taxon-specific regulatory and structural features are being elucidated. Motility is also a straightforward bacterial phenotype that can allow undergraduate researchers to explore the palette of molecular genetic tools available to microbiologists. This study, driven primarily by undergraduate researchers, evaluated hundreds of flagellar motility mutants in the Gram-negative plant-associated bacterium Agrobacterium fabrum . The nearly saturating screen implicates a total of 37 genes in flagellar biosynthesis, including genes of previously unknown function.

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Publisher

Public Library of Science,Public Library of Science (PLoS)

Subject

Agrobacterium

/ Agrobacterium - genetics

/ Antibiotics

/ Bacteria

/ Bacterial Proteins - genetics

/ Biology and Life Sciences

/ Biosynthesis