Joshua W McCausland

Affiliations

Department of Biophysics and Biophysical Chemistry, Johns Hopkins School of Medicine, Baltimore, MD, 21205, USA.

ORCID: http://orcid.org/0000-0001-6585-0506

Publications (6)

Treadmilling FtsZ polymers drive the directional movement of sPG-synthesis enzymes via a Brownian ratchet mechanism.

Nature communications

Avec: Joshua W McCausland , Xinxing Yang , Georgia R Squyres , Zhixin Lyu , Kevin E Bruce , Melissa M Lamanna , Bill Söderström , Ethan C Garner , Malcolm E Winkler , Jie Xiao , Jian Liu

Rapid pathogen-specific recruitment of immune effector cells in the skin by secreted toxins.

Nature microbiology

Avec: Thuan H Nguyen , Gordon Y C Cheung , Kevin M Rigby , Olena Kamenyeva , Juraj Kabat , Daniel E Sturdevant , Amer E Villaruz , Ryan Liu , Pipat Piewngam , Adeline R Porter , Saba Firdous , Janice Chiou , Matthew D Park , Rachelle L Hunt , Fawaz M F Almufarriji , Vee Y Tan , Titus K Asiamah , Joshua W McCausland , Emilie L Fisher , Anthony J Yeh , Justin S Bae , Scott D Kobayashi , Ji Ming Wang , Daniel L Barber , Frank R DeLeo , Michael Otto

A two-track model for the spatiotemporal coordination of bacterial septal cell wall synthesis revealed by single-molecule imaging of FtsW.

Nature microbiology

Avec: Xinxing Yang , Ryan McQuillen , Zhixin Lyu , Polly Phillips-Mason , Ana De La Cruz , Joshua W McCausland , Hai Liang , Kristen E DeMeester , Cintia C Santiago , Catherine L Grimes , Piet de Boer , Jie Xiao

bioRxiv : the preprint server for biology

Avec: Zhixin Lyu , Xinxing Yang , Atsushi Yahashiri , Stephen Ha , Joshua W McCausland , Xinlei Chen , Brooke M Britton , David S Weiss , Jie Xiao

The polyadenylase PAPI is required for virulence plasmid maintenance in pathogenic bacteria.

bioRxiv : the preprint server for biology

Avec: Katherine Schubert , Micah Braly , Jessica Zhang , Michele E Muscolo , Hanh N Lam , Karen Hug , Henry Moore , Joshua W McCausland , Derfel Terciano , Todd Lowe , Cammie F Lesser , Christine Jacobs-Wagner , Helen Wang , Victoria Auerbuch

FtsN maintains active septal cell wall synthesis by forming a processive complex with the septum-specific peptidoglycan synthases in E. coli.

Nature communications

Avec: Zhixin Lyu , Atsushi Yahashiri , Xinxing Yang , Joshua W McCausland , Gabriela M Kaus , Ryan McQuillen , David S Weiss , Jie Xiao

Réseau de co-auteurs

Xinxing Yang 4 collaborations

Zhixin Lyu 4 collaborations

Jie Xiao 4 collaborations

Ryan McQuillen 2 collaborations

Atsushi Yahashiri 2 collaborations

David S Weiss 2 collaborations

Georgia R Squyres 1 collaboration

Kevin E Bruce 1 collaboration

Melissa M Lamanna 1 collaboration

Bill Söderström 1 collaboration

Ethan C Garner 1 collaboration

Malcolm E Winkler 1 collaboration

Jian Liu 1 collaboration

Thuan H Nguyen 1 collaboration

Gordon Y C Cheung 1 collaboration

Kevin M Rigby 1 collaboration

Olena Kamenyeva 1 collaboration

Juraj Kabat 1 collaboration

Daniel E Sturdevant 1 collaboration

Amer E Villaruz 1 collaboration

Ryan Liu 1 collaboration

Pipat Piewngam 1 collaboration

Adeline R Porter 1 collaboration

Saba Firdous 1 collaboration

Janice Chiou 1 collaboration

Matthew D Park 1 collaboration

Rachelle L Hunt 1 collaboration

Fawaz M F Almufarriji 1 collaboration

Vee Y Tan 1 collaboration

Titus K Asiamah 1 collaboration

Emilie L Fisher 1 collaboration

Anthony J Yeh 1 collaboration

Justin S Bae 1 collaboration

Scott D Kobayashi 1 collaboration

Ji Ming Wang 1 collaboration

Daniel L Barber 1 collaboration

Frank R DeLeo 1 collaboration

Michael Otto 1 collaboration

Polly Phillips-Mason 1 collaboration

Ana De La Cruz 1 collaboration

Hai Liang 1 collaboration

Kristen E DeMeester 1 collaboration

Cintia C Santiago 1 collaboration

Catherine L Grimes 1 collaboration

Piet de Boer 1 collaboration

Stephen Ha 1 collaboration

Xinlei Chen 1 collaboration

Brooke M Britton 1 collaboration

Katherine Schubert 1 collaboration

Micah Braly 1 collaboration

Jessica Zhang 1 collaboration

Michele E Muscolo 1 collaboration

Hanh N Lam 1 collaboration

Karen Hug 1 collaboration

Henry Moore 1 collaboration

Derfel Terciano 1 collaboration

Todd Lowe 1 collaboration

Cammie F Lesser 1 collaboration

Christine Jacobs-Wagner 1 collaboration

Helen Wang 1 collaboration

Victoria Auerbuch 1 collaboration

Gabriela M Kaus 1 collaboration