Elayne Fivenson (@efivenson) 's Twitter Profile
Elayne Fivenson

@efivenson

ID: 1167842706011250688

calendar_today31-08-2019 16:53:01

10 Tweet

38 Followers

150 Following

Lindsey Marmont (@lindseymarmont) 's Twitter Profile Photo

My first postdoc paper is online! PNASNews A conserved subcomplex within the bacterial cytokinetic ring activates cell wall synthesis by the FtsW-FtsI synthase pnas.org/content/early/…

Alam GarcĂ­a Heredia (@alamgarciahered) 's Twitter Profile Photo

It is Emily Melzer’s and my pleasure to celebrate Dr. Mary Sloan Siegrist (SloanSiegristPalmore) with the “What did we do to deserve this amazing PI” #Award. This distinction recognizes the very best of the best. A thread 👇🏽

It is <a href="/emily_melzer/">Emily Melzer</a>’s and my pleasure to celebrate Dr. Mary Sloan Siegrist (<a href="/siegristpalmore/">SloanSiegristPalmore</a>) with the “What did we do to deserve this amazing PI” #Award. This distinction recognizes the very best of the best. A thread 👇🏽
Andrea Vettiger (@avettiger) 's Twitter Profile Photo

Please find our latest work on cell envelope synthesis and remodeling during cell division in E. coli. biorxiv.org/content/10.110…

Amelia McKitterick (@ameliamckitt) 's Twitter Profile Photo

Pleased to share that my latest manuscript had been published! Check it out for some phage and bacterial goodies👇 elifesciences.org/articles/79981

Alam GarcĂ­a Heredia (@alamgarciahered) 's Twitter Profile Photo

So excited to see this one out at JBacteriology Eds!! In this mini review, I elaborate on the close relationship between the cell wall #peptidoglycan and the plasma membrane in bacteria journals.asm.org/doi/10.1128/jb…

anna brogan (@apbrogan) 's Twitter Profile Photo

Happy to share our new minireview on peptidoglycan hydrolases out now in current opinion in microbiology! We highlight four vignettes of PG hydrolase regulation and discuss how each integrates multiple layers of control. @MicrobeTweets authors.elsevier.com/c/1gdSd4tPFpZj…

Thomas M Bartlett (@thomasmbartlett) 's Twitter Profile Photo

When "normal" (rod-shaped) bacteria lose control of cell division, their length changes. How can we find "cell shape" mutants in Staph, which is round pretty much no matter what? Does this different shape need different envelope factors? Come find out! biorxiv.org/content/10.110…