Our latest review of the current models for how bacterial cell division is regulated (focusing mainly on E. coli) is posted in Nature Reviews Microbiology at https://t.co/xXUn0NquBB
Pleased to be a coauthor on another excellent paper probing further into the role of biomolecular condensates in bacterial cell division, from Germán Rivas's lab!
https://t.co/j64FoafYmj
@LarryChicago My condolences to an excellent scientist. A talk by Larry at an ASM meeting in the late 1980's when I was finishing my PhD was my inspiration to study bacterial cell division as a postdoc and beyond.
This is just total bullshit! RT if you agree…Manhattan DA to let grand jury expire despite prosecutor concluding #Trump "committed crimes": report @Salon https://t.co/75zjDeY0GO
Are you fascinated by how one cell can divide itself in half to make two cells? The Margolin lab has an open position at UTHealth in Houston, Texas for an outstanding and motivated postdoctoral fellow or research scientist: https://t.co/c2ybXjdfWT
Does E. coli ZipA only bind to the FtsZ C terminal tail, as we've all believed for 20 years? Not anymore. See our latest paper that shows a second mode of binding between these two essential bacterial cell division proteins.
@nartimsoole Nicely done work to support and extend our model for divisome activation based on disrupting FtsA mini-rings shape and increasing its packing density.