In simple terms, a bacterium like E. coli can change its outer membrane protein coat in just two generations. Professor Kleanthous and Dr Baumann believe that their ongoing collaborative work, ...

Bacteria come in a surprising variety of shapes. In addition to rod-shaped representatives such as the widely known model bacterium E. coli, there are numerous curved and even spiral-shaped bacteria.

Scientists have identified a new type of protein in bacteria that could change our understanding of how these organisms ...

Scientists at the University of Missouri (MU), who report that they used a new approach to discover how proteins leave the inside of an E. coli cell, say their finding could have important ...

The designed proteins block hemoglobin from binding ChuA, an outer membrane bacterial protein, helping to inhibit E. coli's growth.

The pores could also be outer-membrane protein complexes located on the bacteria surface, but the measured pore diameter of 34.7 nm ± 11.8 nm (1 nm = 1 x 10-9 m) is significantly larger than ...

Scientists have identified a new type of protein in bacteria that could change our understanding of how these organisms interact with their environments.

E. coli adapt to survive sudden starvation. ... The Tol-Pal system is a critical cellular machinery composed of proteins that connect the outer membrane to the inner membrane.

In Escherichia coli (E. coli), for example, the OmpF channel (porin) provides a translocation pathway for small molecules, water, and ions inward and outward through the outer membrane.

Study: Impact of Escherichia coli Outer Membrane Vesicles on Sperm Function. Image Credit: SciePro / Shutterstock.com. Introduction. Most MRTIs are caused by bacteria including Staphylococcus ...