When polished aluminum surfaces are dipped in an electrochemical cell under certain conditions, the surface is coated with a well-ordered array of porous pillars of alumina (aluminum oxide). These ...
The structures damage the cell membrane of bacterial cells ... These needle-like pillars are just the right size to be deadly to bacteria, making the surfaces strongly antibacterial.
The structures damage the cell membrane of bacterial cells ... These needle-like pillars are just the right size to be deadly to bacteria, making the surfaces strongly antibacterial.
Jan. 28, 2025 — New research has identified a unique genetic signature in bacteria that can predict their likelihood of developing antibiotic resistance, a finding that can help quickly identify ...
This relates back to cell size because, with delayed FtsZ assembly, rod-shaped bacteria have a chance of elongating longer before division ensues, and hence rapidly growing bacteria result in ...