Vincent, Michael and Elio note the passing of Stanley Falkow, give E. coli an archaeal membrane, and show how the microbiome can make worms live longer.
The TWiM team notes the passing of Allan Campbell, and explains how aminoglycoside antibiotics like neomycin enhance host resistance to viral infection.
The TWiMsters explain why untreatable typhoid fever might be on the way, and the evolution of fungal virulence in tropical frogs.
The Masters of the Microbiological Universe discuss the humongouest fungus, and a commensal bacterium that protects against skin neoplasia.
The TWiMmers discuss culture-independent discovery of malacidin antibiotics, and unfolding of relaxase during bacterial conjugation.
The TWiM team explores a stingless bee that requires a fungal steroid to pupate, and colonic biofilms containing tumorigenic bacteria in patients with colorectal polyps.
The TWiM team reveals that spread of plague was likely by human ectoparasites, not rats, and deconstruct a durable, broadly protective protein nanoparticle influenza virus vaccine.
The cast of TWiM reveals how uropathogenic E. coli use a binding protein to treat copper as a nutrient or a toxin, and Antarctic soil bacteria that survive on trace atmospheric gases.
Dickson joins the TWiM team to discuss the nasal microbiota of dairy farmers, and attenuation of bacterial virulence by quorum sensing in the maize weevil.
Vincent, Michael, and Michele reveal how pandemic influenza viruses suppress immunogenic cell death, and 3D printing of bacteria into functional materials.