Researchers have discovered that two outer membrane proteins act as molecular tethers, enabling the signal-peptide-free peroxidase DypB_(2985) of Pseudomonas putida to exit the cell through a two-step ...

A new study led by Paul Schulze-Lefert from the Max Planck Institute for Plant Breeding Research in Cologne, in collaboration ...

An open-source Snakemake pipeline called ERMA standardizes and automates epicPCR data analysis, achieving strong concordance ...

Washington DC [US], October 9 (ANI): The researchers have uncovered a new way bacteria detect viral attacks: a virus-produced ...

Genetics are thought to explain about half of a person’s risk of developing type 1 diabetes. What decides the rest has been ...

Scientists have discovered a previously unknown microorganism that has the smallest genome ever found and may be able to ...

Short-term exposure to microgravity on the ISS alters human blood stem cells and makes nematodes more vulnerable to bacterial ...

Two people infected with the same strain of COVID-19 can have vastly different experiences. One might never even sniffle, and ...

A study of 50 women with surgically confirmed endometriosis found that differences in gut bacterial composition were ...

Blood cells, bacteria, and everyday products reveal fascinating microscopic science, exposing tiny structures, hidden details ...

Chronic intestinal inflammation drives cardiac dysfunction through a gut microbiota-dependent pathway, suggesting a potential ...