In follow-up research, we demonstrated that the Caribbean pathogen was the same one affecting populations in the Red Sea.” Now, using genetic tools, Dr. Bronstein and his international ...

The work involved genetically modifying the pathogen Anaplasma marginale—which causes bovine anaplasmosis—in a lab. By deleting a specific gene and then injecting the modified pathogen into ...

It also excludes the vast majority of potential therapeutics, severely limiting treatment options for brain tumors, neurodegenerative diseases, and genetic disorders of the central nervous system. 1 ...

Using molecular-genetic tools, they successfully identified the pathogen responsible for the 2023 outbreaks: a scuticociliate parasite – the same agent behind the catastrophic decline of Diadema ...

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 precision-based ...

The oldest known case of the disease was found in a 6-year-old boy who died around the year 550 Unsurprisingly, the boy’s tooth also contained genetic ... window into how pathogens evolve ...

Bubonic plague kills via a deadly ... out even small genetic changes can lead to large changes in the virulence and spread of a disease. "It doesn't take a whole lot for pathogens to go from ...

In follow-up research, we demonstrated that the Caribbean pathogen was the same one affecting populations in the Red Sea." Now, using genetic tools, Dr. Bronstein and his international colleagues ...