Large swaths of single-celled eukaryotes, non-bacterial single-cell organisms like microalgae, fungi or mold, can control microbiomes (a collection of tiny microbes, mostly bacteria) by secreting ...

Researchers at the University of Tsukuba have developed a vector that integrates the Cre enzyme gene with the specific DNA sequence loxP, which is its target. This vector allows the creation of ...

Infection control strategies for multidrug-resistant organisms span a spectrum of measures designed to interrupt transmission and preserve antimicrobial efficacy. Standard approaches include targeted ...

Large swaths of single-celled eukaryotes, non-bacterial single-cell organisms like microalgae, fungi or mold, can control microbiomes (a collection of tiny microbes, mostly bacteria) by secreting ...

Mice and newts were applied to the one-step Cre-loxP organism creation technology by TAx9. In this study, the researchers succeeded in synthesizing a Cre-loxP integrated vector by placing a short DNA ...