Tag: Agrobacterium tumefaciens

Researchers have demonstrated the successful expression of recombinant dengue virus structural antigens from all four serotypes in the red microalga ...

A hybrid GPT-Neo transformer and Random Forest approach achieved 97 percent accuracy in detecting promoters in Agrobacterium tumefaciens.

Scientists built an efficient, visually trackable and marker-removable Agrobacterium transformation system for major goji berry cultivars.

In vitro experiments show that TDP2 from mammalian and plant sources can cleave the VirD2 protein from synthetic Agrobacterium T-DNA ...

A comparative transcriptome and fitness study found that host-dependent silencing suppresses a 191-kilobase rhizobial megaplasmid, sharply restricting conjugation in Rhizobium ...

Researchers used CRISPR/Cas9 to knock out the GmMYB100 repressor gene in soybean, boosting seed daidzein levels nearly threefold and genistein ...

A genome-wide association study of 96 rose genotypes has identified a major chromosome 2 region controlling how efficiently Agrobacterium-delivered GFP ...

German researchers have established a marigold suspension cell culture that produces recombinant proteins at record levels while secreting far fewer ...

The remarkable role of Agrobacterium tumefaciens in the realm of biotechnology cannot be overstated, as this bacterium serves a dual ...

In a groundbreaking study poised to reshape our understanding of plant genetic engineering, researchers have unveiled the intricate dynamics governing ...