By tethering RNA polymerase with the coupling transcription factor NusG or its paralog or version, RfaH, which threads the ...

In the spotlight for its role in COVID-19 vaccines – and a Nobel Prize – mRNA is not a new invention. It’s a crucial messenger molecule at work every day in every cell in your body.

Professor Hirohide Saito and his research team have developed a new microRNA-responsive hybrid mRNA switch, enabling precise, ...

The idea that tRNA was an adaptor molecule was first proposed by Francis Crick, co-discoverer of DNA structure, who did much of the key work in deciphering the genetic code (Crick, 1958).

A complex molecular machine, the spliceosome, ensures that the genetic information from the genome, after being transcribed ...

The team found that their analysis platform could successfully assign the primary structure of the reference, then rapidly identify even the most minute changes in the mRNA molecule being tested ...

Explore the 5 key differences between DNA and RNA, including function, structure and location, with examples and insights from modern molecular biology.

To add multiple polyA tails to the mRNA backbone and create the branched structure, the scientists used click chemistry, which is a set of reactions used for joining two molecular entities. Additional ...

“mRNA is, in many ways, the right molecule at the right time that will help us to unlock the therapeutic potential of other science.” ...

Unzipping mRNA Rallies Plant Cells to Fight Infection New tool controls protein production in living cells, with potential applications from agriculture to medicine.

Livestock and mRNA Vaccines: What You Need To Know As misinformation regarding the use of mRNA vaccines in livestock filter through social media, there are facts begging to be set straight.

One surprising star of the coronavirus pandemic response has been the molecule called mRNA. It's the key ingredient in the Pfizer-BioNTech and Moder ...