Study reveals how cells regulate repair protein production to prevent DNA damage over-repair or under-repair, aiding cell ...

In this episode presented by Eclipsebio, BioSpace's head of insights Lori Ellis discusses mRNA and srRNA with Andy Geall of ...

The residual DNA would also have to integrate into the nuclear DNA, which would require DNA-cutting enzymes that aren’t present in the mRNA vaccine.

Compared to the standard shot, the mRNA vaccine had an overall vaccine efficacy that was 26.6 percent higher, and 27.4 ...

Why are mRNA vaccines being used now? In the mid-2000s, scientists at the University of Pennsylvania figured out how to get foreign mRNA into human cells without it degrading first.

Within a cell, DNA carries the genetic code for building proteins. To build proteins, the cell makes a copy of DNA, called mRNA. Then, another molecule called a ribosome reads the mRNA, translating it ...

Combining AI-driven design with rapid, cell-free DNA synthesis, researchers are turning mRNA into a scalable solution for vaccines, cancer treatments, and personalized genetic therapies.

The findings are published in the journal Nucleic Acids Research. Optogenetic methods have so far been based almost exclusively on activating the transcription of DNA into mRNA (messenger RNA).

DNA and mRNA transfection are both used to introduce genetic material into cells, but they differ in the genetic material used and cellular processes initiated. This infographic, part of our In Focus ...