Dr. James D. Watson, the Nobel laureate who fundamentally changed biology by co-discovering the DNA double helix, has died at 97. While his 1953 breakthrough ushered in the age of modern genetics
The computer program forecasts individual strands of DNA building blocks (A, T, C, and G) needed to create desired patterns of gene expression in various types of cells.
Utilizing reduced Takumi-shaped DNA nanostructures, researchers create optimal DNA hydrogels with possible biological uses.
According to the researchers, these recurring patterns suggest potential therapeutic targets meant to prevent or slow the progression of cancer.
A cell’s morphology and form are crucial to its biological function. This is in line with the “form follows function” theory that is prevalent in contemporary architecture and design.
Their novel method makes it feasible to regulate gene expression in the body in previously unattainable ways, which might improve human health and medical research.
A landmark 2018 study, Garvan scientists were the first in the world to directly observe i-motifs inside living human cells using a new antibody tool they had developed, that was able specifically to bind to them.
Mitochondria live in all our cells, but unlike other organelles, mitochondria sport their own DNA—a small, circular strand with about three dozen genes.
Ever since the double helix was discovered, researchers have worked to decipher the information contained inside DNA.
CoRSIVs are sections of the genome that include chemical markers on their DNA. These markers may tell farmers things like milk output, female fertility, and disease resistance.
