Topics

New research results suggest the possibility of finding ways to turn on new neuron production in old or injured brains.

Cutting-edge AI and machine-learning algorithms can produce personalized patient predictions

Also opens up use in peptide sequencing

MIT engineers develop a compact system to regulate gene expression for safer, effective treatments of genetic disorders.

Five European and Australian universities invent a way to program "good" virus particles.

Ben Goertzel and Kennedy Schaal shed light on the connection between flies, cancer, and human genetics, uncovering remarkable similarities and implications for research.

Scientists have found new ways to genetically engineer living materials and change how these materials act when stretched or squeezed.

Preventing cells from committing to a pre-destined path of decline and death (not by artificial states of “youth”) 

KAIST researchers create a method to find and restore key genes in disrupted cellular networks, offering potential for cancer treatments, drug development, and personalized medicine through precise control.

Researchers use artificial intelligence to create synthetic DNA that precisely controls gene activity in healthy mouse cells.