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Living mouse created from gene older than animal life
Scientists have created a mouse using molecular tools derived from our single-celled distant ancestors, which predate animal life.
Generative AI for genomes
A new generative AI can predict how changes in DNA might affect cells and even design new DNA sequences to change how cells work.
The discoverers of microRNA win the Nobel Prize in Medicine
Ambros and Ruvkun discovered microRNA, tiny RNA molecules that play a crucial role in gene regulation
Scientists turn on new neuron production in mice brains
New research results suggest the possibility of finding ways to turn on new neuron production in old or injured brains.
IntelliGenes accessible AI software helps predict diseases
Cutting-edge AI and machine-learning algorithms can produce personalized patient predictions
Turning Back the Clock: Genetic Engineers Rewire Cells for an 82% Increase in Lifespan
Preventing cells from committing to a pre-destined path of decline and death (not by artificial states of “youth”)
Extreme DNA precision: Researchers slow down and scan individual DNA molecules multiple times
Also opens up use in peptide sequencing
DNA origami nanostructures for vaccine development and transporting drugs inside the body
Five European and Australian universities invent a way to program "good" virus particles.
It's 10 PM. Do you know where your DNA is?
Human DNA can be found almost everywhere — raising ethical issues.
Fly vs Human Genetics: Can Flies Develop Cancer? | Highlights from S2E8
Ben Goertzel and Kennedy Schaal shed light on the connection between flies, cancer, and human genetics, uncovering remarkable similarities and implications for research.