Research
Recerca
26
Feb
2026
Jumping ‘DNA parasites’ linked to early stages of tumour formation
Ancient genetic hitchhikers found reshaping cancer genomes years before diagnosis
24
Dec
2025
Ancient sea anemone sheds light on animal cell type evolution
A new map explains how the genome gives rise to different cell types in the starlet sea anemone
18
Dec
2025
Can your genes influence the gut microbiome of others?
The rat gut microbiome is shaped by the genes of its social partners
12
Dec
2025
Plant hormone allows lifelong control of proteins in living animal
A technological advance can help unravel molecular factors which shape ageing and disease
10
Dec
2025
CRG scientists debut genomics AI research at NeurIPS in San Diego
It's the first time the CRG has had research represented at the most important AI forum in the world
03
Dec
2025
Human gene maps are biased towards European ancestries
Some of these may be products of entirely new genes that scientists have never seen before.
28
Nov
2025
How mammalian embryos prepare for the first big, irreversible decision
Embryonic cells prepare for several futures at once
26
Nov
2025
New mutation hotspot discovered in human genome
Gene starting points are extremely vulnerable to mutations which can be passed on to future generations
24
Nov
2025
AI learns from the tree of life to support rare disease diagnosis
The tool can support diagnosis even for those with mutations never seen before
17
Oct
2025
Cancer cells reactivate embryo-like gene editors to fuel growth
A study reveals cancer hijacks embyonic-like splicing factors that control how genes are read
Pages
Ancient genetic hitchhikers found reshaping cancer genomes years before diagnosis
A new map explains how the genome gives rise to different cell types in the starlet sea anemone
The rat gut microbiome is shaped by the genes of its social partners
A technological advance can help unravel molecular factors which shape ageing and disease
It's the first time the CRG has had research represented at the most important AI forum in the world
Some of these may be products of entirely new genes that scientists have never seen before.
Embryonic cells prepare for several futures at once
Gene starting points are extremely vulnerable to mutations which can be passed on to future generations
The tool can support diagnosis even for those with mutations never seen before
A study reveals cancer hijacks embyonic-like splicing factors that control how genes are read