Research
Investigación
08
Mayo
2025
AI-designed DNA controls genes in healthy mammalian cells for first time
A study in Cell describes an important new advance in generative biology
07
Mayo
2025
Comb jellies reveal ancient origins of animal genome regulation
Genomes of early-branching animals reveal that long-distance control of genes appeared 650-700 million years ago
30
Abr
2025
“Explainable” AI cracks secret language of sticky proteins
Researchers train AI to predict if and why proteins form sticky clumps, a mechanism linked to 50 human diseases affecting half a billion people
17
Mar
2025
Cell division follows rules of ‘active matter’
New study in PNAS describes the minimum requirements for a stable spindle
28
Feb
2025
Fat transport deficiency explains rare childhood metabolic crises
A CRG study in Journal of Cell Biology coincides with International Rare Disease Day 2025
15
Ene
2025
Protein shapes can help untangle life’s ancient history
A new way of merging genomic and structural data can help infer evolutionary relationships
08
Ene
2025
Human ‘Domainome’ Reveals Root Cause of Heritable Disease
Heritable genetic disorders are mainly driven by unstable proteins, according to CRG research in Nature
04
Dic
2024
Cancer ‘fingerprint’ can improve early detection
Artist's concept of an epitranscriptomic fingerprint. Credit: Queralt Tolosa
28
Nov
2024
Bacteria ditch tags to dodge antibiotics
CRG researchers describe a new possible mechanism of antibiotic resistance
26
Nov
2024
Cancers grow uniformly throughout their mass
Study challenges decades-old assumptions about how the disease grows and spreads
Páginas
A study in Cell describes an important new advance in generative biology
Genomes of early-branching animals reveal that long-distance control of genes appeared 650-700 million years ago
Researchers train AI to predict if and why proteins form sticky clumps, a mechanism linked to 50 human diseases affecting half a billion people
New study in PNAS describes the minimum requirements for a stable spindle
A CRG study in Journal of Cell Biology coincides with International Rare Disease Day 2025
A new way of merging genomic and structural data can help infer evolutionary relationships
Heritable genetic disorders are mainly driven by unstable proteins, according to CRG research in Nature
Artist's concept of an epitranscriptomic fingerprint. Credit: Queralt Tolosa
CRG researchers describe a new possible mechanism of antibiotic resistance
Study challenges decades-old assumptions about how the disease grows and spreads