Research
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04
Dec
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
19
Nov
2024
CRG guides ethical framework of landmark Human Cell Atlas project
Dr. Roderid Guigó has created a comprehensive data-sharing ethics toolkit for the HCA.
18
Nov
2024
Can cells ‘learn’ like brains?
Barcelona Collaboratorium explains how tiny creatures may learn, a feature thought exclusive to more complex life forms
12
Nov
2024
‘Moonlighting’ enzymes can lead to new cancer therapies
Two research papers in Nature Communications pave the way for new metabolism-based cancer therapies
05
Nov
2024
A molecular switch reshapes a dividing cell in minutes
CRG researchers succeed in controlling cell division on demand outside of a living system
31
Oct
2024
First blueprint of the human spliceosome
CRG researchers describe the inner workings of the most complex and intricate molecular machine in human biology
25
Sep
2024
Protein behaviour can be predicted with simple maths
There are more possible combinations of a protein 100-amino acids in length than there are atoms in the entire universe.
03
Sep
2024
Hundreds of new cancer driver genes predicted by algorithm
Researchers dicover 813 potential new cancer therapeutic targets when taking splicing into account
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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
Dr. Roderid Guigó has created a comprehensive data-sharing ethics toolkit for the HCA.
Barcelona Collaboratorium explains how tiny creatures may learn, a feature thought exclusive to more complex life forms
Two research papers in Nature Communications pave the way for new metabolism-based cancer therapies
CRG researchers succeed in controlling cell division on demand outside of a living system
CRG researchers describe the inner workings of the most complex and intricate molecular machine in human biology
There are more possible combinations of a protein 100-amino acids in length than there are atoms in the entire universe.
Researchers dicover 813 potential new cancer therapeutic targets when taking splicing into account