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The Francis Crick Institute

We're the Crick, a biomedical research lab in London working to figure out how life works. Home to more than 2,000 scientists and a free public exhibition space. https://www.crick.ac.uk/

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Публикации

Scientists at the Crick have identified three crucial proteins that make up the ‘portal complex’ in the vaccinia poxvirus. The finding could lead to new ways of treating other poxviruses like mpox which have similar portal complexes. https://bit.ly/45vMhbi

Tuning into the channel helping poxviruses replicateUncovering the structure of the poxvirus ‘portal complex’, a channel used by the virus to release its genetic material into infected cells, could help develop new antiviral treatments.bit.ly

Following his death from lymphoma, Edward Speed left his body to PEACE, a study revealing the hidden impacts of cancer treatment, including how DNA in healthy tissue might change. Read more about Edward’s story and the @cancerresearchuk.org-funded PEACE study: https://bit.ly/4x0KKpl

A legacy written in DNADistinctive patterns of DNA mutations in otherwise healthy tissue could help scientists understand the lasting effects of both cancer and the treatments used to beat it.www.crick.ac.uk

Myricx Bio, a cancer therapy spinout based on research carried out at the Crick and @imperialcollegeldn.bsky.social, has reached an agreement to be acquired by @novartis.bsky.social. www.crick.ac.uk/news/2026-07...

Crick and Imperial spinout agrees to be acquired by NovartisMyricx Bio, a cancer therapy spinout based on research carried out at the Francis Crick Institute and Imperial College London, has reached an agreement to be acquired by Novartis.www.crick.ac.uk

Scientists have combined theory and experiments to show that genetic differences in seemingly identical yeast sex cells evolved due to competing demands during the asexual and sexual phases of their life cycle. https://bit.ly/3Tf7Uty

The evolutionary pressure behind sexual asymmetryA major transition in evolution is the shift from asexual to sexual reproduction in early organisms. But why would a yeast cell, which usually reproduces asexually, choose to mate with a very differen...bit.ly

Often mutated in cancer, the ATRX gene helps cells copy their DNA without damage. Crick scientists have uncovered new functions for this gene that might leave ATRX-deficient cancer cells vulnerable to potential treatments. https://bit.ly/4v7HTcW

Loss of DNA protector gene exposes vulnerabilities in cancerous cellsOften mutated in cancer, the ATRX gene helps cells copy their DNA without damage. Crick scientists have uncovered new functions that leave ATRX-deficient cancer cells vulnerable.www.crick.ac.uk

Congratulations to @pontus-skoglund.bsky.social on being elected as a member of @embo.org. Read more about Pontus and his lab’s work using ancient DNA to redefine how scientists understand human evolution, disease, and migration. https://bit.ly/3QNZrgg

Pontus Skoglund elected to EMBO MembershipPontus Skoglund has been elected to the prestigious membership of the European Molecular Biology Organization (EMBO), an honour that recognises outstanding achievements in the life sciences.www.crick.ac.uk

Crick researchers have found specific immune responses in the lungs that could provide clues as to why some people develop active tuberculosis (TB), while others keep it in check. This research was led by Will Branchett with corresponding author Anne O’Garra. www.crick.ac.uk/news/2026-06...

The early immune clues that determine who develops TBAn early view of the immune response to bacteria in the lungs provides clues as to why some people keep TB in check, while others develop disease, suggesting new ways to intervene earlier and stop TB.www.crick.ac.uk

Our ambition to combine artificial intelligence with fundamental biology and medicine continues to evolve as we welcome Mihaela van der Schaar as our Chief AI Scientist. Read more: www.crick.ac.uk/news/2026-06...

Mihaela van der Schaar appointed Crick Chief AI ScientistThe Francis Crick Institute has appointed Professor Mihaela van der Schaar as its Chief AI Scientist, advancing its ambition to combine artificial intelligence with fundamental biology and medicine, c...www.crick.ac.uk

Crick researchers are investigating how our immune system allows us to live alongside fungi through a delicate balance, with minimal adverse effects. Read about the new project, led by Veni Papayannopoulos and funded through an Advanced Grant from the @erc.europa.eu: www.crick.ac.uk/news/2026-06...

How the body lives alongside fungiFungi live around and inside us, but not every encounter leads to illness. Crick researchers are investigating how our immune system allows us to live alongside fungi through a delicate balance, recog...www.crick.ac.uk
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