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Crick scientists have discovered a mechanism by which cancer cells survive amino acid starvation, providing a potential avenue for therapeutic intervention. Read the
#crickpaper in@Cell_Metabolism: https://www.sciencedirect.com/science/article/pii/S1550413118304480?via%3Dihub# …!pic.twitter.com/w590UPtT0f
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New research from the Cherepanov lab has used Cryo-EM to determine the structure of the HIV-1 inhibiting protein, SERINC5, and identifies the regions critical for its antiviral activities. This
#crickpaper is published in@NatureSMB http://ow.ly/JR8A50xVZcB pic.twitter.com/N3usWHiGV0
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A new
#crickpaper from the Tolar lab with@DrMichaelWay has used super-resolution microscopy to study the mechanics behind how the cytoskeleton supports B cells forming immune synapses to extract antigens. Read more@eLife
http://ow.ly/ydU450xD5lc pic.twitter.com/nEhBzjROVs -
A new
#crickpaper from the@RalserLab describes a powerful but overlooked antioxidant mechanism, known as 'lysine harvesting' – a metabolic adaption that protects microbial cells in stress situations. Their findings are published in@nature
http://ow.ly/g4LX50vpAnb -
Crick scientists have identified the first molecular pathways associated with a rare neurodevelopmental disorder called
#CDKL5 Deficiency Disorder. Read the#crickpaper in@embojournal: http://emboj.embopress.org/content/early/2018/09/28/embj.201899763.figures-only …pic.twitter.com/Oyr4A8q8Rf
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@LuizCarvalhoUK's lab, including@Hua_Wang and a team from@EinsteinMed have discovered that an important enzyme from Mycobacterium#tuberculosis (Mtb) belongs to two unrelated metabolic pathways. This#crickpaper is published in@PNASNews
http://ow.ly/IJqn50v80D0 -
A new #crickpaper from Frank Uhlmann's lab shows new insights into the role of three different phosphatases during cell division, revealing that all three play overlapping parts. Read the full paper in@CellReports
http://ow.ly/o64N50xeGyI pic.twitter.com/XCzpQAYRAv
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Why do different cells respond differently to the same developmental signals? A new
#crickpaper from George Gentsch (@gegentsch) in@ProfJimSmith‘s lab investigates the role of maternal proteins in early embryonic development.
@NatureComms
https://www.nature.com/articles/s41467-019-12263-w …pic.twitter.com/tLE7unscQ3
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New
#crickpaper suggests that mice have been repeatedly infected with#retroviruses over 45 million years of evolution
Read the @PNASNews paper:http://www.pnas.org/content/115/40/10130 …
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