Breaking Bio

@Princeton, @Stanford, and @Harvard PhDs writing on current biotechnology, cancer, and medical research.

[Breaking Bio @breakingbiology]

@StephenAtHome Is there a better name for the newest organelle in human biology than the #frodosome?
https://t.co/MTdxe9B9vl

[Kayothera @kayothera]

This discovery will be the cover issue of Nature Cell Biology for March and was a great collaboration with @Tomocubeinc
https://t.co/iS5uol3oo6

[Nature Cell Biology @NatureCellBio]

Just published today from Yibin Kang & co: TGF-b-induced Dact1 forms biomolecular condensates that sequester CK2 to repress Wnt signalling and modulate bone metastasis.

Read the full manuscript here: https://t.co/UsS4RUlJ0h

https://t.co/7zaqOAsx5B

[Gary Laevsky @glaevsky.bsky.social @glaevsky]

Cool condensate work with the Tomocube done here in #PrincetonMOLBIO TGF-β-induced DACT1 biomolecular condensates repress Wnt signalling to promote bone metastasis | Nature Cell Biology https://t.co/1bXpRqQ4U5

[Breaking Bio @breakingbiology]

@peiferlabunc We were inspired by your work to dig into phase separation and Wnt regulation. New paper out on Dact1 condensates that might be of interest: https://t.co/WiQMSOlQUu

[Breaking Bio @breakingbiology]

@Princeton researchers Mark Esposito and Yibin Kang identify a new organelle driven by phase separation that drives #cancer metastasis. https://t.co/WiQMSOlQUu

[Princeton MolBio @PrincetonMolBio]

Princeton’s leading cancer researchers, including Yibin Kang, were startled to discover that what they thought was a straightforward investigation into how cancer spreads through the body turned up evidence of liquid-liquid phase separations.
https://t.co/ie5JJAjIAC

[Jim Till @jimtill]

Bone vascular niche E-selectin induces mesenchymal-epithelial transition and Wnt activation in cancer cells to promote bone metastasis [$] https://t.co/9dr0IrgxLn #cancerSC via @zangaridelbalzo

[Biocompare @biocompare]

The role of E-selectin in cancer metastasis is addressed in paper published today. https://t.co/7CGWq6NBXW

[Cancer Stem Cell News @cancerscnews]

New findings in @NatureCellBio provide unique insights into the functional role of E-selectin as a component of the vascular niche critical for metastatic colonization in bone. https://t.co/BgCWJ9LMsv @PrincetonMolBio

[Henning @GlycoMedX]

Bone vascular niche E-selectin induces mesenchymal-epithelial transition and Wnt activation in cancer cells to promote bone metastasis. https://t.co/4h0WDgt13Q

[Princeton MolBio @PrincetonMolBio]

Mark Esposito, Yibin Kang discover an interaction that helps cancers spread to bone
https://t.co/8MUIUUL8Wf

[Princeton University @Princeton]

A team of researchers led by #PrincetonU and supported by @RutgersCancer has discovered a factor that promotes the spread of cancers to bone, opening the way toward treatments that could mitigate cancer’s ability to colonize bone. https://t.co/GrAR9KYHw7

[Breaking Bio @breakingbiology]

Excited to contribute to the understanding of how breast cancer spreads to the bone! New paper out in NCB https://t.co/RfEKGDOiD8 #cancer #cancerresearch

[nature @Nature]

Stay on top of science news with one daily email. Sign up to Nature Briefing: https://t.co/1UDQ3iLF0N

[Breaking Bio @breakingbiology]

Achaogen (AKAO): Compelling investment of the week https://t.co/M89GX8LbEm

[Breaking Bio @breakingbiology]

Our lab is running a 5k to help raise funds for the local @SusanGKomen chapter. Please donate if you can spare! https://t.co/vKgBTd3Caq

[Breaking Bio @breakingbiology]

@OuthouseThought @Novocure The newest Sci-fi cancer therapy gives promise to glioblastoma patients https://t.co/qEn8FEIAdw

[Breaking Bio @breakingbiology]

@Independent Recent diagnosis of @SenJohnMcCain sheds light on GBM and the potential for Novocure's new treatment. https://t.co/qEn8FEIAdw

[Elon Musk @elonmusk]

In addition, I again raised climate. I believe this is doing good, so will remain on council & keep at it. Doing otherwise would be wrong.