SalmenaLab
@lsalmena
Cancer Bio Lab @PharmTox_UofT
ID: 401500999
http://salmenalab.com 30-10-2011 16:55:21
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Golam Saffi, SalmenaLab et al. Pharm & Tox uncover a crucial signaling axis involving INPP4B, PIKfyve, and TRPML-1 that drives the peripheral localization of #lysosomes and lysosomal exocytosis to promote migratory and invasive properties of #PDAC cells. hubs.la/Q02KNvdL0
In Journal of Cell Biology, Saffi, SalmenaLab et al Pharm & Tox uncover a crucial signaling axis involving INPP4B, PIKfyve, & TRPML-1 that drives the peripheral localization of #lysosomes & lysosomal exocytosis to promote #migration & invasion of #PDAC cells. hubs.la/Q02KNtpm0
Heme is a fascinating molecule and regulates many properties of cancer cells. Here we uncovered a connection between heme biosynthesis and copper homeostasis among other pathways in AML. Check out our latest preprint Peter Mac Cancer Centre Peter Mac Research biorxiv.org/cgi/content/sh…
A University of Toronto research team led by Drs. Saffi, Botelho (@Botelho_Lab), and Salmena (SalmenaLab) demonstrated that INPP4B overexpression in #PDAC was associated with cancer progression. 📖 Read about their findings in Journal of Cell Biology. bit.ly/4dnNunE
Lenny Salmena SalmenaLab and I had the pleasure to co-host Lev Kats for a Blood and Stemness Group Princess Margaret Cancer Centre and Pharm & Tox joint seminar. We heard firsthand this fascinating story on the therapeutic potential of targeting heme biosynthesis in AML.