SalmenaLab (@lsalmena) 's Twitter Profile
SalmenaLab

@lsalmena

Cancer Bio Lab @PharmTox_UofT

ID: 401500999

linkhttp://salmenalab.com calendar_today30-10-2011 16:55:21

59 Tweet

76 Takipçi

85 Takip Edilen

CRISP_SCIENCE (@sciencecrisp) 's Twitter Profile Photo

Essential gene networks in acute myeloid leukemia identified using a microRNA-knockout #CRISPR library screen. Gabra M [..] Salmena L. bioRxiv 2019-06-06 doi.org/10.1101/661140

J. Keith Joung (@jkeithjoung) 's Twitter Profile Photo

More analysis of the impact of posting manuscripts to bioRxiv: biorxiv.org/content/10.110… (also love that this was also deposited as a pre-print, too!).

Journal of Cell Biology (@jcellbiol) 's Twitter Profile Photo

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

Golam Saffi, <a href="/lsalmena/">SalmenaLab</a> et al. <a href="/PharmTox_UofT/">Pharm & Tox</a> 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
Rockefeller U. Press (@rockupress) 's Twitter Profile Photo

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

In <a href="/JCellBiol/">Journal of Cell Biology</a>, Saffi, <a href="/lsalmena/">SalmenaLab</a> et al <a href="/PharmTox_UofT/">Pharm & Tox</a> uncover a crucial signaling axis involving INPP4B, PIKfyve, &amp; TRPML-1 that drives the peripheral localization of #lysosomes &amp; lysosomal exocytosis to promote #migration &amp; invasion of #PDAC cells. hubs.la/Q02KNtpm0
Lev Kats (@levkats) 's Twitter Profile Photo

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…

Pancreatic Cell News (@pancreaticcell) 's Twitter Profile Photo

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

A <a href="/UofT/">University of Toronto</a> research team led by Drs. Saffi, Botelho (@Botelho_Lab), and Salmena (<a href="/lsalmena/">SalmenaLab</a>) demonstrated that INPP4B overexpression in #PDAC was associated with cancer progression. 

📖 Read about their findings in <a href="/JCellBiol/">Journal of Cell Biology</a>.

bit.ly/4dnNunE
Stephanie Xie (@stephxie) 's Twitter Profile Photo

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.

Lenny Salmena <a href="/lsalmena/">SalmenaLab</a> and I had the pleasure to co-host <a href="/LevKats/">Lev Kats</a> for a  Blood and Stemness Group  <a href="/pmcancercentre/">Princess Margaret Cancer Centre</a> and <a href="/PharmTox_UofT/">Pharm & Tox</a> joint seminar. We heard firsthand this fascinating story on the therapeutic potential of targeting heme  biosynthesis in AML.
bioRxiv Cancer Bio (@biorxiv_cancer) 's Twitter Profile Photo

Phosphoinositide-focused CRISPR screen identifies novel genetic vulnerabilities in PDAC and AML cells biorxiv.org/cgi/content/sh… #biorxiv_cancer

SalmenaLab (@lsalmena) 's Twitter Profile Photo

U of T study uncovers new role for cell’s waste disposal system in spread of pancreatic cancer temertymedicine.utoronto.ca/news/u-t-study…

The Nobel Prize (@nobelprize) 's Twitter Profile Photo

BREAKING NEWS The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.

BREAKING NEWS
The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.