Linxiang Lan (@linxiang_lan) 's Twitter Profile
Linxiang Lan

@linxiang_lan

Staff Scientist at The Institute of Cancer Research

ID: 1945896367

linkhttps://orcid.org/0000-0002-8409-4336 calendar_today08-10-2013 04:20:10

62 Tweet

73 Followers

123 Following

Behrens lab (@behrens_lab) 's Twitter Profile Photo

Happy Christmas to all from the Behrens lab!! Time to revisit the 2019 discoveries of the lab! (1/5) Stay tuned next year for more great #Science!

Happy Christmas to all from the Behrens lab!!  Time to revisit the 2019 discoveries of the lab! (1/5)
Stay tuned next year for more great #Science!
Behrens lab (@behrens_lab) 's Twitter Profile Photo

Just out in nature! Mesenchymal #PancreaticCancer cells secrete GREM1, preventing further epithelial-to-mesenchymal transition and preserving tumour heterogeneity. Congratulations to postdoc Linxiang Lan et al for the great work! The ICR The Francis Crick Institute nature.com/articles/s4158…

Jorge Almagro (@almagro_jorge) 's Twitter Profile Photo

Very happy to see this paper on EMT in PDAC out in nature! Congrats Linxiang Lan, @theoevan1, Huafu Li et al for this great work! It was a pleasure to contribute with a bit of art 🐀 and science 🔬 nature.com/articles/s4158…

The ICR (@icr_london) 's Twitter Profile Photo

🔬 NEWS: ICR scientists have shown it is possible to reverse a key process that allows #PancreaticCancer cells to grow and spread around the body. The landmark discovery could pave the way for new #Treatments for pancreatic cancer. Read more 👇 icr.ac.uk/news-archive/s…

🔬  NEWS: ICR scientists have shown it is possible to reverse a key process that allows #PancreaticCancer cells to grow and spread around the body.

The landmark discovery could pave the way for new #Treatments for pancreatic cancer.

Read more 👇
icr.ac.uk/news-archive/s…
Linxiang Lan (@linxiang_lan) 's Twitter Profile Photo

Thrilled that our latest work is out in nature. A paracrine interaction between tumour cell populations that maintains EMT heterogeneity in pancreatic cancer. Great work done by great collaborations Behrens lab Anguraj Sadanandam The ICR The Francis Crick Institute nature.com/articles/s4158…

nature (@nature) 's Twitter Profile Photo

Nature research paper: GREM1 is required to maintain cellular heterogeneity in pancreatic cancer go.nature.com/3I1UM1n

Behrens lab (@behrens_lab) 's Twitter Profile Photo

In case you missed our latest @nature! We discovered how #Grem1 and #Bmp2 regulate epithelial-to-mesenchymal transition (#EMT) and #metastasis in #PDAC. We hope understanding #TumourHeterogeneity of #PancreaticCancer will help us beat this deadly disease🔬 nature.com/articles/s4158…

In case you missed our latest @nature! We discovered how #Grem1 and #Bmp2 regulate epithelial-to-mesenchymal transition (#EMT) and #metastasis in #PDAC.
We hope understanding #TumourHeterogeneity of #PancreaticCancer will help us beat this deadly disease🔬
nature.com/articles/s4158…
News Medical (@newsmedical) 's Twitter Profile Photo

We speak to Linxiang Lan a staff scientist at The ICR and the lead author of a paper that presents a fundamental discovery that could pave way for new pancreatic cancer treatments news-medical.net/news/20220714/… #cancer #cancerresearch #pancreaticcancer #disease #research

We speak to <a href="/linxiang_lan/">Linxiang Lan</a> a staff scientist at <a href="/ICR_London/">The ICR</a> and the lead author of a paper that presents a fundamental discovery that could pave way for new pancreatic cancer treatments news-medical.net/news/20220714/… #cancer #cancerresearch #pancreaticcancer #disease #research
The ICR (@icr_london) 's Twitter Profile Photo

6/10 of our #ICR10, Behrens lab identified the protein GREM1 as key to regulating the type of cells found in #PancreaticCancer – and manipulating its levels can both fuel and reverse the ability of these cells to change into a more aggressive subtype: icr.ac.uk/news-features/…

6/10 of our #ICR10, <a href="/behrens_lab/">Behrens lab</a> identified the protein GREM1 as key to regulating the type of cells found in #PancreaticCancer – and manipulating its levels can both fuel and reverse the ability of these cells to change into a more aggressive subtype:
icr.ac.uk/news-features/…
Behrens lab (@behrens_lab) 's Twitter Profile Photo

Read more about the controversy and consensus of cancer stem cell markers in our newest review in Cancer Research by Linxiang Lan ⬇️🔍 aacrjournals.org/cancerres/arti… #cancerstemcell #plasticity #heterogeneity #niche #cancer #stemcells

Linxiang Lan (@linxiang_lan) 's Twitter Profile Photo

Our Controversy & Consensus article on cancer stem cell (CSC) markers just out in Cancer Research. Technical differences, CSC niche-dependency and plasticity, and CSC heterogeneity may all contribute to the controversy. aacrjournals.org/cancerres/arti…

Cancer Research (@cr_aacr) 's Twitter Profile Photo

Check out the Controversy and Consensus article by Linxiang Lan and Axel Behrens discussing the controversy regarding the existence and identification of #cancerstemcells. bit.ly/3XQ5hf6 Behrens lab

Check out the Controversy and Consensus article by <a href="/linxiang_lan/">Linxiang Lan</a> and Axel Behrens discussing the controversy regarding the existence and identification of #cancerstemcells.
bit.ly/3XQ5hf6
<a href="/behrens_lab/">Behrens lab</a>
Cancer Research (@cr_aacr) 's Twitter Profile Photo

Check out the Controversy and Consensus article by Linxiang Lan and Axel Behrens discussing the controversy regarding the existence and identification of #cancerstemcells. bit.ly/3kZStEL Behrens lab

Check out the Controversy and Consensus article by <a href="/linxiang_lan/">Linxiang Lan</a> and Axel Behrens discussing the controversy regarding the existence and identification of #cancerstemcells.
bit.ly/3kZStEL
<a href="/behrens_lab/">Behrens lab</a>