Sunrise, Solid tumor cancer stem cell network

RT @MetastasisRS VEGF targeting leads to primary tumor shrinkage, but it increases intra-tumor hypoxia, resulting in a higher CTC cluster shedding rate and metastasis formation. @CellReports #CTCs #Avastin sciencedirect.com/science/art… pic.twitter.com/v6empSZNZf

Last week from solid tumor cancer stem cell network's Twitter via Twitter for iPhone

RT @eriksahailab Delighted that @EishuHirata has published his work on indolent brain metastases👏. Perhaps crystallins are a vulnerability of micro-metastases. sciencedirect.com/science/art…

Last week from solid tumor cancer stem cell network's Twitter via Twitter for iPhone

RT @JAguirreGhiso A new study provides insight into additional regulators of the p38 pathway that limit early dissemination and are inhibited by the HER2 oncogene. nature.com/articles/s4138…

About 2 weeks ago from solid tumor cancer stem cell network's Twitter via Twitter for iPhone

RT @JAguirreGhiso Delighted to present our work tomorrow at the Connect Science Seminar Series @DanaFarber / HCC and even more excited to have @JudithAgudo1 as my host! pic.twitter.com/ih8WcEthEV

About 3 weeks ago from solid tumor cancer stem cell network's Twitter via Twitter for iPhone

RT @lau_rell Check out our latest #research on GPNMB produced by #macrophages, published with @SpringerNature in Cellular & Molecular Immunology! Great collaboration with @HumanitasMilano #immunology #Cancer nature.com/articles/s4142…

About 2 months ago from solid tumor cancer stem cell network's Twitter via Twitter for iPhone

RT @GoetzJacky This work was supported in my lab by @unistra #idex, @FondationARC @laliguecancer @canceropole_est @Institut_cancer @Inserm @InsermEst @regiongrandest pic.twitter.com/HXCc94tweq

About 2 months ago from solid tumor cancer stem cell network's Twitter via Twitter for iPhone

RT @MetastasisRS Congratulations to ECLC Chiar, Dr. Lucia Borriello @luciaborriell and colleagues on their review article describing the role of the tumor #tumor microenvironment in #breast cancer intravasation and dissemination. Please read the full article here: sciencedirect.com/science/art… pic.twitter.com/2ghqeMhtk1

About 2 months ago from solid tumor cancer stem cell network's Twitter via Twitter for iPhone

NEWSROOM

CD44 regulates epigenetic plasticity by mediating iron endocytosis

Heterotypic cell–cell communication regulates glandular stem cell multipotency

Zena Werb passed away this last June 17th

Become a member, join the SUNRiSE society!

4th SUNRiSE training session « Stem cells in solid tumors: from biology to therapy » Lille 2020

17 December to 18 DecemberInstitut Cœur Poumon – CHU de Lille

Theatre performance in favour of SUNRiSE network

28/09/2019 - 08:00 to 17:00

3rd SUNRiSE Meeting “New advances in Cancer Stem Cells”

16/05/2019 - 08:30 to 17/05/2019 - 17:30chateau valrose

3rd SUNRiSE training session « Stem cells in solid tumors: from biology to therapy »

07/02/2019 - 08:00 to 09/02/2019 - 17:00Lyon

ABOUT

Solid Tumor Cancer Stem Cell Network
The « Cancer Stem Cell » Network (SUNRiSE, Solid Tumor Cancer Stem Cell Network) aims at promoting basic and translational research in the field of cancer stem cells in solid tumors…

PUBLICATIONS

Heterotypic cell–cell communication regulates glandular stem cell multipotency CD44 regulates epigenetic plasticity by mediating iron endocytosis The Epigenetic Progenitor Origin of Cancer Reassessed: DNA Methylation Brings Balance to the Stem Force Zonation of Ribosomal DNA Transcription Defines a Stem Cell Hierarchy in Colorectal Cancer Transformation Foci in IDH1-mutated Gliomas Show STAT3 Phosphorylation and Downregulate the Metabolic Enzyme ETNPPL, a Negative Regulator of Glioma Growth

KEY FIGURES

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SUNRiSE Members

SUNRiSE Trainees

SUNRiSE Meetings

MEETING

Fueling an international community with CSC expertises.
Allowing best international experts to meet and exchange on breakthrough discoveries about cancer stem cells is one of our network priorities. Because together is always better than alone, this unique opportunity in France allows important collaborations to rapidly develop efficient weapons to fight against cancer. The SUNRiSE network organizes, once every 2 years, international meetings in French cities to allow the spread of the most important discoveries in the field of cancer stem cells.

EDUCATION

Training sessions on cancer stem cells (CSC).
Since SUNRiSE Network has been created, our first priority has been to train young researchers and medical doctors to this important topic. We also aim at increasing their awareness to include cancer stem cells in their research to fight against cancer. If we want a change in the paradigm of cancer evolution and cure, education is the mainstay of this revolution. It is also necessary to educate and sensitize people working in pharmaceutical companies as well as clinicians to encourage them to respectively develop treatments to eliminate CSC and to organize clinical trials including these innovative and promising new medicines for patients.

JOIN SUNRISE

Becoming a member of the SUNRiSE Network is being part of an active network made up of students, scientists and clinicians with a common interest for the cancer stem cell field in solid tumors. Membership in the SUNRiSE Network is open to individuals who are interested in cancer stem cell research and cancer-stem cell-based medicine (…)

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Solid tumor cancer stem cell network