Time to move. See you all on Bluesky: @helink.bsky.social
Let's work on getting our respective institutions and our colleagues to move as well. There is an exponential increase in members on Bluesky!!
theguardian.com/media/2024/n…
Listen back to @BBCRadio4's #TheBriefingRoom to hear ICR’s Director of the Centre for Cancer Drug Discovery, Dr Olivia Rossanese @TEMT_ICR talk about preventing treatment resistance, targeted therapies, and what the future holds for cancer drugs ⤵️
🎙 bbc.co.uk/programmes/m0020xz…
Interested in H3K4 methylation. Then, Hua (now at Peking University) and Kristian recently shared their thoughts in a review in Trends in Cell Biology: 'Roles of H3K4 methylation in biology and disease'.
authors.elsevier.com/sd/arti…
ALT The five members of the ICR team stood behind the stall at the festival. They're all smiling and wearing ICR-branded t-shirts. There are colourful activities on the table.
ALT Researchers at the ICR receiving a Queen's Anniversary Prize at Buckingham Palace.
ALT The ICR's Chief Executive and Head of the Division of Breast Cancer Research receiving a Queen's Anniversary Prize at Buckingham Palace from Her Majesty The Queen.
Very excited to see a very big part of my PhD work @HelinLab out in @embojournal in my first first-author paper!
Massive thanks to all co-authors, and especially @AliaksandraR
If you want to learn more about chromatin remodeling complex NURF and it’s role in AML ⬇️
🏆We’re honoured to have been granted a Queen’s Anniversary Prize👑 (@QAPrizes), the highest national honour in UK further and higher education for our innovative work in #BreastCancer.
Find out more about the #QAPrize👇
icr.ac.uk/news-archive/icr-a…
ALT The Queen's Anniversary Prizes - Winner flyer: The Institute of Cancer Research
1) Interested in NSD1, Sotos syndrome and how H3K36 methylation regulates transcription? If so, please have a look at our new paper, spearheaded by Zhen Sun @zhensun24, now a postdoc in @SawyersLabMSKCC. sciencedirect.com/science/ar…
2) We show that NSD1 both has catalytic dependent and independent roles in regulating transcription, that NSD1/H3K36me2 are enriched at enhancers, that NSD1 promotes enhancer activity and RNA Pol II pause release.
3) We also show a critical role for NSD1 in regulating cell fate transitions and transcriptional programs perturbed in Sotos syndrome.
Have a look at the paper and let us know what you think!
Position for a talented scientist to continue their work in Hematology/Leukemia Research available in our lab. Either at postdoc, senior scientific officer or staff scientist level. Please see advertisements below.
jobs.icr.ac.uk/vacancies/563…
Position for a talented scientist to continue their work in Hematology/Leukemia Research available in our lab. Either at postdoc, senior scientific officer or staff scientist level. Please see advertisements below.
jobs.icr.ac.uk/vacancies/563…jobs.icr.ac.uk/vacancies/564…
Are you interested in how chromatin regulation affects cell phenotype and drives cancer? We have an open postdoc position in our new group @ICR_London. Join us in central London! jobs.icr.ac.uk/vacancies/544…
Interested in epigenetics and the potential function of histone modifications? If so, Hua Wang in our lab has done some beautiful work in defining a role of H3K4me3!! Check out the paper - published today.
nature.com/articles/s41586-0…
Are you into Epigenetics and/or interested in disease, we have a number of postdoc positions available in our lab located in central London. Excellent colleagues, cool science, check out the opportunity.
jobs.icr.ac.uk/vacancies/433…
Are you into Epigenetics and/or interested in disease, we have a number of postdoc positions available in our lab located in central London. Excellent colleagues, cool science, check out the opportunity.
jobs.icr.ac.uk/vacancies/433…
We have several postdoc (or more senior) positions open to work on Epigenetics and/or Cancer. If interested, please send CV and a few lines to kristian.helin@icr.ac.uk.