From 1st of July, we are moving to MRC LMS in West London (part of Imperial College Institute of Molecular Sciences) to become Functional Gene Control group. We will continue to operate from both locations for the time being, although the expectation is that our presence at Babraham Institute will be gradually withering out.
The website will be updated and its name will change accordingly (FunctionalGeneControl.group). The previous URL, regulatorygenomicsgroup.org, will remain operational.
The move opens an exciting new chapter in our group’s life and we are looking forward to fostering new links within MRC LMS, Imperial College and the broader London scientific ecosphere. Nonetheless, we will continue to draw on our close collaborations with many Babraham and Cambridge researchers, which will still be within reach and equally valuable!
Jo, our lab’s first PhD student, has successfully passed her PhD viva at Cambridge University – a great achievement for her and quite a milestone for our lab!
A collaborative public science project between Babraham Institute scientists, electronic musician Max Cooper and video artist Andy Lomas that was initiated by Mikhail has made it to Science Museum Lates yesterday!
The centrepiece of our exhibit, “Chromos”, was a virtual reality walkthrough the 3D structure of chromosomes based on 3D models of interphase chromatin generated from single-cell Hi-C data. The project also featured a music video based on the same data and a presentation about the science behind this work.
Molecular dynamics simulations by Csilla Varnái (Peter Fraser’s group) using single-cell Hi-C data from Takashi Nagano were used for both the video and the VR. The science presentation was put together by Stefan Schoenfelder, Csilla and Mikhail. Special thanks go to Babraham Institute’s public engagement team (and particularly Tacita Croucher) who managed and funded this project, and Babraham scientists Valeriya Malysheva, Zahra Fahmi, Daisy Luff and Rafeah Alam who volunteered at the event!
Jonathan has moved on to become a Senior Research Statistician at AstraZeneca. We wish him best of luck with his new job and wave him goodbye with a CHiCAGO-inspired jigsaw puzzle as a leaving present…
Hashem has left us to start his own group at Oxford University’s Radcliffe Department of Medicine. We are sad to see Hashem go, but are very proud of his success and wish him all the best in his independent career!
Paula’s paper on the dynamics of promoter interactions and chromatin states at promoter-interacting regions as human ES cells differentiate to neural progenitors is out in eLife! This has been a close and exciting collaboration with Peter Rugg-Gunn’s and Peter Fraser’s labs, and Stefan Schoenfelder from the Fraser lab is the co-lead author. Congratulations everyone!
February saw two new group members join us.
Valeriya Malysheva, funded by a commercialisation grant from Babraham’s Knowlegde Exchange Committee, joins us after a PhD at IGBMC in Strasbourg and will work on optimising the experimental and bioinformatics sides of promoter capture Hi-C.
Pawel Bednarz will stay with us for 6 months on a visiting studentship from Poland and will work on the relationship between genetic variation and promoter interactions.
Welcome Valeriya and Pawel!
The team of Babraham PhD students Lina Dobnikar, Michiel Thiecke, Natasha Morgan and Rachael Huntley (the first two of them from our group!) has won the prestigious Biotechnology YES competition, pitching their startup proposal on a new chemical for fighting bee parasites to a panel of judges at the Royal Society in London. The proposal is currently fictional, but it is based on real science and Michiel’s practical knowledge of beekeeping, so who knows – perhaps the prize will inspire the winners to put their proposal into practice? Either way, huge congratulations!
Our recent paper on linking GWAS SNPs to target genes using Promoter Capture Hi-C has made the (local) news. Watch Chris Wallace and Mikhail explain 3D regulatory architecture to Cambridge TV’s Karen Thomas here.
This paper, published in today’s issue of Cell, presents a high-resolution analysis of interactions involving nearly all annotated promoters in 17 human primary blood cell types. Integrating promoter interaction maps with chromatin and population genetics data, we link enhancers and promoters, and disease-associated variants with their putative target genes. The paper is the result of a large multi-centre collaboration of Peter Fraser’s and our labs at Babraham Institute with fantastic colleagues and friends from other Cambridge centres. It’s been a hugely productive and exciting collaboration, which will hopefully continue beyond this project.
Paper (open access): http://www.cell.com/cell/fulltext/S0092-8674(16)31322-8.
A minireview presenting this paper in the same issue of Cell: http://www.cell.com/cell/fulltext/S0092-8674(16)31519-7 (Open Access).
Press release: http://www.babraham.ac.uk/news/2016/11/researchers-identify-missing-links-that-connect-human-dna-variation-with-disease