Enrico’s paper on SoxN genomics and a comparative analysis of SoxN and Dichaete binding in mutant backgrounds is now out in Genome Biology. We are very proud of this paper.
Congratulations to Enrico on successfully defending his PhD thesis today. A fabulous piece of work on SoxN genome biology as well as a fascinating analysis of SoxN and Dichaete redundancy at a genomic level.
A landmark for the lab with our first ever BioConductor package now available. SimBindProfiles allows comparisons of ChIP-array binding profiles to identify differential binding in different datasets, while there are tools to this with ChIP-seq data there was little or nothing usable for array based analysis. Bettina put it together with some help from Enrico and Robert Stojnic to facilitate our work on Dichaete and SoxN binding but it is broadly applicable to any ChIP-array datasets.
I think this is a fabulous piece of work – well done Bettina!
Jelena’s Dichaete genomics paper is now out in BMC Genomics. Great job troops.
A very warm welcome to Alex Chen and Josh Maher, who have just joined the lab as grad students. Alex will be working on the Hox specificity project and Alex will be extending the Joy of Sox into other insect species.
Hope you have fun guys!
Alfonso Martinez-Arias has disseminated a copy of the spoof journal Cool (get it here) that has been pinned to my office wall for well over 20 years. I keep it to remind me what science is actually about (and Cool is not!). Alfonso uses it to illustrate some of the things enraging him about the current state of research – his blog is worth a read.
David and Sang’s work with our Colleagues at Fred Hutchinson & Pregenen in Seattle, engineering homing endonucleases to recognise new target sequences, is now available from PLoS ONE. Great job everyone.
Many congratulations to our PartII project student Max Fitz-James on winning the Thoday Prize for the best Genetics student this year. Good luck with your impending PhD in Edinburgh Max.
Papers (& full library) now on Mendeley. Profile at http://www.mendeley.com/profiles/steve-russell/
We done to Sarah’s PartII project student Max Fitz-James, he generated some pilot DNAse-seq data from melanogaster and yakuba embryos. Around 12 million mapped reads from the IonTorrent generated ~ 1.5 billion bases of sequence. Not so bad for an 8-week project.