A global genetic interaction network

Amazing work from our collaborators from Boone, Andrews and Myers Lab. A landmark in genetics that for sure will pave the way for many future discoveries. M. Costanzo*, B. VanderSluis*, E. N. Koch*, A. Baryshnikova*, C. Pons*, G. Tan, et al. A global genetic interaction network maps a wiring diagram of cellular function. Science, 2016; Read more about A global genetic interaction network[…]

Postdoctoral position in RNA Genomics & Computational Biology

We have currently one postdoctoral positions open for 2017. Please find detailed information and link to the application  system (MyNetwork) following the link below. Application deadline is December 2nd. Postdoctoral researcher in Genomics / Computational Biology The available postdoctoral position concerns developing and applying novel genomic and computational approaches to study non-genetic heterogeneity in clonal population of Read more about Postdoctoral position in RNA Genomics & Computational Biology[…]

Principes of eukaryotic RNA metabolism

We want to congratulate our collaborators from Sandelin and Jensen Lab for leading this great paper in Nature Genetics. This is a great example of how to combine different genome-wide methodologies to improve our understanding of the transcriptome organization. Proud of our contribution to this work. Principles for RNA metabolism and alternative transcription initiation within Read more about Principes of eukaryotic RNA metabolism[…]

Postdoctoral research fellow in Genomics

We have currently one postdoctoral positions open for 2016. Please find detailed information and link to the application  system (MyNetwork) following the link below. Application deadline is April 10th. Postdoctoral research fellow in Genomics The available postdoctoral position concerns developing and applying novel genomic and computational approaches to study non-genetic heterogeneity in clonal population of cells. The Read more about Postdoctoral research fellow in Genomics[…]

Protocol for genome-wide 5’RNA identification

We jut got published a new paper describing alternative methods for the genome-wide identification of 5’RNA ends. In this paper we do not only describe in detail our previous 5PSeq approach, but also new methods to identified alternative 5’RNA modifications. In particular we provide alternatives to use of the recently discontinued Tobacco Acid Pyrophosphatase. Genome-wide Read more about Protocol for genome-wide 5’RNA identification[…]