We’ve also informed you about conferences, PhD thesis defences, job openings, awards and grants. And you have kept us updated too! Thanks to our more than 500 followers, it’s been great fun interacting with you. All the best, and a very happy New Year to you all! (/end)
Time to turn off the lights: our Twitter account will now become inactive. We’ve shared hundreds of papers with you, from bacteria to elephants, from plant development to cancer therapies, from microscopy to bioinformatics, from CRISPR screens to biophysics sensors... (1/)
And the deadline for submitting your workshop and tutorial proposals is February 13, 2019. Please forward as much as possible (as you have done so well for the ISMB/ECCB tutorial call :). Many thanks!
More than 2400 people have worked on @SystemsXch projects since 2008. You’ll find most of them here (sorry @SesterhennF!). All this wouldn’t have been possible without these people, so thank you for being a part of it! (6/6)
At the end of this month, @SystemsXch will close down. We’ve thought that we’d like to go over some nice memories in these two weeks. Stay tuned for anecdotes, photos, papers we loved –and of course any further @SystemsXch-supported papers still coming hot off the press! (1/6)
Our new Marie Curie Initial Training Network on "Machine Learning Frontiers in Precision Medicine" (MLFPM) has openings for 14 doctoral positions across Europe! https://t.co/6avNU6YcOi
Application deadline: January 15, 2019. #mlfpm#MachineLearning#PrecisionMedicine@ETH_en
Don't miss it: one month to go!
Opening for an Assistant Professor or Associate Professor @EPFL_en@epflSV in Computational Biology #computationalbiology#Bioinformatics
Looking forward for exciting applications!
Add: https://t.co/VZS8n04uUk
The lead authors on this cool paper are two terrific masters students. It is so great to have scientists of all stages driving science and technology forward. I’m super lucky to have a talented and team-oriented group.
Using quantum chemistry tools to calculate the reduction potentials of all redox pairs that can be generated using known biochemical compounds #TPdF Elad Noor https://t.co/QvivlW3PNL
Hybridization-independent competition between external and endogenous RNA molecules for endogenous cellular binding partner, together with off-target binding, explain the effects of siRNA transfections on cellular fitness/proliferation #RTD#TargetInfectX https://t.co/78xMC8yj8L
Structural characterization and functionalization of two novel DARPins recognizing the monomeric teal fluorescent protein 1 (mTFP1) for protein manipulation strategies in vitro and potentially in vivo #RTD#MorphogenetiX https://t.co/eiyUhWlgxA
A flexible illumination control system comprised of a self-tuning controller and a deep learning-based molecule density estimator enables autonomous illumination control for localization microscopy #TPdF@kmdouglass@SulianaManley https://t.co/mqsRBwTRzA
3D printing of bioinks containing living cells generates high-resolution, multi-component living hydrogel structures #IPhD Andrea Negro https://t.co/3KZI7hcqc2