HELICO has a job available for a research scientist who is interested in plant biotechnology. Follow the link below for more details.
https://t.co/9DT4Hdl9ME
In our new study in @NatureBiotech we describe a toolkit of synthetic gene circuits for stable cell reprogramming in plants. We hope this platform will provide useful new tools to the community for engineering plant form and function with greater precision https://t.co/7QMTlLrf9g
Colabfold paper is out! Congrats to everyone involved for this important work. A great step forward for modern bioinformatics.
#bioinformatics#proteinfolding
Excited to see colabfold published!
https://t.co/S4yjIxISrZ
Special thanks to @thesteinegger and @milot_mirdita (for MMseqs2) without whom I would have never considered to preprint let alone attempt to publish our notebook! (1/3)
A fascinating new study regarding protein folding suggests a dependence between codon identity and backbone torsion of the translated amino acid
#proteinfolding#bioinformatics
https://t.co/RumRE3XKm2
Great to see the vision of HELICO outlined in this short video. Huge thank you to Hugo Stewart for putting this together for us. #biotech#deeptech#newzealand
https://t.co/LyKOCkkW9c
Congratulations to Astrix Astronautics on their successful launch of an inflatable solar array, great to see the prototype move from the lab next door into low earth orbit!
COPIA has spread its wings!🛰️
This hardware from Astrix Astronautics was a hosted payload on the Kick Stage for #ThereAndBackAgain.
The inflatable solar arrays successfully unfurled, demonstrating a key step in scalable and affordable power generation in space.
Very exciting times for biology, multi-chain protein complexes are responsible for the most important mechanisms in cells and yet are the least understood due to their complexity. Hats off to @DeepMind for these prompt updates!
#complexpredictions
The #AlphaFold source code has been updated and now accounts for multi-chain protein complexes - providing a significant improvement in accuracy for predicting protein interactions: https://t.co/4gyZ0loLrd
Generate predictions from your browser via: https://t.co/2Vd4itjElu
After a longitudinal analysis of vaccine responses in #SARSCoV2 naïve and recovered people, researchers report increases in memory B cells. This may contribute to rapid responses that limit initial viral replication in the host, preventing severe disease. https://t.co/bz8WuWUExy
We’ve acquired the MuJoCo physics simulator (https://t.co/knwXLZMr4L) and are making it free for all, to support research everywhere. MuJoCo is a fast, powerful, easy-to-use, and soon to be open-source simulation tool, designed for robotics research: https://t.co/Of3Q1W2GIR
@helicobio has the ambition of taking on the oligopoly of drug manufacturers - by harnessing plants as bio-factories for pharmaceutical compounds.
https://t.co/CxnFNSM5Dm
A structural model of the SARS-CoV-2 spike protein as the virus fuses with host human cells reveals an opportunity to disrupt dynamics and halt transmission https://t.co/hsgcXGasBD
Wow! This is an amazing visualization of the complex structures within any living cell 😲 https://t.co/RrkkdGYZA5 interactive https://t.co/lUaupA9pzb poster https://t.co/OjPDlpCxGQ #cell#biology#life