In our new article, we proposed to develop diatoms controlled by synthetic genomes. Congrats to @MarkPampuch @emjlwalker Contact us @KarasLab if you want to join @syndiatoms Thank you @NSERC_CRSNG for sponsoring this research. @westernuBiochem
https://t.co/IdAAb6Pzzy
Quantum computing technology start-up @NordQuantique of Sherbrooke has raised a $9.5 million seed round led by @BDC_Capital’s Deep Tech Venture Fund and France’s @Quantonation. https://t.co/UXyM54UGr2 #DTVFund
3D printable, high performance conducting polymer hydrogel for all-hydrogel bioelectronics and interfaces with live materials.
(https://t.co/FpQWUe58bH)
1/As promised here is a short summary of one of the most important articles that were published lately - @davidrliu fascinating article about #TwinPE. #TwinPrimeEditing is a huge revolution in #CRISPR & #GeneEditing and I tried to simplify it as much as I can. #Genomics#FinTwit
How a nerve ending looks. It has been broken open to reveal vesicles (orange and blue) containing chemicals used to pass messages in the nervous system:
#neuroscience [by Tina Carvalho]
Podcast: Hub Dialogues are in-depth conversations about big ideas from the worlds of business, economics, geopolitics, public policy, and technology.
Episode 1 features Munk School senior fellows @Sean_Speer and @acoyne.
https://t.co/BebYog7ezb
Out now! Fundamental cell behavior emerges from whole cell simulations of a living minimal cell by integrating experiment and theory
@UofIllinois#sciencetwitter#cellbiology
https://t.co/cf68hqWALp
In case you missed it earlier this week, we've partnered with @amplitudeVC to help accelerate the development of #AI for the life sciences sector. Can't wait to get started! https://t.co/xWxfWexFUM #AppliedAI#biotechnology
Our new Robust Optical Clock Network (ROCkN) program aims to provide GPS-quality timing accuracy without #GPS. The goal is to create low-SWaP optical atomic clocks with accuracy & holdover for field use on a variety of military platforms. https://t.co/X7Uvy1jcGo