Cellenics® is an open-source analytics tool for #scRNAseq data that allows biologists to gain insight into their #singlecell data!
Start your analysis now at https://t.co/cxGTPI9KZL
#transcriptomics
In Zeiten des 49-€-Tickets soll der 30-Min-Takt zw. Saalfeld – Jena – Naumburg – Leipzig/Halle abgeschafft werden. Ab Dezember sollen Züge nur noch im Stundentakt fahren 🤯
Keine Kürzungen auf der #Saalbahn! Jetzt Petition unterschreiben!
@JenaerTweets
https://t.co/KdNR7pp80q
📢*paper alert* 🧬
#endogenouspararetrovirus are "sleeping agents" awaiting to be activate by stress such as #hybridisation. In #tomato, DCL2 keeps them under control by chopping them into 22nt #sRNA.Furthermore, these sRNAs change gene expression!
📰https://t.co/voTVJvAxy4
Paramutation is a mysterious exception to Mendel’s first law which can result in gene silencing.
We propose a new model to explain the maintenance of paramutation at sulfurea – a paramutated locus in 🍅.
Now out @PNASNews, with @dcb40 and @plantsci 👇
https://t.co/D8aE2g1SxK
Our CEO, Adam, presents Cellscope in this short video. We make #scRNAseq analysis accessible. It’s fast, easy and free for academic researchers.
Sign up: https://t.co/mDAb8xJLEa
Follows and retweets are appreciated!
https://t.co/xcxjjryU1j
#singlecell#startup#AcademicTwitter
@nelstrom@vimcasts Agreed, vimcasts should to be archived and made available for eternity! The internet desperately is need of good content ! Not a big fan of google and YT for that matter, did you consider alternatives like #Vimeo?
@CJHarrisScience @plantsci@Cambridge_Uni@royalsociety Congrats, well deserved Jake! Seems like we are just about missing each other (moving back to Germany in 2021), but will pop back for visits!
The new @CropSciCentre launches today!
This alliance between @niabgroup and @plantsci aims to increase crop yields and reduce reliance on chemical fertilisers, in the face of #climatechange and #COVID19 which are exposing millions to starvation worldwide. https://t.co/wvEoUDqDIm
Highly recommended paper for plant biologist suffering from transgene silencing: Key message: terminator really matters, even more than promoter. From Waterhouse lab: https://t.co/ncLB9Ykn67
Check out our latest paper using #MachineLearning to better understand the #algae genome. Turns out the silencing machinery is more complex than expected for a unicellular organism!