📢Vacancy for PhD position in my team at SILS Curious about molecular plant-pathogen interactions? 🌱🦠 You will study vascular Xanthomonas bacteria and identify effector targets in the host (cabbage+Arabidopsis) using proximity labelling, CRISPR-Cas and cell-specific RNAseq

Went to the flee market for Kingsday this morning. My 8y old son wanted to buy this DNA kit to build his own DNA strand. Proud dad 😆

Human brains 🧠 are exceptional .

We're hiring! Looking for a dedicated project manager with a long term commitment for our Gravitation project 'Institute for Chemical Neuroscience', in which we will work on the molecular mechanisms of brain diseases. Please RT! Details; vacatures.uva.nl/UvA/job/Projec….

Hello pA-Tn5, I can see you 😍

JULIAN ASSANGE IS FREE Julian Assange is free. He left Belmarsh maximum security prison on the morning of 24 June, after having spent 1901 days there. He was granted bail by the High Court in London and was released at Stansted airport during the afternoon, where he boarded a

We like our molds ‘sunny side up’

I guess today is a tea day 😅

Happy to share our review on epigenetic editing with specific emphasis on technological adaptations of dCas9 to enable temporal control of editing.

The Wild West of spike-in normalization go.nature.com/3XLUMw3

single cell Nanopore Sequencing of CUT&Tag (scNanoSeq-CUT&Tag) nature.com/articles/s4159…

Enjoy the weekend, and we’ll see you bright and early at 9:30 AM EST on Monday to kick off #chromatin2024! Fantastic lineup of speakers with discussion to follow each talk. Don’t forget to register if you haven’t yet: bit.ly/chromatin-2024

Haha

Must have been reviewer 2 who suggested this…

The human brain contains an entire spoon’s worth of microplastics - levels were even higher in those with dementia. 🧵1/10

One week left to apply for our exciting PhD project 🚨🚨🚨

Scihub stopped uploading new articles. SciDB is a continuing effort which has the entire scihub collection AND new papers. annas-archive.org/scidb

A new paper in Cell shows that it is possible (simple, really) to convert DNA-editing CRISPR proteins, such as Cas9, into RNA editors. All you have to do is delete a chunk of them. Deleting 55 amino acids from a DNA editor called IscB (the ancestor of Cas9) turned it into a