@LightfootLab I didn’t know you wear eye contacts before, news to me! I’m good, just non-stop for some time, will have a vocation back home (first time in 4 years) soon. Will you have any plan for a US meeting soon? I registered for sfn, wondering if I can meet you there Dr. Lightfoot😆
I'm so excited to FINALLY present the latest preprint from the @hagentilgner lab where we look at alternative splicing in the brain across "space and time" https://t.co/Mfx95oEE95
Our preprint on single-cell long-read isoforms across mouse brain regions, developmental time points as well as human hippocampi is here:
https://t.co/SnCXlXR3vp
Great team work with contributions by many but led by @noush_joglekar, who invested almost 3 years into this.
Happy to announce our new release on Genome Research🧬 One RNA molecule on two long-read sequencers: https://t.co/F7hhKeAdiF Congrats to Alla, Andrey,@noush_joglekar and @hagentilgner!
I am beyond thrilled to present our work on single-nuclei isoform sequencing (SnISOr-Seq), now out in Nature Biotech https://t.co/rl9UiyTYUv. Thread below ⬇️
Our new method enables single nuclei isoform RNA sequencing in human brain tissues is released here!
https://t.co/Iief8CK3x8, contributed by @si_hardwick+@noush_joglekar+@rainryuhei_wen+@hagentilgner and our awesome co-authors!
Thought we'd start off '22 with a fresh serving of science on your timeline! 🧵
TL;DR we developed single-nuclei isoform sequencing in frozen human brain tissue and found some cool stuff: https://t.co/43KkStXF4Z
Excited to announce the newest preprint from the Tilgner lab - https://t.co/HEhePQugZb
We always knew that splicing is messy, especially at the single cell level, but we found that there's some method to the madness 1/n