Next up is MASTR-seq - a protocol for Cas9-based capture of target loci for multi-modal inquiry of short tandem repeat tracts and DNA methylation at single-allele resolution using Nanopore long read sequencing. Led by @chuanbin_su
We're excited to drop two new manuscripts on technologies for multi-modal single-allele or single-cell inquiry. First up: FISHnet - a computational method for finding domain-like chromatin structures in sequential Oligopaints imaging data. Led by @PatelRohanD and @KennethHPham
I am excited to share our new work from @CreminsLab on genome’s structure-function relationship in post-mitotic human neurons and a neurological disease context (https://t.co/cAgyuqCCyg)! (1/n)
The project I collaborated on as an undergrad was published this week in AJHG! This project was part of my first experience in a lab and contributed greatly to my interest in genetics, epigenetics, and neuroscience :)
TWEETORIAL on our new paper characterizing loss of the autism-associated gene CHD8 using isogenic CRISPR-edited stem cells and neurons! ✂️🧬🧠
Link to paper: https://t.co/7V0vaMyhtD
We are tremendously excited to share a new 5-year project led by Linda Zhou https://t.co/7rtK7S2PUr. By way of the 3D genome and inter-chromosomal interactions we discover short tandem repeat instability and heterochromatin silencing on autosomes in fragile X syndrome. 1/n
I came back to twitter today after ~5 years to tweet about a science paper and boy did I pick the right day to return LOL [laughs in democracy is crumbling]
Very excited to release our work today on Biorxiv. https://t.co/e59ajw2NNe To date, a clear genetic sequence directing the locations in the genome where origins of replication fire has not been definitively found in humans. 1/n
Very excited to release our work today on Biorxiv. https://t.co/e59ajw2NNe To date, a clear genetic sequence directing the locations in the genome where origins of replication fire has not been definitively found in humans. 1/n