KWilliams

[KWilliams @CurlsForScience]

Happy to present a review of high resolution transcriptomics work in skeletal muscle. Very excited to see more work in this area. #scrna #snrna #skeletalmuscle https://t.co/X564LeAOO5

[KWilliams @CurlsForScience]

@SCE @blkbunnytierra I need to speak to a representative, and I am flabbergasted that this is the only platform to reach someone.

[KWilliams @CurlsForScience]

Very happy to have been a part of this cool study using long read sequencing from individual nuclei! Good job Liz and @FairlieReese! #scrnaseq #snrnaseq https://t.co/H7hV0EeZLK

[KWilliams @CurlsForScience]

I’m a bit late to the game, but I’m very happy to say our paper using RNAscope to assess the expression of DUX4 and its target genes has been published! DOI: 10.1002/humu.24171 #FSHD #DUX4 #spatialtranscriptome

[KWilliams @CurlsForScience]

Extremely pleased to share the preprint of our paper on single-nucleus RNA-seq in FSHD. Thank you to everyone who has been a part of it. I hope this work helps others and their research. @ShanMandy #SingleNucleus #SingleCell #RNAseq #FSHD #DUX4
https://t.co/eVn125oAan

[KWilliams @CurlsForScience]

https://t.co/qKfceNidBJ

[Shan ( Mandy) Jiang @ShanMandy]

Our paper about #epigenetic changes in response to #earlylife stress is out! The #methylation changes are measured from the same individual before and after exposure to #stress. And these intra-individual changes can distinguish a stressful experienced newborn from a typical one.

[Shan ( Mandy) Jiang @ShanMandy]

Excited to finally share this! We applied single-nucleus RNA-seq to identify divergent populations in #FSHD myotube and #DUX4 expression at single nuclei level.
Single-nucleus RNA-seq identifies divergent populations of FSHD2 myotube nuclei https://t.co/nuSytfncIt

[KWilliams @CurlsForScience]

@FaireTraffic How's parking on site?