Curious about Hic1 fibroblasts? and their distinct regulatory programs in wound healing? Re-analyzed scRNA-seq data reveals Hic1 lineage dermal fibroblasts in a new light. #scrnaseq #fibroblasts #Regeneration skinregeneration.org/hic-1-lineage-…

Does size matter? Wound size may not govern the ability for skin to regenerate. Check out Figure 5 of our eLife manuscript to see what we think. #woundhealing #dermatology #regeneration elifesciences.org/articles/60066…

Hic1-UPDATE: Biernaskie and Driskell labs collaborate and will publish together: Read our joint response regarding tdTomato expression in Hic1 scRNAseq lineages. Sarthak Sinha, MD, PhD Jeff Biernaskie #scrnaseq #regeneration #fibroblasts skinregeneration.org/hic-1-lineage-…

Dr. Driskell's Interview on Naked Scientist

Our collaborative publication with the Biernaskie lab (Sarthak Sinha, MD, PhD ) is now published as an open access article in ExpDermatol . We explore #Skin_Regeneration by comparing #singlecell data between small and large #woundhealing. onlinelibrary.wiley.com/doi/10.1111/ex…

Our collaboration w/ Driskell Lab Jeff Biernaskie has imparted new insights into features shared by regenerating neonatal & adult wounds! We also present hypotheses regarding the origin of reparative fibroblasts and potential challenges in combining scRNASeq w/ transgenic models:

Two resources that have been helpful for sharing RNA seq data broadly in the skin field are: from Driskell Lab: skinregeneration.org/scrna-seq-data… from Michael Rendl hair-gel.net Sarah Snelling Orthopaedic Research Society #ORS2021

Does young skin hold the secrets to #skin_regeneration? We have performed a reanalysis of some important and interesting #scnrnaseq data from Reynolds et al. 2021 (science.sciencemag.org/content/371/65… ). #SingleCell #development skinregeneration.org/fetal-f34/

New web portal! by Dr. Maria Kasper at the Karolinska Institutet for bringing the skin community together through #scrnaseq. Called skincommunity.org. #SingleCell #dermatology

UPGRADED SERVERS = Parallel scRNA-seq and scATAC-seq analysis on a single webpage. This data is from our new publication: jidonline.org/article/S0022-… #scrnaseq #JIDJournal #dermscience

Parallel single cell multi-omics analysis of neonatal skin reveals transitional fibroblast states that restricts differentiation into distinct fates. jidonline.org/article/S0022-…

Super excited to share our (with @PengHeCam Kyungtae_Lim ) manuscript on single-cell multiomic and spatial atlas of the human fetal lung, a collaboration of Rawlins Lab MarioniLab and Teichlab), led by Emma Rawlins and Kerstin Meyer. biorxiv.org/content/10.110…

Sharing our human fetal lung cell atlas: description and hypothesis generation + organoid testing = fun! 😀 #devbio #HCA Privilege to work with @PengHeCam Kyungtae_Lim Sun_Dawei biorxiv.org/content/10.110…

This is a very nice write up of our multi-omics work in neonatal skin by the Rinkevich Lab Helmholtz Munich | @HelmholtzMunich.

Genomics in a webtool.

Genomics in a Webtool youtube.com/shorts/V4xZTCT… #scrna #regeneration #scar

After 5 years of work we hope to have laid the groundwork for understanding what multipotent fibroblast populations are in skin. embopress.org/doi/full/10.15…

Such an amazing resource. Thank you SBDRC at Mount Sinai !!

“We taught a computer to literally split hairs! 🧠🔬 Our deep learning tool reveals how hormones, genetics, and aging shape fur. Dive into our findings: skinregeneration.org/papers/Makkar-… and jidonline.org/article/S0022-… 🧬🐭 #AI #Phenomics”

New AI hair analysis method holds promise for improved health research news.wsu.edu/press-release/…