Exciting work out of the Capellini lab by the amazing Gayani Senevirathne - a deep profiling of the developing human pelvis reveals key insights into the evolutionary process!
https://t.co/Ilkryt4vYR
So glad to have worked on this with Terry and all our coauthors! Terry summarizes our findings very well in his thread, please do check it (and the paper) out!
In a recent behind the paper blog, Alexander Okamoto takes us behind the scenes on how him and his colleagues used centuries-old museum collections to reveal insights into bone formation in carnivores. https://t.co/Wonh1eJKWi @okamotoevodevo @TDCapellini@MCZHarvard#BMCZool
Excited our paper showing a pan-tissue decline in stemness during human aging is now out! 🚨
Using transcriptome data and a machine learning methodology we show that stemness declines with age in most human tissues.
https://t.co/Aad3mWexBa
EasySci is now published! 🌟 A big congratulations to Andras, @ziyu__lu, and Jasper from our team at @RockefellerUniv. Planning to prepare a scRNA-seq library for 1 million cells on a budget of just $700?Discover our detailed protocol here: https://t.co/sQqE39HDXz
@SPICA_db Using your mouse TIL atlas. Is there a written guide somewhere of what the different annotations (e.g. CD8_EffectorMemory vs. CD8_NaiveLike) mean functionally? Just trying to understand my projections
What a fantastic set of stunning papers - esp. excited to learn about the leveraging of seq. conservation to study genetic disease loci
https://t.co/C9MvhDw5oP
It has been an honour and a privilege to have been a member of the @TDCapellini Lab for my PhD - a consistently fantastic group of people headed by an incredible PI, and to be housed in @HarvardHEB. It's been a stellar ride! My new post-doc experience has a hard act to follow🔬
8/7: This represents an important resource for the research community, particularly as we continue to understand cartilage development and regeneration. Congrats to all our co-authors!
1/7. Excited to have this excellent work done with the Craft Lab at BCH, @divyav97, @RMRaftery and @TDCapellini out in @eLife! We performed a deep-dive characterization of regulatory networks active in developing chondrocyte lineages
https://t.co/mxxoLZx1dj
7/7 Overall, this study provides a comprehensive characterization of both transcriptomic and gene regulatory landscapes of hESC-derived ACs and GPCs, and we identify a number of lineage-specific genes, along with upstream regulators that may possible govern lineage specification.