Lauren Saunders (@lsaund11) 's Twitter Profile
Lauren Saunders

@lsaund11

✨ Brand new Junior Professor @COSHeidelberg
former postdoc w/ @coletrapnell. @parichylab alum
dev bio | zebrafish | neural crest | single cell genomics. she/her

ID: 582346817

linkhttps://www.saunders-lab.com/ calendar_today17-05-2012 01:49:57

72 Tweet

541 Followers

599 Following

A. Sánchez Alvarado (@planaria1) 's Twitter Profile Photo

Climate change, temperature & embryogenesis. Concurrent 9 #2020SDB Michael Dorrity Michael Dorrity shares his findings on how temperature stress introduces variability in embryogenesis via cell type-specific effects on developmental rate. @___SDB___

Climate change, temperature & embryogenesis. Concurrent 9 #2020SDB 

Michael Dorrity <a href="/mwdorr/">Michael Dorrity</a> shares his findings on how temperature stress introduces variability in embryogenesis via cell type-specific effects on developmental rate.

@___SDB___
@parichylab.bsky.social (@parichylab) 's Twitter Profile Photo

New postdoc position available in our group to study development, genetics, or evolution of adult phenotypes. We have extra $$$ after good news on 2 fellowships and 1 R01 (written w/ a postdoc to support HIS program; we have great people).

New postdoc position available in our group to study development, genetics, or evolution of adult phenotypes. We have extra $$$ after good news on 2 fellowships and 1 R01 (written w/ a postdoc to support HIS program; we have great people).
evo-devo (@xiaojie_qiu) 's Twitter Profile Photo

After 1200 + commits, I am proud to announce that dynamo is now on PyPi. See how we leverage it to go beyond RNA velocity to velocity / acceleration vector fields which then power us to calculate the potential, curl, divergence, curvature of single cells. pypi.org/project/dynamo…

After 1200 + commits, I am proud to announce that dynamo is now on PyPi. See how we leverage it to go beyond RNA velocity to velocity / acceleration vector fields which then power us to calculate the potential, curl, divergence, curvature of single cells. pypi.org/project/dynamo…
Nathan Lawson (@lawsonzflab) 's Twitter Profile Photo

We made some new zebrafish tools! We built and tested a new #zebrafish #transcriptome, which improved gene detection in #RNAseq, especially in #scRNAseq. Check out our new paper at eLife - the journal: elifesciences.org/articles/55792. My 1st "real" first author paper in almost 20 years!

Rahul Satija (@satijalab) 's Twitter Profile Photo

Interested in single cell genomics but need help getting started? Check out the full agenda for our Single Cell Genomics Day next Friday (3/26). All talks will be live-streamed (no registration required) at satijalab.org/scgd21/

Interested in single cell genomics but need help getting started? Check out the full agenda for our Single Cell Genomics Day next Friday (3/26). All talks will be live-streamed (no registration required) at satijalab.org/scgd21/
Lauren Saunders (@lsaund11) 's Twitter Profile Photo

Do not skip the movies in this one - Andy's heroic imaging efforts and fish resuscitation skills allowed him to track scale development over three months!

Michael Dorrity (@mwdorr) 's Twitter Profile Photo

🎉 I’m starting my lab at EMBL Heidelberg in January! 🔥🐟🔬 We'll use zebrafish to study developmental robustness in changing environments with single-cell genomics. If that interests you, stay tuned - I'll be growing my team in the near future! embl.org/groups/dorrity/

Michael Dorrity (@mwdorr) 's Twitter Profile Photo

Are you a ⭐️molecular biologist⭐️ who wants to use single cell genomics to study how climate change affects fish development? Want to live in Europe? The Dorrity lab is hiring a Lab Officer to join our growing team! 🐟🌡🧬 embl.org/jobs/position/…

Lauren Saunders (@lsaund11) 's Twitter Profile Photo

And please do check out Michael Dorrity’s preprint which highlights how the approach can be used to study environmentally-induced phenotypic variability!

Michael Dorrity (@mwdorr) 's Twitter Profile Photo

We have postdoc openings related to EMBL's new "Life in Context" program. What's unique about them? Opportunities for fieldwork, learning cutting-edge single cell genomic techniques, using non-traditional model organisms, and a focus on the effects of the environment.