Interested in generating billions of stem cells for 3D printing? Check out our latest work on an automated 1L bioreactor-to-bioprinting pipeline!
Publication:
onlinelibrary.wiley.com/doi/…
Cover Feature: onlinelibrary.wiley.com/doi/…
Debbie Ho retweeted
This @ISSCR-focused episode was a ton of fun. Listen to what attendees had to say about their (in-person) experiences at #ISSCR2022! 🎙
🗣️ Our #ISSCR2022: On the Ground episode is out!
Delegates spoke about memorable research presented at the meeting and challenges facing the #StemCell field.
Listen now: bit.ly/3A9Idz0
Debbie Ho retweeted
@mascott85 and I will be presenting a talk at the Sartorius Innovation Showcase at #ISSCR2022 on Friday 11.30am - 12.30pm in Room 2008.
We’ll be covering 3D bioprinting strategies for tissue engineering and scaling up pluripotent stem cell culture.
Today at #ISSCR2022 I’ll be presenting poster 221 at 6.30pm - 7.30pm:
Automated bioreactor system to scale up production of human induced pluripotent stem cell embryoid bodies for bioprinting
Please drop by if you’re here; I’d love to chat with you about our work.
Debbie Ho retweeted
Using advanced 3D printing techniques, Stanford researchers are working to transform a paste made of living cells into hearts and other organs.
The Skylar-Scott lab in the Department of Bioengineering at Stanford University is looking for a Lab Manager to join our team. careersearch.stanford.edu/jo…
Thanks for the shout-out!
To get involved in science communication, check out:
- @Co_Biologists community websites @preLights, @the_Node, and @focalplane_jcs
- @BlueSci
On #NationalGrammarDay, we've highlighted some resources to help you develop your scientific writing.
Incl. wise words from @jbwallingford’s #DevBiolWriteClub, Development Editors @seemasainson @amjeve, and preLighters @debbieho_ @mariana_deniz.
✍️👉ow.ly/akXB50DOW4W
5
Debbie Ho retweeted
Mismade blood vessels — SMAD3 deletion in atherosclerotic mice alters blood vessel and plaque structures, calcification, and inflammation
prelights.biologists.com/hig…
By @debbieho_ on #preprint from the Quertermous lab
Debbie Ho retweeted
The Koehler lab has established complex skin organoids which sprout hair follicles and develop neurons. prelights.biologists.com/hig…
First #preLight by @debbieho_ on #preprint from @krkoehler and team
Debbie Ho retweeted
Hot off the press! Our new paper science.sciencemag.org/conte… Uses #3dprinting to build entangled vascular networks. Fantastic collab with @jmil of @RiceEngineering. We print liver tissue that survives transplantation @UWMedicine @ISCRM @uwengineering
Debbie Ho retweeted
**NEW PAPER** Cambridge scientists report an interactive map of gene activity in 116,312 single cells covering 48 hours critical for early mouse embryo development - read more here nature.com/articles/s41586-0…
@emblebi @BabrahamInst @sangerinstitute @Cambridge_Uni @nresearchnews