Karen Kasza retweeted
Join us at 3pm ET for the first Ethel Browne Harvey Seminar of the season! bit.ly/3Xsr66W
Don't miss the next #SDBPostdocSeminar this Friday, September 13 at 3pm ET featuring Sassan Ostvar @sassan_ostvar from @Columbia and Sarah Light from @NotreDame. Register today and join us. bit.ly/3Xsr66W

ALT Society for Developmental Biology Ethel Browne Harvey Postdoctoral Seminar Series Friday, September 13, 2024, 3:00pm - 4:00 pm Eastern Time Sassan Ostvar (Columbia University) Cell-scale geometry and dynamics of neuroectodermal morphogenesis Sarah Light (University of Notre Dame) Interrogation of nexus glia reveals critical genetic mechanisms that shape peripheral nervous system development
Karen Kasza retweeted
Get ready for our next episode of VGZT, this time we will have a special focus on Tissue Morphogenesis!🌟⚡️🎉 Do join on Thursday, Feb 8 12:30 EDT/ 18:30 CET/ 17:30 UTC with @ndrewcountryman @TimESaunders!!!📅
Karen Kasza retweeted
Our lab website is finally live! Check it out at hajal-lab.com
Special thanks to my husband @Crsadb for developing this for our group. #newPI #Engineering @Northeastern @NortheasternCOE
Karen Kasza retweeted
KTH Solid Mechanics seminar series announces another top-notch KEYNOTE seminar by Gerard A. Ateshian, Columbia University, US
"Theoretical Considerations for Modeling Viscoelastic Damage and Fatigue in Biological Soft Tissues"
join at lnkd.in/dTky7hpT
Karen Kasza retweeted
Join us December 2, 2022 for the 93rd New England Complex Fluids meeting, sign up if you are not yet a member at: complexfluids.org
Karen Kasza retweeted
We are pleased to announce the 2023 Schedule! Apply for one of MBL’s popular Advanced Research Training Courses today.
Learn more: mbl.edu/courses
Karen Kasza retweeted
Still smiling after yesterday's beautiful seminar presentation from the dynamic @Kasza_Lab! Grateful that she chose @EPrinceton for her first in-person visit since the pandemic started. Morphogenesis is beautiful and a fantastic problem for engineers and physicists!
Karen Kasza retweeted
How do myosin patterns influence cell behavior and tissue movements? New research from @MechCU @Columbia in the special “Biophysics in Development” issue presents new optogenetic tools for observing the effects of myosin patterns in fruit fly embryos. ow.ly/CM4350GmcCu
Karen Kasza retweeted
Issue 120/19 of Biophysical Journal, our newest special issue, "Biophysics of Development," is now online. ow.ly/RY1L50GmbyA
Karen Kasza retweeted
Students of @tudresden_de! Are you interested in using bioimage analysis to study cancer cells @PoLDresden? I have funding for an SHK position that expires by the end of the year and exciting (drylab/data analysis) project ideas! Contact me! I need someone FAST! Pls RT!
Karen Kasza retweeted
C&D want to promote role model scientists. An impressive example is Ruth Lehmann @REMLehmann , recently interviewed in C&D. See the interview in sciencedirect.com/science/ar…
Karen Kasza retweeted
After 8 years of visionary leadership, Dean Boyce transitions today to her new role as Provost—the first woman to hold @Columbia's highest academic office.
We're taking a moment to look back at the impressive legacy she leaves at Columbia Engineering: bit.ly/3qzaRTq
Karen Kasza retweeted
Did you miss "Picture a Scientist" last night? Not to worry—you can stream it online or on the @PBS Video app now:
pbs.org/wgbh/nova/video/pict…
Karen Kasza retweeted
If you’re not already excited for tomorrow’s #Dros21 Techniques & Technology session, here’s why you should be!
(a 🧵)
Mon. 3/29 at 11 am Eastern
@GeneticsGSA
Karen Kasza retweeted
Ready for a new year of #gastrulation talks?
Here's the #VGZT calendar for January 2021!
Join us next Thursday Jan 14 for the first session of the year
image credit: @Kasza_Lab
Karen Kasza retweeted
Have lab kit--will learn and invent! We've sent our students the tools they need to create all kinds of things. Check out this video: youtube.com/watch?v=OafJE73Q…
Karen Kasza retweeted
New @PNASNews study from @MechCU Prof Karen Kasza, with @SyracuseU colleagues, offers a new view on the forces that control cell shapes and tissue flows in Drosophila embryos. bit.ly/3gzMf7M @ColumbiaScience























