Extremely excited to see our meiotic midbody paper live in @NatureComms today. You can check it out here https://t.co/vsUhYSm80z. This was the thesis work of @dan_gyu and in collaboration with @foodskop and @abalboula1
On Saturday I officially became a #FIRbee. These past 6 weeks at #FIR have been unforgettable . I’m leaving with a brain brimming with new knowledge and a heart full of new friendships. I can’t wait to get back to the lab and start implementing the new techniques I have learned!
Now out in eLife – our epic journey into the heart of polyQ to deduce the structure of an amyloid nucleus. Spoiler: it’s not #LLPS. Even more surprising, oligomerization blocks nucleation!
"Many problems impacting the fetus originate with the placenta, and until we understand it more, we are missing vital information.” Listen as @GertonJennifer discusses new #research published in @Dev_journal.
Learn more: https://t.co/VmwmIOAHUv
#innovation#discovery
Happy to share that our manuscript about role of Myc in placental development and ploidy regulation is published now. Thank you @GertonJennifer for giving me opportunity to work on this project and all your support. https://t.co/lAKMBCGBtG
Concluded chalk talks last night….it was so fun sharing my science with my class and learning all about my peers awesome research! Great way to kick off section 2 🔬���
Thank you Ravi for a great lecture on the genetics of human puberty! Excellent to hear about the clinical applications of HPG activity across development and pubertal timing #FIR2023
Congratulations to Emily Zaniker for the publication of her innovative and boundary-pushing review that connects transcriptomic, physiologic, and biomechanical features of intracranial aneurysms, chorioamniotic membrane rupture, and ovulation!
https://t.co/LB7ZqgDyCM
Tumbleweeds start out as tiny seedlings; by summer the plant has a round shape. They grow flowers and fruits. By fall they dry and detach from their roots, so they spread their seeds
[source: https://t.co/XLKA9YjF8U]
[video: https://t.co/JqAMLmJ4nx]
The FIRbees learnt how to dissect the mouse pituitary gland and culture primary pituitary cells with Prof Djurdjica Coss 🧠🐁 We also heard about interesting work from the Coss lab looking at metabolism and sex differences in mouse models of obesity
We have 2 res. tech. openings in our lab starting soon. Please RT & bring this to the attention of students interested in getting hands-on experience in the lab before heading to grad/ med school. We value curiosity, mentorship, & diversity.
1st position: https://t.co/tN0kXhJ1Nk