Ann (Hui Liu)
@ann_huiliu
Biomedical Animator/Illustrator: annliu.squarespace.com
Postdoc in the Animation Lab: animationlab.utah.edu
ID: 1298111193836474368
25-08-2020 04:14:33
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95 Followers
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We're featuring Dr. Chantell Evans Chantell Evans, a Postdoctoral Fellow in Erika Holzbaur-Howland's lab Penn Penn Medicine News for #SeeingDiversity this month!
The Animation Lab is looking for new postdocs! I'm so incredibly fortunate to mentor such a talented crew of animator-Ph.D.s (examples of work from Ann (Hui Liu) Shraddha Nayak & Margot Riggi below). Come join our team! Info on our lab and how to apply here: animationlab.utah.edu/join
They say an image is worth a 1000 words. What about an animation? Ann (Hui Liu), from Janet Iwasa's Animation lab, created a very cool movie that highlights how we think the neuronal gene Arc mediates a novel form of intercellular communication in the brain. #ArcgoesViral
Animation Lab postdoc Shraddha Shraddha Nayak is very excited to release "The Journey of a Metabolite," a lesson on metabolic flux for undergrads: biochem.web.utah.edu/iwasa/metaboli… The gif below shows a glimpse of carbon flux through glycolysis (click the link to see the rest and much more!)
We've finished part II of the SARS-CoV-2 lifecycle, showing early translational events (by Margot Riggi) and transcription within double-membraned vesicles (by Ann (Hui Liu)). A short (very truncated!) preview below; check out the full version at animationlab.utah.edu/cova
We're excited to feature Dr. Bil Clemons Clemons Lab Caltech for #SeeingDiversity! Dr. Clemons is a structural biologist, Prof of Biochem @Caltech in Caltech Chemistry & Chemical Engineering & University of Utah alum! Ann (Hui Liu) worked w him to create this illustration depicting the GET pathway for membrane protein targeting.
For #SeeingDiversity, meet @stevenssostre, a UW-Madison NTP PhD student with Gail Robertson! The image by Margot Riggi shows how intracellular domain interactions induces slow deactivation, a critical biophysical & physiological property mediating the hERG cardiac repolarizing current IKr.