Tuesday, 05 Nov 2024
Seminar: Cell division in plant development and environmental response
Join the Genetics, Development and Cell Biology department to hear Dr. Arif Ashraf, Howard University assistant professor in biology, discuss research into asymmetrical cell division in plant models that led to the discovery of a 'pause and play' mechanism during environmental stress and stress recovery conditions.
Inaugural meeting: Research Project Management Council
This event is open to all P&S staff who manage sponsored research projects or programs. Connect with other research project management professionals and learn how the council can support you.
Wednesday, 06 Nov 2024
Workshop: Engage Scholarship and Foundation Funding
In this workshop, we will discuss engaged scholarship and different kinds of foundation funding, how to find it, and how it differs from governmental funding. We will have a panel with related experience to answer your questions.
Thursday, 07 Nov 2024
Learn at Lunch: Tech Transfer in Academia
"Technology Transfer Process in Academia," the ISU Office of Innovation Commercialization and invited speakers will present the essentials of technology transfer in academia, sharing their experiences and insights. Discover how to turn your current lab projects into commercially viable products that impact society. Part of the Chemurgy 2.0 project.
Tuesday, 12 Nov 2024
Seminar: The dual role of CAND1 in regulating cullin-RING ubiquitin ligases
Join this Genetics, Development and Cell Biology seminar to hear Dr. Xing Liu, associate professor in biochemistry at Purdue University, discuss research using biochemical, biophysical, and cell biological approaches to study the dynamic assembly and disassembly of cullin-RING ligase complexes.
Tuesday, 19 Nov 2024
Seminar: Deciphering the brain lipidome: From fats to functions
Join this Genetics, Development and Cell Biology seminar to hear Dr. John Vaughen, Sandler Fellow and assistant professor of anatomy at University of California, San Francisco, discuss research that combines genetics, lipidomics, microscopy, behavior and biophysical modeling to prove the developing brain lipidome. This research aims to identify the enzymes and signaling cascades that generate appropriate brain lipidomes and more!