Working Group leader: Esteban Hernandez-Vargas, Klas Udekwu
Group members: Alejandro Anderson, Matt Kinahan, Ishmael Staples
Originated: July 2023
Description: This working group will develop the mathematical foundations to predict antibiotic-resistant and -susceptible bacteria population dynamics. Computational algorithms will indicate the best chronological order and respective duration of each antibiotic.
Working Group Leader: Marty Ytreberg Group Members: Jonathan Barnes, Jagdish Patel, America Chi Originated: December 15, 2022 Description: MoMo will brainstorm ideas to participate in the pandemic preparedness proposal that will be led by University of Texas, Austin.
Working Group leader: JT VanLeuven Group members: Erich Seamon, Li Huang, Tuan Phan, Nurbanu Bursa, Chenangnon Tovissode Originated: August 2018 Description: The IMCI postdocs working group brings IMCI core fellows and postdocs together to provide each other a support system that helps peers to navigate the challenges at work. In addition, the working group provides a…
Working Group leader: Christopher Remien Group members: Ben Ridenhour, Tuan Phan Originated: June 2015 Description: We are developing new methods to study and analyze microbial community dynamics and applying the methods to publicly available data and data collected by members of the group. If a grant is funded, the working group will last as long as…
Working Group leader: Holly Wichman Group members: LuAnn Scott, Elissa Schwartz, Karen Biggs, Clay Bailes Originated: March, 2018 Description: This group supports a collaboration between the Schwartz lab and the Wichman lab to investigate the behavior, biological relevance, and evolution of resistance to a self-inhibitory sequence found in the Microvirid genome. We are currently working…
Working Group Leader: Tanya Miura. Esteban Vargas, Jean-Marc Gauthier Group members: Pallavia Deol, Eugenia Yeboah, Rodolfo Blanco Rodriguez, Benjamin Whipple Originated: November 8, 2022 Description: The Mathematical Immunology Working Group will develop mathematical models to explain the roles of immune responses during respiratory viral infections.
IMCI is hosting two “parties” where we collaborate to make MARC puzzles – visual patterns (“stories”) that are easy for humans to see with the help of a metaphor, but are hard for AI (https://marc.nkn.uidaho.edu). There will be FREE PIZZA! But you must register in advance because seats are limited: