Dr. Joseph H. Taube's lab studies how cells transition between different states, particularly from epithelial to mesenchymal and back, which is important for processes like development, healing, and cancer. His research focuses on a protein called CTCF that helps organize DNA in the cell nucleus and influences these cellular changes. By investigating the effects of CTCF on gene expression and chromatin structure, the lab aims to uncover fundamental mechanisms of cellular plasticity that could inform treatments for diseases where these processes go awry.

Dr. Tamar Carter's lab at Baylor University focuses on understanding how the invasive mosquito Anopheles stephensi adapts to its environment in Africa and how this affects the spread of malaria. By studying the genetic features of these mosquitoes and their interactions with local Plasmodium species, the lab aims to develop improved ways to monitor and control malaria outbreaks. This research has significant implications for public health, especially in regions where malaria transmission is becoming more prevalent due to invasive species.

Dr. Jonathan Kelber's lab at Baylor University focuses on understanding how certain proteins influence the spread of cancer, especially in breast and pancreatic tumors. By studying how the Lipocalin-2 protein operates within tumors, the lab aims to uncover mechanisms that could lead to better treatments for metastatic cancers, which are particularly challenging to treat. This research could one day help design therapies to improve patient outcomes and enhance the effectiveness of immune therapies.