-
Job Description Position Summary Our goal is to determine how nutritional immunity proteins affect microbial growth on and in human skin, which will help to develop targeted antimicrobial therapies
-
and multidisciplinary approach, spanning basic biology and translational medicine using mouse models and patient samples, tackles complex questions with profound implications for human health. Projects
-
ulcerative colitis). We study disease-relevant cell and organ signaling pathways using molecular and cell biology, cutting-edge single-cell technologies, animal models (mice), and human tissues, with the goal
-
inflammatory bowel disease, as well as additional planned future research studies in inflammatory bowel disease. Human subject protection, principal investigator education, compliance, and management
-
wet lab experiments are optional. A successful candidate will have strong aptitude for data analysis and written/oral communication, high motivation for creative analysis of large-scale human and
-
Cyclone relationship and their role in sub-seasonal precipitation prediction in the coastal and inland regions of the continental United States. We are especially interested in candidates who have
-
recruiting for two exciting postdoctoral positions. Our research is dedicated to understanding the molecular mechanisms of ATP-dependent AAA+ proteolytic machines in both bacterial systems and human
-
stakeholders, such as agencies serving people who are LGBTQ+, Black, and/or survivors of sexual assault. • Assist with the revision of human subjects applications and consent forms in compliance with applicable
-
chemistry with cryo-EM structure, molecular docking, and functional studies to guide synthesis of novel ion channel modulators for the treatment of human disease. In addition to the strong laboratory
-
, such as sequences, microarray gene expression studies, human genetic studies and model organism studies and to communicate data in a clear, concise manner. Expertise in standard bioinformatics tools