Patrick Sinn measles research
Measles spreads rapidly from cell to cell in the airway epithelial layer creating patches of infected cells called infectious centers (green cells in the image)
Schlivert - Cell Surface Molecule holds a key
Research may lead to universal strategy for preventing life-threatening illnesses, including toxic shock syndrome
New insights into how bacterial cell division proteins are targeted to the division site
New insights into how bacterial cell division proteins are targeted to the division site - research from the David Weiss lab
Actin polymerization in human primary T cells treated with glycerol monolaurate from the Jon Houtman lab
Actin polymerization in human primary T cells treated with glycerol monolaurate from the Jon Houtman lab
A mutant of Herpes simplex virus with impaired egress from the nucleus depicted using transmission electron microscopy
A mutant of Herpes simplex virus with impaired egress from the nucleus depicted using transmission electron microscopy from the Rich Roller lab
F. tularensis-infected human neutrophils
F. tularensis-infected human neutrophils from the Lee-Ann Allen lab
Immunofluorescence microscopy of primary human cervical cells infected with Chlamydia trachomatis from the Mary Weber lab
Immunofluorescence microscopy of primary human cervical cells infected with Chlamydia trachomatis from the Mary Weber Lab
Gail Bishop - In vivo glucose uptake by WT and B-Traf3-/- mice
In vivo glucose uptake by WT and B-Traf3-/- mice from the Gail Bishop lab

Department News and New Funding

NEW FUNDING - Dominique Limoli, PhD - Cystic Fibrosis Foundation
NEW FUNDING - Craig Ellermeier, PhD - National Institutes of Health
Iowa leads research in how measles spreads
Welcome 2019 REU students!
PhD candidate Matthew Grunewald successfully defends thesis

Publications