Optometrist Tareq Nabhan and computer scientist Sanjiv Bhatia are investigating a way to use smartphones to improve diagnostics.
Optometrist Tareq Nabhan and computer scientist Sanjiv Bhatia are investigating a way to use smartphones to improve diagnostics.
Optometrist Tareq Nabhan and computer scientist Sanjiv Bhatia are investigating a way to use smartphones to improve diagnostics.
Optometrist Tareq Nabhan and computer scientist Sanjiv Bhatia are investigating a way to use smartphones to improve diagnostics.
Nunnelly, a summa cum laude graduate at just 20 years old, exemplifies resilience, academic excellence and a passion for community impact.
The kits include innovative materials that range from parts machined at UMSL to laser cat toys to the students’ trial lens sets.
The kits include innovative materials that range from parts machined at UMSL to laser cat toys to the students’ trial lens sets.
The kits include innovative materials that range from parts machined at UMSL to laser cat toys to the students’ trial lens sets.
The Triple Track putting system, created in St. Louis and tested at the UMSL College of Optometry, is part of the new Callaway ERC Soft golf balls.
The Triple Track putting system, created in St. Louis and tested at the UMSL College of Optometry, is part of the new Callaway ERC Soft golf balls.
The Triple Track putting system, created in St. Louis and tested at the UMSL College of Optometry, is part of the new Callaway ERC Soft golf balls.
A novel device to help kids see, efforts to enhance antibiotic potency and a new decision-support tool that would improve efficiencies in construction are currently under way at UMSL.
A novel device to help kids see, efforts to enhance antibiotic potency and a new decision-support tool that would improve efficiencies in construction are currently under way at UMSL.
A novel device to help kids see, efforts to enhance antibiotic potency and a new decision-support tool that would improve efficiencies in construction are currently under way at UMSL.
Carl Bassi, associate professor of optometry at the University of Missouri–St. Louis, wanted a better way to measure visual suppression, a condition that can lead to the development of amblyopia or “lazy eye.”