Hamilton Syringe Grant Recipients
Hamilton Syringe Grants are Awarded Each Month
Hamilton Company proudly supports higher education through the Syringe Grant Program. The following innovators are previous winners of a Hamilton Syringe Grant. Their dedication to teaching through experimentation has fostered their student’s passion for research and inspired the next great discoveries.
Grant Recipients
View all 2020 Hamilton Syringe Grant Recipients below. To view past past recipients click here.
| Name | Institution | Field of Study | Testimonials | Award Date |
|---|---|---|---|---|
| Amanda Patrick | Mississippi State University | Chemistry | April 2020 | |
| Beverly Chiu | Dartmouth College | Earth Sciences | April 2020 | |
| Linus Chiang | University of the Fraser Valley | Chemistry | March 2020 | |
| Tim Storr | Simon Fraser University | Chemistry | March 2020 | |
| James Eagan | University of Akron | Polymer Science | February 2020 | |
| Christa Houck | UNC Chapel Hill | Psychology & Neuroscience | February 2020 | |
Ananda Amarasekara | Prairie View A&M University | Chemistry | January 2020 | |
| Kyle Knust | Millikin University | Chemistry | January 2020 | |
| Tara LeGates | University of Maryland Baltimore County | Biological Sciences | January 2020 | |
| Avery Sears | Case Western Reserve University / UC Irvine | Pharmacology/Ophthalmology | January 2020 | |
| Aleksander Tworak | UC, Irvine | Ophthalmology | January 2020 |
Featured Grant Testimonials
Food Science Research
Prevention and control of foodborne infections by the Purdue University Food Science Lab with an emphasis on molecular and genetic basis of virulence of foodborne pathogens and host parasite interactions.
Pioneering a New Technique to Study Migraine Headaches
Carolina Burgos-Vega and the University of Texas at Dallas pioneers a new technique for stimulating the meninges in order to study the pathophysiology of migraine headache.
Using Nanotechnology to Improve the Dialysis Process
Probing defects less than one nanometer in membranes that are only one atom thick using simple, table top experiments.