On December 6th, 2025, SARSEF celebrated the achievement of the first cohort of PRISM by inviting friends, family, teachers, and community members to come hear about the incredible research the high school students have done with their mentors over the past 15 weeks. Students gave oral presentations on their research and then participated in a poster session where community members were able to ask questions about student experience and learn first hand about their research.
What is PRISM?
Partnership for Research Inspiration in STEM Mentorship, or PRISM, is a brand-new high school mentorship program that matches students with a graduate student mentor from the University of Arizona. Students and their mentor engage together in authentic research that answers a scientific or engineering problem. PRISM was created with the understanding that it can be challenging for high school students to do research. PRISM offers the ability to access lab space, scientific equipment, knowledge, and valuable mentorship. Title I and rural schools are prioritized in PRISM involvement.
PRISM works with the University of Arizona Office of Societal Impact to recruit graduate students from all disciplines to become mentors. Students meet with their mentors once a week on the UA campus or virtually to write a research plan, conduct research, and develop a presentation to give to the community at the PRISM Symposium. Mentors receive support from the Office of Societal Impact on developing empathetic mentorship skills and professional development.
Explore Student Research
Explore the projects students and their mentors created together.
Effects of Green Light Exposure on Cognitive and Physical Performance
Under the mentorship of Emma Louis, Ph.D. candidate in the Medical Pharmacology Graduate Program at the University of Arizona, students John and Elise investigated how exposure to green LED (GLED) light versus white LED (WLED) light affects cognitive and physical performance in healthy individuals.
Ligand Specificity in Methyl-Accepting Chemotaxis Proteins
With the mentorship of John Dorlon, a Ph.D. student in the School of Plant Sciences, students Evelyn and Annia investigated how chemoreceptors evolved to develop specialized protein structures that bind to specific ligands, initiating chemical signaling pathways in plant cells.
Analysis of Evolutionary Relationships Between Body Size and Extinction
Working with Tung Phung, a Ph.D. candidate studying Ecology and Evolutionary Biology, students Gracelyn and Sophia answer the question of how extinction will affect future body size for plants and animals.
Methylotrophic Bacteria
With Ivetka Noon, a Ph.D. student in the School of Plant Sciences, students Jazmin, Obed, and Zedan isolated methylotrophic bacteria to analyze their genetic material. Methylotrophic bacteria can live off of simple carbon chemicals such as methanol and is widespread in different environments, including the surface of leaves.
Evaluating the Effectiveness of U.S Protected Areas in Biodiversity Conservation
Tung Phung also mentored another student in research this fall! With Tung, student Michelle investigated whether protected areas in the U.S., such as national parks, sufficiently cover biodiversity by analyzing bird populations.
Helicopters and Wildlife Disturbance in the Sonoran Desert
Under the expertise of Olivia Guswiler, a masters student in the School of Natural Resources and the Environment, student Orion conducted research to answer the question of how the presence of helicopters affects the behavior of wildlife in Tucson.

Examining Legacy Mine Tailings: Assessing Risk of Arsenic Release
Mentor Xenia de Gracia Medina, a Panamanian Ph.D. student in Environmental Sciences, led students Annalie and Aleph in investigating which legacy mine sites are at the biggest risk of releasing arsenic into the environment.
Mitochondrial Phenotypes and βII-Spectrin Expression in Cancer Cells
Julia Podgorski, a Ph.D. student in Medical Pharmacology and Cellular Molecular Medicine, mentored students Ajax and Anysa with the research question of how TGF-β treatment affect βII-Spectrin expression and mitochondria in pancreatic cancer cells. βII-Spectrin is a structural support protein and a mediator for cell signaling.
Changes in Species Richness and Abundance
Eduardo Gracia, who is pursuing a master’s degree in natural resources, worked with students Ximena and Miguel on investigating whether species richness and abundance vary across different areas of Tucson.

Sugar Availability in Pancreatic Cancer Cells and Implications in Drug Effectiveness
Monique Trujillo, a Medical Pharmacology Ph.D. student, mentored Adrian and Genevi. Together, they conducted research to answer the question of how sugar availability impacts the effectiveness of pancreatic cancer drugs in treating pancreatic ductal adenocarcinoma (PDAC).

Want to learn more about PRISM? Read about the program on our PRISM webpage or contact Cindy Bujanda at cindy@sarsef.org












Currently, Dominguez serves as a College and Alumni Counselor for San Miguel High School. With the intention to make a real difference in Arizona education, he decided to pursue a Master’s in Education Policy at the University of Arizona, and through the College of Education, he was granted a Paul Lindsey Internship Scholarship, connecting him to SARSEF.