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VILLANOVA, Pa. – The ÎÞÂëרÇø Department of Psychological and Brain Sciences is pleased to announce Allison Warner '22 MS as this year's Ingeborg L. and O. Byron Ward Outstanding Thesis Award winner. This award honors one Psychology master's student each year for a particularly excellent thesis and thesis project. The criteria for nomination and selection of the winner are:

• Quality, creativity and scientific merit of the thesis project
• Scope of student contribution to the project
• Quality of the written product
• Quality of the thesis seminar presentation

Warner conducted her thesis project, "The Effects of Brain Serotonin Deficiency on Antidepressant- and Anxiolytic-like Responses to Cardiovascular Exercise in Females", under the direction of Benjamin Sachs, PhD. Warner at the 2021 Graduate Research Symposium for students in the College of Liberal Arts and Sciences.

"Allison is a great student, and her thesis came together wonderfully. She is very interested in trying to improve outcomes for individuals with mental illness, which are notoriously difficult to treat with existing drugs," said Dr. Sachs. "Allison’s thesis tested whether exercise could be an effective alternative to Prozac in mice with low brain serotonin, which we have previously shown are resistant to Prozac treatment. Her results showed that mice with low serotonin did exhibit some antidepressant-like responses to exercise, but the effects were not as strong as those observed in neurochemically typical animals. This suggests that exercise might be more effective than Prozac in individuals with serotonin deficiency, but it also highlights the need to continue to improve treatment options for individuals with low levels of brain serotonin, as they will likely exhibit blunted responses to both exercise and antidepressants."

Warner is currently a first-year Clinical Psychology PhD student in the .

Added Dr. Sachs, "Her work inspired several of the current students in my lab to spend the past year trying to figure out what exercise is doing (and not doing) in the brains of serotonin-deficient animals that leads to this partial antidepressant-like response. I’m looking forward to working with Allison and my current team to try to publish these results in the next year."