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Finding her rhythm: How Jordan Diamond ’27 discovered a passion for research at

by Emrah Jusufoski '28

When Jordan Diamond ’27 first arrived at from Boulder, Colorado, she wasn’t sure research was right for her. 

“I thought that research wasn’t for me. It didn’t initially seem ‘hands-on’ enough,” says Jordan, who has long had her sights set on being a physician.  

But after joining Professor of Biology Bernard Possidente’s sleep and circadian rhythms lab, she discovered something entirely different — a creative, collaborative, and deeply personal approach to research. 

Through ’s Faculty-Student Summer Research (FSSR) program, Jordan has spent the summer working on two research projects using fruit flies (Drosophila melanogaster)  to study how medications affect sleep and biological clocks. 

In one project, she explored the effects of topiramate, a medication used to treat epilepsy and night eating disorder.  

“Both of these conditions are known to cause sleep disruptions,” she explains.  

The lab administered topiramate to fruit flies and analyzed how it affected their activity and sleep patterns. “Our lab’s previous findings show that topiramate increases the period and sleep bout length in regular circadian periods,” she says. More recently, they’ve been testing whether it can help regulate extreme circadian rhythms. 

The second project focuses on Ampicillin, a common antibiotic. “Few studies have explored the relationship between antibiotics, sleep, and circadian rhythms,” Jordan says. “But antibiotics are known to alter the gut microbiome — and that could affect sleep, too.” 

Her group has been testing flies fed with ampicillin dissolved in dimethyl sulfoxide, comparing their activity patterns to flies given DMSO and water, to isolate any circadian effects. 

This kind of hands-on research has brought Jordan’s academic knowledge to life.  

“Since taking Organic Chemistry and Neurophysiology this past year, I was able to understand the mechanism of action of topiramate,” she says.

It was really exciting to connect what I’d learned in the classroom — like ion channels, neurotransmitter pathways, and molecular interactions — to real-world research.” 

Even more exciting: Jordan will soon lead her own independent research project in the same lab.  

Inspired by her own interest in how people experience sleep differently, she plans to investigate how narcolepsy medications influence sleep rhythms in fruit flies.  

“Knowing how these medications affect sleep cycles at a biological level will not only expand our understanding of sleep disorders like narcolepsy,” she says, “but also shine light on why some individuals thrive on minimal sleep while others need much more.” 

Professor Bernard Possidente and his students, including Jordan Diamond ’27, outside Little India in Saratoga Springs wearing matching 2025 summer research shirts.

Professor Bernard Possidente and his students, including Jordan Diamond ’27 (second from left), outside the Little India restaurant in Saratoga Springs wearing the team's matching 2025 summer research T-shirts.

Jordan says the mentorship she’s received has shaped her growth both academically and personally.  

“My faculty mentor, Bernie, has been incredibly supportive and engaging,” she says. “He took our research team out to dinner this summer, where we met his wife and wore matching, custom-made research T-shirts. Our lab often played records while working — everything from Bernie’s favorite classic pop to our favorite artists like Ethel Cain and Weyes Blood. This summer was a uniquely enriching and memorable experience.” 

Her time in the lab has also reshaped her post-graduation plans.  

“When I first arrived at , I assumed I would go directly into medical school,” she says. “Now, I plan to spend one to two years conducting research before applying, to strengthen my skills and independence.” 

Jordan’s research journey also highlights some unique opportunities offers to its students. In particular, she has enjoyed the ability to study narcolepsy medications as an undergraduate student while mentored by faculty.  

“That’s something that’s rare at the undergraduate level. The chance to do that with direct guidance from a professor is an incredible opportunity.” 

Outside the lab, Jordan is equally involved in caring for her community. She’s a registered EMT and a member of SCEMS, ’s student-run emergency medical service. She’s also a math and statistics tutor with ’s Learning Commons,  a Thoroughbred Ambassador for the Office of Admissions, and a residential assistant who helps fellow students feel at home.  

When she’s not running experiments, she does independent microscopy work at the McGraw Microscopy Imaging Center, which features an impressive range of microscopes used by researchers across multiple disciplines.   

“ is a place where you can do it all,” she says. “You can be a scientist, an EMT, a mentor, a friend — and you never have to choose just one.”