Beckman Scholars Making an Impact as Undergraduate Researchers
When Jennifer Lawson’s faculty lab mentor, Associate Professor Ramesh Raina, recommended she apply for the Beckman Scholars Program, Lawson ’14 wasn’t so sure.
“I never felt confident in my research skills. It’s hard when you start as a freshman and you don’t necessarily understand what impact you’re having as an undergrad researcher,” says Lawson, a biotechnology and economics graduate. “But Dr. Raina encouraged me to reach outside my comfort zone.”
It was a boost of confidence when she was awarded the scholarship for student researchers in her junior year—and a boost to her future when it helped her secure a research position at Boston Children’s Hospital.
“This is far beyond what I could have imagined,” Lawson says. “I’m going to be working at one of the premier institutions in the country. I don’t think that would have been possible if I didn’t have this newfound confidence that was provided from winning the Beckman scholarship.”
Lawson and Rachael Burke ’15, a triple major in biology, psychology and ethics, both finished up their work as part of the Beckman Scholars Program for science majors this summer.
They were the final two of five scholars selected for the program by Syracuse University, which was one of nine institutions to receive the award from the Arnold and Mabel Beckman Foundation in 2011.
Beckman Scholars receive $19,300 in financial support over two summers and a full academic year for laboratory research, scientific meeting travel funds and research supplies.
9 to 5
Burke applied for the scholarship after her faculty mentor, Professor Robert Doyle of the chemistry department, spoke to her about it. “It was a great chance to get two summers of 9 to 5 minimum research experience doing your own project, beyond what a typical undergraduate experience is like,” she says.
Burke, who joined Doyle’s lab group in her sophomore year, received the Beckman scholarship in the spring of her sophomore year.
The focus of the research has been using a particular combination of vitamin B12 with a specific neuropeptide—molecules that signal the brain to do certain activities—to serve as an appetite suppressant in an oral form for people who are clinically obese.
“Whenever you eat and start to feel full, this peptide, PYY, is being released and hitting its receptor in your brain and acts as your off switch to appetite,” Burke says. “People who are obese don’t have high enough circulating levels of PYY, so they don’t experience the satiated feeling.”
Using B12 is a way to protect the peptide, which would otherwise be destroyed by stomach acid as it goes through the digestive process, until it goes into the bloodstream. Burke’s role centered on building a specific B12 and PYY combination that they knew would not work to serve as a negative control to confirm whether the active compound was working as they hoped.
Burke is working with Doyle on writing up their results and submitting a paper.
“I have to give 100 percent of the credit to Rob Doyle for sponsoring me and being my advisor,” Burke says. “I honestly wouldn’t have known about the scholarship without him. Working for him has been incredible—allowing me to have independence with the project, but always there to support me when I hit the wall.”
Even though the scholarship ended this summer, she will continue to work in Doyle’s lab, where she works with a graduate student, and will mentor a new student to the lab.
Lawson, who wants to pursue a medical career, had been working in Raina’s lab in the biology department since she was a first-year student.
“When I was a freshman, I was dead set on being a scientist,” she says, and she began working in Raina’s lab in the Department of Biology on basic maintenance before participating in research in the spring of her first year. “He gave me that opportunity.”
Lawson’s work with Raina involved the characterization of histone demethylases— a particular class of proteins—and their role in plant-pathogen interactions.
“Some plants are great systems for understanding human genetics because certain genetic mechanisms are conserved throughout all species regardless of whether they are plant or human,” Lawson says. “If we can figure out certain genetic mechanisms in plants, they certainly can be applicable to animals and humans alike.”
As part of the Beckman program, scholars attend an annual symposium at the Arnold and Mabel Beckman Center of the National Academies of Sciences and Engineering in Irvine, Calif., held this year in August. Along with Professor Doyle, Burke and Lawson attended and the students presented their work in the poster presentation.
Beckman Scholars from across the country met up with scientists and researchers in various fields to network and share ideas and questions.
“It reinforces the idea that the sciences really do collaborate among each other,” Lawson says.
Among the many opportunities provided by the Beckman scholarship, the program taught Burke about discipline and determination. When she got stuck on a project that wasn’t working, she had time to refigure and move forward.
“The award meant doing good science and really seeing no limits,” says Burke, who plans to pursue medical school along with clinical research.
Lawson sees how the Beckman scholarship helped propel her career and how it highlights the importance of undergraduate research. “It showed me that undergraduates do have an impact on the greater science community,” she says.