Skip To Content Skip To Menu Skip To Footer
Coronavirus Update

For the latest FAQs, health and safety plans, links to the dashboard and more, visit the Campus Reopening page.

Campus Reopening Page.

Uncharted Territory

Students work together in front of a computer in a biology lab.

Students collaborate in a biology lab. Photo by Carl Socolow '77.

Grant-funded program provides rare opportunities to explore cancer

by Kandace Kohr

Over a million people in the U.S. suffer from cancer, and a cure has long been the holy grail of science research. Increasingly, experts feel that interdisciplinary efforts give us the best chance of one day reaching that goal, and at Dickinson College an innovative research program is taking that approach while providing undergraduate students the rare opportunity to research uncharted territory.

The student-faculty research initiative is led by Jeffrey Forrester, associate professor of mathematics, and Michael Roberts, associate professor of biology, and is now in its fifth year. Funded originally by a grant from the National Science Foundation and currently funded by a private foundation, the program opens doors to new opportunities for students by bridging complex math and science while elevating students from spectators to co-researchers.

Each year, students who have completed the appropriate coursework are invited to participate in the program. The grant provides Dickinson the resources to host this group on campus over the summer for an eight-week period, during which they participate in full-time peer and independent research. They then continue this research into their senior years and often beyond. The group also attends the American Association of Cancer Research symposium—held this year in Chicago—where they meet and present their findings to over 20,000 cancer researchers from across the globe.

“People are impressed to hear that this type of work is being done at a place of this size," says Forrester. "We have students both generating and analyzing the data, so the whole workflow takes place right here.”

In addition to getting hands-on experience in advanced lab work, students also learn the value of collaboration in scientific research. “I’ve really come to value this team-science approach that the students also seem to embrace,” says Roberts. “There are some natural leaders who emerge, but the group together is better than the sum of its parts. [The students] are really invested in the research because they have projects that are totally their own.”

By working on projects that are 'totally their own,' students' learning goes much deeper than it does in a typical undergraduate course. They become more than just biology, math or computer science majors; they become researchers, analysts and scientists, merging computational and scientific skills to understand the massive data sets generated by recoding gene expression in cells with more than 20,000 genes.

Armed with this kind of experience, a number of the students in the program have gone on to M.D. and Ph.D. cancer biology programs at Johns Hopkins University, University of Pennsylvania and Penn State Medical School, to name a few. 

“What has been really rewarding is watching the students mature and grow in their capabilities," says Forrester. "I’ve been especially proud of the very competitive programs that we have placed these students in post-Dickinson.”

Learn more about this distinctive research program in “Synergistic Discoveries”


Published June 14, 2018