Jaye Gardiner maps the tumor “soil” cancer needs

tumor microenvironment – At 36, Jaye Gardiner is using her lab at Tufts University to study how the protein-rich extracellular matrix around tumors—her “soil”—shapes whether cancer spreads or gets blocked. Her work also probes an unconventional possibility: that everyday viruses could

On days when Jaye Gardiner talks about tumors, she doesn’t start with cells. She starts with the ground they grow in.

Gardiner, 36, is an assistant professor of biology at Tufts University. Her focus is the extracellular matrix. or ECM. surrounding cancerous tumors—an environment packed with proteins that she describes as the “soil” around a tumor cell. which she calls the “seed.” In her telling. the microenvironment doesn’t just sit there. It can decide whether the seed takes root or is “restricted and not germinate at all.”.

The idea matters because the tumor microenvironment is not fixed. It changes and affects cancer cells—and Gardiner is now looking at how other living forces can change it, too. She points to everyday viruses as a potential influence on the very structure cancer depends on.

Her question grew from a personal kind of curiosity. the sort that begins in the gaps between what you’re told to study and what you can’t stop wondering about. What if consistent exposure to a routine virus—like the one that causes the common cold—could alter the body’s extracellular matrix so it becomes more favorable to cancer growth?.

Gardiner’s work is built around the possibility of an interplay between the ECM and diseases such as cancers. She frames her mission as following a “nonconventional connection between virology and cancer biology.” “I want to take the ideas and kind of run with the nonconventional connection between virology and cancer biology. ” she says.

Her path into science wasn’t straightforward. She is a first-generation American and a first-generation college graduate, and she didn’t have the easiest route there. Still, she found guidance early—starting in high school, when several mentors helped steer her toward a science career. One mentor, a chemistry teacher who made the periodic table fun, left a mark that Gardiner still carries.

As she moved through her education, she kept returning to questions that lived at surprising intersections. That’s what led her to the protein-packed microenvironment around tumors in the first place. And it’s why the ECM now sits at the center of her research. with virology as a possible lever that can shift the balance.

Right now, Gardiner is not only building experiments—she’s building a lab meant to do them. “Right now I’m excited for us to actually do experiments,” she says. She’s equally invested in the people who come with the work. “I really love mentoring and teaching others,” she adds, linking her lab’s future to her own past.

In her view, her position is inseparable from the help she received along the way. “And it’s by the grace of others who passed on information that I’m even in this position,” Gardiner says.

The young researcher’s story—part scientific method. part devotion to mentorship—lands on a simple. urgent point: if the “soil” around tumors can be understood in detail. it may be possible to see why cancers take hold in some circumstances and struggle in others. Gardiner’s lab at Tufts is now pushing to find out what shapes that soil. and whether routine infections could be among the forces doing it.

Jaye Gardiner Tufts University cancer biology extracellular matrix tumor microenvironment virology common cold virus mentoring science journalism young American scientists