Kylie Campana ’26 

Biochemistry and Molecular Biology

San Diego, California

Kylie Campana, a biochemistry and molecular biology major, studies the genetics involved in cell wall formation and stem development in grasses, which play a critical role as major crops for both food and renewable bioenergy. She uses CRISPR gene editing technology to investigate the role of a regulatory protein known as REVOLUTA, which controls the expression of many genes essential for plant development. By shedding light on the genetic controls, Campana is helping to provide a roadmap for designing crops that remain structurally strong while becoming more sustainable sources of food and bioenergy. She is a co-author on two papers in preparation for peer-reviewed journals, and has presented her research at the Massachusetts Undergraduate Research Conference and the Center for Agriculture, Food, and the Environment's Summer Scholars Symposium. 

What inspires you to do this work?

I am fascinated by how small changes in genes and regulatory networks can lead to significant differences in cellular development and structure in grasses. By understanding which genes control specific processes, we can gain insights into how to improve crops through genetic modification, making them better suited for a variety of environments. My interest in the topic, combined with the practical importance of this work, drives me to continue this research and motivates me to explore new questions. Additionally, I enjoy the challenge of solving problems, the creativity involved in designing experiments, and the collaborative community in my lab, which inspires me to push the boundaries of my research and continually grow as a scientist.

How has research enhanced your education at UMass?

Research has enriched my education at UMass by allowing me to apply the skills I’ve learned in class to solve problems and generate new knowledge. My hands-on experience in the Hazen Lab has prepared me for high-level research by immersing me in the full process, from experimental design and data analysis to troubleshooting and method optimization. Through working on an independent project that involves a lot of trial and error, I’ve had the opportunity to build critical thinking skills, patience, and resilience, which are vital to becoming a successful researcher.

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How does your faculty mentor support your work?

My faculty mentor, Professor of Plant Biology Sam Hazen, supports me in both conducting the scientific aspects of my project and effectively communicating my research. He provides guidance on experimental design, helps troubleshoot challenges I encounter, and advises me on the most promising next steps. He also enhances my ability to share my findings by giving constructive feedback on abstracts, presentations, and posters, ensuring I communicate my work clearly and effectively. I am also immensely grateful for my graduate student mentor, Greg Gregory, who is always available to answer questions and provide support. Through this guidance, my mentors help me maintain the autonomy to decide where I want my project to go next and how I want it to be perceived.

Why would you recommend UMass to a friend?

I would recommend UMass to a friend because the biochemistry department is fantastic, with professors and peer advisors who are genuinely invested in students’ success. The classes are rigorous yet engaging, providing a strong foundation that prepares students for a variety of future endeavors, whether in academia, industry, or medical school. Beyond the classroom, UMass offers excellent resources for career development—including career centers for resume, cover letter, and interview support—as well as opportunities for extracurriculars and independent studies through programs like PROPEL. Overall, UMass is a welcoming community that is both competitive and supportive.