The Darling lab examines interactions with and transport/communication across the plasma membrane including the actions of antimicrobial peptides, ion channels, and transport proteins. Our investigations leverage expertise and experience in bioengineering, cell biology, and quantitative fluorescence microscopy with project outcomes relating to regenerative medicine, rational design of peptides, and creative microscopy approaches and analyses, all towards developing improved therapeutic approaches for a variety of human diseases and conditions.

Researchers in the Darling lab, use classical biochemistry and cell biology approaches in parallel with fluorescence microscopy to study protein functions. Practically, we spend much of our time genetically or chemically labeling proteins with fluorescent molecules and then monitoring and quantifying their localization, mobility, and interactions in cellular systems. 

Inclusive Excellence

We in the Wellesley College Department of Biological Sciences, including all faculty, staff and students participating in the department, are devoted to improving equity and enhancing student experiences of community, engagement and belonging. We believe that the diversity of our community is central to intellectual growth and development. We are committed to being a learning community that embraces and supports the identities, abilities, life experiences, and aspirations of every member of our community.

Unanimously adopted by The Biological Sciences Department, Feb. 2021