For scientists using the instrument to study biological molecules,
Robinson’s impact is deep and wide. She shaped the field of “native mass
spectrometry,” developing novel methods that allow researchers to study
biological proteins in their native cellular environment, where they
are surrounded by fatty molecules called lipids that play roles as
chemical messengers, in storing energy, and much more.
“Professor Robinson’s work has been truly groundbreaking,” Rozovsky
said. “What she is doing that’s so unique is using this sensitive tool
to not just identify things, such as the contents of a cell, but show
you how those components inside the cell work together. She very
stubbornly stuck to this idea that it could be done.”
Thanks to Robinson’s frontier work, researchers can now monitor
cellular changes on the molecular level, using this core technique for
life sciences, chemistry, pharmacology and bioengineering research.
“It is indispensable for new discoveries to improve human health,
such as the development of biological drugs, cancer therapies,
vaccinations, and the early detection and screening of human diseases,”
Rozovsky said, “and Professor Robinson has led the way.”
Rozovsky said she will be honored to meet Robinson, one of her science heroes.
“What stands out to me is that she was faced with skepticism,”
Rozovsky said. “It is a feat to bring an idea to fruition against the
whole scientific community. But she did it — she generated this can-do
idea. Today, she is one of the most famous faculty in the field and is a
strong advocate of female faculty. She has her own company as well. She
is a legend in feminism.”
The lecture will be presented in person and online through Zoom. Please visit the event website to register.