Beth De Stasio

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Lawrence University Awarded $552,000 NSF Grant for Advanced Research Instrumentation

The largest instrumentation grant in Lawrence University’s history — $552,666 from the National Science Foundation — will fund the purchase of a confocal microscope system to support biological research and strengthen hands-on research training.

Confocal microscopy is a cutting edge technique that provides the best available resolution of microscopic images and allows the reconstruction of three-dimensional structures from images obtained through the microscope. Seven teams of faculty mentors and student researchers — six from Lawrence and one from the University of Wisconsin-Fox Valley — will use the microscope to advance understanding in developmental biology, cell biology, physiology and biochemistry.

Current research projects the microscope will aid include age-related synaptic decline found in Alzheimer’s disease and other forms of dementia, the role a particular protein may play in ALS and some kinds of
tumors and how protein signals in a developing embryo help properly position various parts of the body.

The instrument also will provide Lawrence students opportunities to gain valuable experience through summer research with faculty members as well as upper-level lab courses and Senior Experience projects.  As many as 32 students a year are expected to assist with research involving the confocal microscope.

“It’s incredibly exciting to have a sophisticated instrument like this. We have recognized for several years the critical need for this particular type of microscope if we want to continue providing our students and ourselves with the tools needed for modern biological research,” said Nancy Wall, associate professor of biology. “We’ll finally be able to undertake research projects we have wanted and needed to undertake but couldn’t without a confocal microscope. This is a major boost for faculty research programs and an essential tool for undergraduate training. Professor Beth De Stasio’s hard work and leadership were instrumental in securing the grant funding for this microscope.”

In recommending the grant, NSF reviewers said Lawrence should be considered “a leader and model for undergraduate engagement in research. They have invested significant efforts to move toward inquiry-based learning approaches in their curriculum, with early experiences that feed different but similarly intensive and research based experiences in the summers or during senior years.”

Another reviewer praised the Lawrence faculty for “an impressive track record in successful research collaborations with undergraduate students” while a third mentioned “a culture of “engaging undergraduates in meaningful ways with active research.”

Lawrence faculty researchers incorporating the confocal microscope into their research include Wall; Beth De Stasio, professor of biology and Raymond H. Herzog Professor of Science; Kimberly Dickson, assistant professor of biology; Judith Humphries, assistant professor of biology; Nicholas Maravolo, professor of biology; and Brian Piasecki, postdoctoral fellow in biology.

Strengthening an existing partnership with UW-Fox Valley, the microscope also will be used for research training by Dubear Kroenig, associate professor of biological sciences at the two-year college.

Founded in 1847, Lawrence University uniquely integrates a college of liberal arts and sciences with a world-class conservatory of music, both devoted exclusively to undergraduate education. Ranked among America’s best colleges, it was selected for inclusion in the book “Colleges That Change Lives: 40 Schools That Will Change the Way You Think About College.” Individualized learning, the development of multiple interests and community engagement are central to the Lawrence experience. Lawrence draws its 1,520 students from 44 states and 56 countries.

Lawrence Molecular Biologist Named to Genetics Society of America Board of Directors

Beth De Stasio, professor of biology and Raymond H. Herzog Professor of Science, has been elected to a three-year term on the Board of Directors of the Genetics Society of America.


In announcing her appointment, the GSA cited De Stasio’s commitment to “training undergraduate students — both majors and non-majors in science — to become more conversant and comfortable in understanding recent advances in biology.”

A 1983 graduate of Lawrence, De Stasio joined the Lawrence faculty in 1992 under the auspices of a $700,000 grant from the Howard Hughes Medical Institute to establish the college’s first program in molecular biology. Her research interests focus on muscle function and the maintenance of nerve function during aging. She was the recipient of a Fulbright Scholar Fellowship in 2009 to conduct research at the Karolinska Institutet near Stockholm, Sweden.

Founded in 1931, the Genetics Society of America is the professional membership organization for geneticists and science educators. With more than 4,000 members, the GSA works to advance knowledge in the basic mechanisms of inheritance, from the molecular to the population level. It promotes research in genetics and facilitates communication among geneticists worldwide on current and cutting-edge topics in genetics research.