John S. Toll Science and Mathematics Fellows

The John S. Toll Fellows is a program that provides opportunities to students with an aptitude for research.

The John S. Toll Fellows (JSTF) is a research-focused program that commemorates Washington College’s 25th president, Dr. John Toll who served as president from 1995-2004.   His support strengthened the foundation of the natural sciences both intellectually and financially here at Washington College.  Thus, this program honors his commitment and enthusiasm for academia and research.   

The Goal

The goal of the JSTF Program is to support the academic and research activities of student scholars within the natural sciences and mathematics division.  The summer research program provides housing and paid stipends, in addition to the option of earned credits. This student/faculty collaboration often leads to publication in professional journals, as well appearances at regional and national conferences.

The Man Behind the Name

Dr. John S. Toll received his bachelor’s degree in physics from Yale in 1944 and Ph.D. in physics from Princeton in 1952 during his career he was well known for his work in dispersion theory and elementary particle physics. Dr. Toll was president of the Universities Research Association which oversaw the U.S. Superconducting Supercollider project until Congress defunded it.  Dr. Toll spent many years pursuing research at the University Maryland where he became chair of the Department of Physics and Astronomy in fact they also have a building (physics) at the University of Maryland is named for him.  He left UMD to become the second president of the State University of New York at Stony Brook but he returned to the University of Maryland to become president of the original five campuses of the University of Maryland and the first chancellor of the new University System of Maryland.  In 1995 he became president of Washington College and in 2004 returned to physics research at the University of Maryland.

 

Selection of Biology Major Participants

The role of telomere repeat-containing RNA (TERRA) during meiosis in budding yeast

Sarah Noman and Dr. Jennifer Wanat
Department of Biology
Washington College
MIR-34 affects motor neuron development patterns in Drosophila melanogaster

Hillary Hwang and Dr. Mala Misra
Department of Biology
Washington College

Development of a zebrafish model of cerebral ischemia

Emani R. Silva and Dr. James Windelborn
Department of Biology
Washington College

 

Sodium sulfite as an alternative model for global ischemia in zebrafish (Danio rerio)

Kaitlyn M. Marino and Dr. James Windelborn
Department of Biology
Washington College

Read about Brain Disease

Migratory movements in the common snapping turtle (Chelydra serpentina) in response to seasonal fluctuations in aquatic habitat

Nathaniel T. Simmons and Dr. Aaron R. Krochmal
Department of Biology
Washington College

Toxicity of heavy metals in yeast (Saccharomyces cerevisiae) and hamster cells

Maija Adourian and Dr. Mindy Reynolds
Department of Biology
Washington College

Read about Heavy Metal Toxicity

 

Effects of individual and combined pesticide, fertilizer, and salt treatments on the corticosterone levels and growth of larval amphibians

Dr. Robin Van Meter, Rose Adelizzi, Julia Portmann
Department of Environmental Science and Studies and Department of Biology
Washington College

Read about Pesticide Toxicology

Do field sparrows become better parents as they age?

Andrea Freemann and Dr. Jennie Carr
Department of Biology
Washington College

Read about Bird Behavior

Fluoxetine (Prozac) and its impact on the startle response in zebrafish

Kathy Thornton and Dr. Martin Connaughton
Department of Biology
Washington College

Read about Fluoxetine in Zebrafish