The Forensic and National Security Sciences Institute (FNSSI) in Syracuse University’s College of Arts and Sciences has signed an asset transfer agreement with SRC Inc., a nationally recognized independent, not-for-profit research company. The agreement calls for the transfer of the SRC Bioforensics Group’s operational assets and personnel to SU.

As part of the agreement, three SRC scientists will become SU employees and continue their research as part of FNSSI.

“We are honored to build on the work started by SRC’s Bioforensics Group,” says Arts and Sciences Dean George M. Langford. “Acquiring their core competencies, which include bioinformatics and the analysis of environmental signatures, enhances and underscores our commitment to forensic science training and research. This agreement significantly contributes to our research capacity within FNSSI, while benefiting the nation’s forensic and intelligence communities.”

“This transition is a great example of how our research and development partnerships can make a larger impact on keeping America safe and strong,” says SRC President Paul G. Tremont, adding that FNSSI will help the group’s technology grow and prosper. “We are pleased to have such a longstanding relationship with SU and look forward to other areas of collaboration.”

FNSSI Executive Director James T. Spencer says the transfer was prompted by SRC’s decision to shift its focus to other areas. “SRC has developed considerable expertise and capabilities in bioforensics research,” says Spencer, who also serves as The College’s associate dean for science, mathematics, and research and as the Laura J. and L. Douglas Meredith Professor of Chemistry. “The timing of the transition couldn’t be better, given the growing need for methodologies involving bioterrorism threats, chemical detection and analysis, and sample provenance and origin.”

Spencer says that FNSSI stands to gain state-of-the-art DNA capabilities, as well as expertise in complex worldwide biological systems, including powerful research tools that determine the geospatial origins of biological samples. “These samples include heroin, cocaine, and other plant-based materials,” he says.