Showing News articles tagged with Human health and bioengineering
- Dr. Michael Thien of Merck & Co. Inc. delivered this year’s Gregory Botsaris Lecture in Chemical and Biological Engineering.
- Associate Professor Qiaobing Xu’s research on protein delivery through nanoparticles was published on the cover of the most recent edition of Advanced Healthcare Materials.
- When Tufts computer scientists put their skills to work, they can change the world. Here are four projects addressing medical questions and challenges.
- The annual competition hosted by the Tufts Entrepreneurship Center celebrates innovation in business.
- Assistant Professor Xiaocheng Jiang received a Department of Defense grant to procure state-of-the-art research equipment.
- In a paper published in the Journal of Exposure Science and Environmental Epidemiology, Assistant Professor Amy Pickering and colleagues studied the exposure of young children to environmental contaminants through indirect ingestion.
- Associate Professor John Durant, Research Assistant Professor Neelakshi Hudda, and Tufts University School of Medicine Professor Doug Brugge are working with the City of Somerville to study how to improve indoor air quality for residents living in multifamily complexes near busy roads.
- Distinguished Professor Maria Flytzani-Stephanopoulos received this year’s American Chemical Society Catalysis Lectureship for the Advancement of Catalytic Science with her Tufts colleague Charles Sykes, to be presented at the American Chemical Society national meeting in San Diego in August. The two faculty members received the honor for their work developing single-atom metal catalysts that could be significantly more efficient than those currently deployed in the production of goods such as fuel and plastics, the processing of food, and removing harmful gases in catalytic converters.
- A group of Tufts researchers from the Departments of Computer Science and Chemical and Biological Engineering were on a team that utilized PROXIMAL, a tool that predicts putative structural modifications, to use enzyme promiscuity as basis to predict hundreds of reactions and metabolites that may exist in E. coli but have not been documented in other databases.
- Javier Rincon, E19, whose parents are immigrants, came to Tufts as an undergraduate after serving almost a decade in the Marines.