
Source: ITEST Learning Resource Center
Collection developed in collaboration with the Educational Development Center's ITEST Learning Resource Center (LRC).
BRITE is designed to help high school students learn modern molecular genetics by engaging them in genuine scientific research projects. The two-part program is aimed at both teachers and students, providing summer institute teacher training for conducting real genome research, and academic-year support for teachers to develop and implement new curriculum.
BRITE is an ITEST comprehensive project engaging thousands of NJ high school students and their teachers in cutting edge molecular biology investigations. Rutgers’ Waksman Institute of Microbiology initiated the project to realize this idea: students learn science best by actively engaging in it. For BRITE participants this translates to working together with research scientists, applying the basic principles of molecular biology to try to solve real research problems, and sharing solutions with the larger scientific community. Supported by industry partner GEHealthcare, the project also actively models and mentors students in potential college and career paths.
The program begins with a one-month summer institute at the Waksman Institute where teacher-student teams learn background and lab procedures and conduct real genome research. Teachers then expand their research project during the academic year, incorporating the learning into formal coursework or after-school research projects. In this video profile, students isolate and sequence genes from Artemia fanciscana (brine shrimp), then publish their sequences at GenBank — the international sequence database. Students are motivated by the opportunity to apply classroom learning to real science, and to "…do a lot of the same research as professionals do." They are also challenged to engage with the larger scientific community, using information technology (IT) to support their work, returning to Rutgers for meetings during the academic year, and presenting the results of their studies at a poster session at the end of the year.
• How can you help students apply the science they learn in the classroom to solve real-world problems, rather than simply conducting "hands-on" activities, or solving artificial problems posed at the end of a chapter?
• Can you model the importance of peer review within a larger scientific community by having students share scientific results with peers through discussion, poster presentations, and publication?
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