Description
- Unique introduction to synthetic biology
- Hands-on exploration of the role of promoters in gene regulation
- Seamlessly blends together multiple areas of biology
- Takes a traditional transformation lab to the next level
- Lesson can be facilitated in 6 lab sessions, at most
Bring the unique area of synthetic biology into your classroom with this one-of-a-kind kit activity. Your students get the opportunity to take on the role of genetic engineers as they clone promoters into 2 different plasmids. This hands-on approach to transcription regulation exposes your class to a wide array of biological disciplines including biotechnology, molecular biology, and evolutionary biology.
Students clone the promoters into the plasmids, pClone Red and pClone Blue, using a common cloning technique, Golden Gate Assembly (GGA). After cloning the promoters, students are tasked with performing a transformation on E. coli cells to produce new ampicillin-resistant colonies expressing their designed plasmids. Based on the orientation of the promoter, students then observe colonies that appear green (produce GFP), red (produce RFP), or blue (produce AmilCP blue). This gives them 3 distinct colonies to further assess using ImageJ software, which is freely available, to determine the level of protein expression.
The kit includes enough materials for 8 groups of 2 to 4 students. The activities typically take 3 to 6 class periods for completion. Note: Kit comes with a voucher to request perishables later at your convenience.