Discover how bacteria can be genetically engineered to have new characteristics which make them useful for scientific research and medicine.
Discover how bacteria can be genetically engineered to have new characteristics which make them useful for scientific research and medicine.
Students follow a protocol to insert plasmid DNA containing a modified bacterial operon and GFP (Green Fluorescent Protein) gene into bacterial cells and learn how to use good aseptic technique to streak out their genetically modified bacteria onto agar plates. An additional hands-on activity explains the process of DNA cloning using ‘sticky ends’.
Curriculum links
- KS4 Science - Cell Biology | Health, Disease and the Development of Medicines | Evolution, Inheritance and Variation
- AS/A Level Biology - Cells | Biological Molecules | Genetics and Evolution
- OCR AS and A Level Biology - A and B- PAG 7 Microbiological techniques: 7.3 Transformation of bacteria with plasmid encoding GFP
School trip prices
We allow a ratio of 1 adult to every 5 children for most groups. Additional adults over this ratio will be charged. In the case of SEN groups, we may offer further free adult support on request – please contact us to discuss your requirements.
Visiting from 25 June to end of the Summer term? The government is cutting VAT for organisations like ours over the summer and we’re passing the saving onto schools. This applies to all trips that include a science centre visit (and excludes workshops only). If you visit during this period, science centre visits are £6.08, and centre/workshop visits are £11.05. If you have already booked during this period, we will be in touch about refunds.
Bookings are now open for the new academic year, and our prices have been reviewed. If you’d like to book for September onwards, please get in touch for a quote.