Real World Application of Biology Genetic Engineering
The project gave students hands-on experience with molecular biology techniques, including DNA analysis and genetic experiments, allowing them to apply classroom concepts to real-world biotechnology and laboratory practices.
This project provided students with hands-on experience in molecular biology and biotechnology techniques aligned with the Georgia Standards of Excellence (SB2). Students explored how genetic information is expressed through DNA and RNA processes while learning how genetic variation occurs through mutation, replication errors, and meiosis. Using laboratory equipment such as a gel electrophoresis system, micropipettes, and a PCR system, students conducted activities including DNA fingerprinting, bacterial transformation, and genetic analysis. These investigations allowed students to observe how DNA fragments are separated and analyzed, helping them connect classroom concepts to real-world applications such as forensic science, medical research, paternity testing, and the study of evolutionary relationships. The project created an authentic laboratory environment where students practiced biotechnology techniques commonly used in scientific and medical careers.
Power in Numbers
100
Students Served
9-12
Grades Served
$1,823
Amount Funded