Bacterial Genetics Lab - A view of the bacteria that are found in students' mouths Bacterial Genetics Lab - A view of the students' plates, displaying pink and white bacterial colonies Bacterial Genetics Lab - More designs! Bacterial Genetics Lab - More of the students' artwork Bacterial Genetics Lab - Professor Jeyabalan displays the students' results Bacterial Genetics Lab - So creative! Bacterial Genetics Lab - Such nice designs! Bacterial Genetics Lab - The bacterial colonies grow as different colors, depending on their ability to metabolize lactose Bacterial Genetics Lab - The students look at their results Bacterial Transformation Lab - A view of successfully transformed colonies, which are expressing the GFP protein (and glowing) Bacterial Transformation Lab - The students analyze their results and calculate transformation efficiency DNA Fingerprinting Lab - Deanne and the students look at the DNA Fingerprinting results under UV light DNA Fingerprinting Lab - Deanne shows the students how to properly load a gel DNA Fingerprinting Lab - Gel electrophoresis is used to separate the DNA fragments by size DNA Fingerprinting Lab - The students load their DNA samples into agarose gels for electrophoresis DNA Fingerprinting Lab - The students' PCR results! Molecular Genetic Technology - The students learn the advantages of using in-situ hybridization to study RNA expression in tissue Molecular Genetic Technology - Travis explains the theory behind Northern, Southern, and Western Blotting Mutant Mouse Technology - Travis explains how conditional gene knockouts are made Mutant Mouse Technology - Travis shows the students actual scientific data Problem Sets - Professor Jeyabalan goes over some genetics practice problems with the students Replica Plating Lab - The students lightly press the bacterial colonies onto the velvet Replica Plating Lab - The students transfer the bacterial colonies onto the replica plating apparatus