Students in this advanced biochemistry laboratory course have hands-on experience with a variety of biochemical and molecular biology techniques, instrumentation, and data analysis. They are skilled in using classical and modern techniques such as:

• Enzyme purification and kinetics
• Chromatography (ion exchange, size exclusion)
• Gel electrophoresis (agarose and SDS-PAGE)
• Protein crystallization and characterization
• Mammalian and bacterial cell culture
• Bioinformatics and structural biology tools​

Learners also excel in scientific literacy, including maintaining comprehensive laboratory notebooks and preparing formal reports and presentations. Their ability to collaborate in teams ensures effective project execution and problem-solving​

Expected Outcomes:

Students will engage in project-based learning that reinforces their understanding of biochemical laboratory methods and scientific inquiry. This includes:

• Developing and executing experimental plans
• Utilizing a broad range of biochemical techniques
• Collaborating to troubleshoot experiments and interpret data
• Presenting findings in a clear, professional manner​

Deliverables:

1. Scientific Figures and Data Analysis: High-quality plots, tables, and diagrams summarizing experimental results, accompanied by concise captions explaining the methods, results, and significance.
2. Comprehensive Lab Reports: Detailed, journal-style reports compiling multiple weeks of experiments, including objectives, methodology, results, and conclusions.
3. Group Presentation: A professional presentation summarizing the outcomes of a capstone project, such as the "Brew Competition" for biochemical applications​
4. Laboratory Notebook: A complete and accurate record of experimental work, including protocols, observations, and data analysis​