Gel electrophoresis is an experiment used to separate different components of a mixture based on their size and charge. Part 2: Gel electrophoresis a) Basic principles (Suggested reading: MCAT Biochemistry: Everything You Need to Know) We’ll focus on the details that will help you ace these questions from an MCAT perspective, and we’ll finish with some sample questions to help you assess your proficiency. We’re going to go into many of the techniques that may show up on your MCAT, including chromatography, molecular cloning, DNA sequencing, PCR, Blotting, ELISA, and gel electrophoresis. By understanding these techniques, you’ll put yourself in the position to answer the diverse array of questions you may be asked on the exam. Remember, the MCAT test-writers develop passages by adapting scientific articles and asking you questions. This is a long guide, but it’ll help you with the complex biochemistry techniques that the MCAT will throw at you. In many cases, it’s also easy to feel like you need to learn everything about an experimental technique to master these questions on the MCAT, but we’ll show you exactly what you need to know! One of the most difficult parts about learning these techniques is that they’re often presented at a very complex level, but we’ll provide concise and clear explanations in this guide. This is a high-yield topic, and a knowledge of the experimental techniques we will discuss will help you when you take your MCAT.
Welcome to our guide on experimental techniques in biochemistry. Part 1: Introduction to biochemistry lab techniques
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