Explore how electrophoresis enables the separation and analysis of charged biomolecules like proteins and nucleic acids. Learn about techniques, applications, and best practices in clinical, research, and molecular biology labs.
Discover the potential of capillary electrophoresis (CE) in our post. From analyzing biomolecules to pharmaceutical research, explore this technique's applications and how it separates molecules based on charge and size for precise analysis.
Discover the power of gel electrophoresis in biotech labs. Learn about agarose gel, SDS-PAGE, DNA separation, and interpreting results, and understand how this technique helps with accurate conclusions in downstream applications.
Buffers: Overview Buffers are aqueous solutions that can resist pH changes when acidic or basic components are added to a given solution. It is essential to maintain the pH (or hydrogen ion concentrat…
Restriction Enzymes: Overview Restriction enzymes are a type of nuclease enzyme that recognizes a specific DNA sequence/recognition site and cleaves at or near that specific site. The site recognized ...
DNA Markers: Overview Have you ever thought about how scientists identify the species of an organism? By using DNA markers. DNA markers, also known as genetic markers or molecular markers, are short D...
Argonaut proteins are an essential component of the RNA-induced silencing complex (RISC), responsible for RNA silencing — also known as RNA interference (RNAi). The protein name is derived from ...