Agarose powder is one of the most widely used materials in molecular biology laboratories. When dissolved in an electrophoresis buffer and allowed to cool, it forms a porous gel that separates DNA or RNA fragments according to their size. Although preparing an agarose...
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dNTPs in PCR: Function, Optimal Concentration and Troubleshooting
PCR performance is often discussed in terms of primer design, annealing temperature and polymerase selection. However, the concentration, balance, purity and handling of dNTPs in PCR can also influence amplification yield, specificity, fidelity and consistency. The...
Trypan Blue: A Practical Guide to Cell Counting and Viability Assessment
Trypan Blue exclusion is one of the most widely used methods for estimating cell viability in research laboratories. It offers a simple way to distinguish cells with intact plasma membranes from cells that have lost membrane integrity. The method is commonly used...
SPRI beads: How They Work, DNA Cleanup Protocol and Best Practices
SPRI beads have become an essential tool for DNA purification in PCR, sequencing and next-generation sequencing workflows. Laboratories use these paramagnetic particles to bind nucleic acids, isolate them with a magnetic stand, wash away unwanted reaction components...
Stool Catcher: Hygienic Stool Sample Collection for Microbiome Studies
In microbiome studies, reliable results begin with reliable sample collection. Before DNA extraction, sequencing, stabilization, or any downstream analysis, participants need to collect stool samples in a clean, consistent, and easy-to-follow way. A Stool Catcher is a...
Bac Water: What It Is, Uses, and How to Choose a Reliable Supplier
If you are searching for bac water, then you are likely looking for a dependable bacteriostatic water solution for laboratory and research workflows where quality, convenience, and consistency truly matter. Bac water, short for bacteriostatic water, combines...





