We’ve combined the chromatography process with purity and yield assessment using stain-free gels to shorten and optimize your protein purification workflow. See how it’s done.
Multicolumn purifications are tedious and the manual operations during this process introduce variabilities, affecting the success of purification and reproducibility of results. This whiteboard animation explains how an automated multi-dimensional chromatography method can make this an easier process with very high success rates.
The best chromatography media should yield high protein purity and product recovery as well as be versatile enough to purify difficult samples. Bio-Rad’s CHT™ Ceramic Hydroxyapatite achieves this by virtue of being able to interact with the proteins through multiple modes, making the process extremely efficient. The whiteboard animation describes the mode of action of CHT.
Processivity is the rate at which nucleotides are added to extend PCR products. High processivity results in a greater number of nucleotides incorporated in each polymerase binding event.
What is Multidimensional (Multi-D) chromatography? Here is an animated explanation of how Multi-D chromatography works and what its advantages are over traditional chromatography.
Doing these three simple checks will protect your chromatography system from common lab hazards.
Here are the methods you need to ensure optimal, long-lasting column performance.
Follow these steps to go from crude cell lysate to a sample that’s ready to purify.