Protein design aims to create proteins with enhanced or novel activity, behavior, or other functional properties. As a powerful tool, it may have a profound impact on synthetic biology and may have more rapid and innovative applications. In the near future, protein design, especially computational design, will greatly expand the functional capabilities of synthetic cells. More: https://www.biosynsis.com/...

Proteins are complex molecular entities with different sizes, molecular structures, and physical and chemical properties. Protein characterization is one of the important parts of protein expression. Characterizing a protein can obtain useful information on its identity, purity, structure, conformation, and activity.

The precise molecular weight, amino acid sequence, charge variances, aggregation level, glycosylation, and oxidation level are the key to the in-depth characterization of proteins. Different post-translational modifications, highly specific three-dimensional structures, and the potential for aggregation, adsorption, and truncation determine the complexity of proteins. No one analytical platform or technique can meet all the requirements to characterize proteins so far.

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As a fast-growing and innovative company, CD Biosynsis has established a strain improvement platform. With the goal of rational design of biological behavior combined with advanced microbial technologies, we are dedicated to revolutionary breakthroughs in the design-build-test cycle of microbial cell factories to achieve short cycle times and intelligent efficiency.
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