Sino Biological's Cell-Free Protein Synthesis Supports Tencent AI for Life Sciences Lab's Protein Design Study Published in Nature Communications

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Sino Biological's Cell-Free Protein Synthesis Supports Tencent AI for Life Sciences Lab's Protein Design Study Published in Nature Communications

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Sino Biological's XPressMAX™ kit enabled the engineering of a lysozyme with over 100-fold higher activity than the natural enzyme. — Demonstrated massive increase in enzyme efficacy provides a strong proof-of-concept for the commercial viability of their protein synthesis workflow.

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Tencent AI for Life Sciences Lab utilized Sino Biological's workflow to validate AI-designed proteins in a study published in Nature Communications. — Partnership with a major tech player like Tencent and publication in a top-tier journal validates the company's technology to the broader scientific and investment community.

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Sino Biological's cell-free protein synthesis supports rapid design-build-test cycles by bridging the gap between AI computational design and experimental validation. — Reducing the time and discrepancy between AI prediction and wet-lab results improves the efficiency of protein engineering, potentially increasing demand for their kits.

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Sino Biological's Cell-Free Protein Synthesis Supports Tencent AI for Life Sciences Lab's Protein Design Study Published in Nature Communications

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Sino Biological's Cell-Free Protein Synthesis Supports Tencent AI for Life Sciences Lab's Protein Design Study Published in Nature Communications

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