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Supports high-throughput screening and expression of various tumor-targeting proteins. Helps shorten the R&D cycle of new drug candidates and lays the groundwork for personalized cancer treatment. (In development, expected to enter clinical stage soon)
A modular cell-free protein synthesis platform designed to meet different research and application needs. It supports fast microscale expression, high-yield production, isotopic labeling, and easy-to-use formats — helping both scientists and non-specialists quickly access functional proteins with high efficiency and low barriers.
Rapid in vitro synthesis of key blood proteins enables hemoglobin-like components for efficient blood replacement. The process ensures sterility, universal compatibility, safety, and industrial scalability. It can be applied in emergency blood transfusions, first aid, wartime transfusions, and the treatment of cardiovascular diseases. This technology supports the reconstruction of life-support systems and extends human life. (Already entered Phase I clinical trial in China)