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Collaborate with American and Chinese Academicians , Drive Industry Innovation
Phil S. Baran
Member of the National Academy of Sciences
International Academicians On Board , Advancing Global Research
Shen Yinchu
Member of the Chinese Academy of Engineering
Guided by Domestic Academicians , Quality Elevated
Phil S. BaranAcademician
Phil S. Baran is a member of the National Academy of Sciences, a member of the American Academy of Arts and Sciences, a former postdoctoral associate at Harvard University, and a professor at Scripps Research. He is a globally renowned expert in the field of chemical synthesis.
Phil S. Baran serves as Strategic R&D Advisor for Shouxin. His groundbreaking work in organic synthesis and pharmaceutical research brings an international perspective and forward-thinking vision to the company's scientific innovation.
Led by Academician Phil S. Baran, Shouxin has forged strong partnerships with top global research institutions and built a shared platform for innovation. These efforts accelerate the commercialization of scientific breakthroughs, elevate R&D to world-class standards, and provide a solid foundation for the company's global strategy.
Shen YinchuAcademician
Academician Shen Yinchu , a member of the Chinese Academy of Engineering and an expert in biochemical engineering, is renowned as the "Father of Polyacrylamide in China" and the "Pioneer of China's Biochemical Industry".
Academician Shen Yinchu plays a key role in Shouxin's core technology development and quality management systems. Drawing on decades of expertise in polyacrylamide, he provides systematic guidance on molecular structure optimization and process innovation, ensuring consistent product performance even in complex applications.
Academician Shen Yinchu has supported Shouxin in developing an innovative model for scale selection. By combining big data analysis with industry expertise, it precisely matches diverse client needs for polyacrylamide products, significantly improving model selection efficiency and application performance.
Deep Collaboration With American & Chinese Academicians