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Title: Innovative Contributions of Xuepeng Li in Food Processing and Phage Technology
Introduction
Xuepeng Li, an accomplished inventor based in Jinzhou, China, has made significant strides in the fields of food processing and phage technology. Holding a total of two patents, Li's inventive spirit has contributed to advancements that enhance production efficiency and improve product quality.
Latest Patents
Xuepeng Li's latest patents include a groundbreaking method titled "Microwave and Conduction Combined Heating Method for Improving Gel Strength of Surimi Products." This innovative approach utilizes a dual heating technique that gelatinizes surimi through conduction heating before applying microwave heating. This method significantly boosts the gel strength and elasticity of surimi while conserving time and enhancing production efficiency. Furthermore, his other notable invention, "Virulent Phage φPf1901, and Phage φPf901 Preparation and Application Thereof," focuses on phage technology. This invention, which showcases a virulent phage with high specificity and lytic ability, is aimed at controlling specific bacterial hosts efficiently.
Career Highlights
Throughout his career, Xuepeng Li has been associated with prominent institutions such as Bohai University and Jiangnan University, where he has conducted research and developed his inventions. His work not only demonstrates his commitment to innovation but also reflects the collaboration with leading educational entities.
Collaborations
Li has worked alongside talented colleagues, including Jianrong Li and Defu Zhang, contributing to a collaborative environment that fosters creativity and innovation. These partnerships have allowed for the sharing of ideas and expertise, resulting in impactful advancements in their respective fields.
Conclusion
Xuepeng Li's contributions through his patents illustrate his role as a pivotal inventor in enhancing food processing techniques and advancing phage technology. His innovative methods not only improve product quality but also hold the potential for broader applications within the industry, paving the way for future advancements in these fields.