Yinxing Yan

Title: **The Innovations of Yinxing Yan in Enzymatic Laundry Detergents**

Introduction

Yinxing Yan, an accomplished inventor based in Jiangsu, China, has made significant strides in the field of enzymatic laundry detergents. His innovative approach focuses on enhancing the stability and effectiveness of vital enzymes used in these cleaning products.

Latest Patents

Yinxing Yan holds a patent for a groundbreaking method for stabilizing both lipase and protease in liquid enzymatic laundry detergent. This inventive process involves the self-assembly of conjugated linoleic acid with protease and lipase to create vesicles encapsulating these enzymes. By mixing the solutions of these vesicles and partially cross-linking the conjugated molecules on their surface, the resulting enzyme vesicles demonstrate remarkable stability and performance. Crucially, this method prevents the degradation of lipase by protease, ensuring that the enzymes maintain their activity even in the presence of surfactants. Under higher concentrations, such as in tap water, these vesicles release the enzymes effectively, optimizing cleaning performance.

Career Highlights

Yinxing Yan is affiliated with Jiangnan University, a prestigious institution known for its research in chemical engineering and applied sciences. His work at the university showcases his dedication to advancing the formulation of cleaning agents to meet modern consumer needs while emphasizing environmental sustainability.

Collaborations

Throughout his career, Yinxing Yan has collaborated with several notable researchers, including Yun Fang and Yongmei Xia. These partnerships allow for a comprehensive approach to the challenges in detergent formulation, combining their expertise to foster innovations that benefit the industry.

Conclusion

Yinxing Yan’s contribution to enzymatic laundry detergent technology exemplifies the impact of inventive thought on everyday products. His patent not only enhances the performance of detergents but also demonstrates a commitment to developing effective, safe cleaning solutions. As Yinxing continues his research and collaborative efforts, the potential for further innovations in this field remains promising.