Shaozhe Guo

Title: **Shaozhe Guo: Innovator in Silk Fibroin Technology**

Introduction

Shaozhe Guo is an esteemed inventor hailing from Jiangsu, China, who has made significant contributions to the field of biomaterials. With a focus on high molecular weight silk fibroin, Guo’s work highlights innovative processes that enhance the application potential of this natural protein in various biomedical fields.

Latest Patents

Guo holds a patent titled "Freeze-dried powder of high molecular weight silk fibroin, preparation method therefor and use thereof." This invention discloses a comprehensive method for obtaining a freeze-dried powder through several meticulous steps: degumming, dissolution, dialysis, centrifugation, and high-temperature and high-pressure treatment followed by freeze-drying. The resultant freeze-dried powder retains the native molecular weight and random coil structure of silk fibroin, ensuring its effectiveness for rapid dissolution and long-term storage. Additionally, his contributions include methods for preparing silk fibroin microspheres with polyethylene glycol, creating a controlled-release gel formulation that incorporates silk fibroin and low molecular weight polyethylene glycol (LMW-PEG).

Career Highlights

Throughout his career, Shaozhe Guo has worked with notable organizations, including Simatech Incorporation and Tufts College. His expertise in biomaterials and innovative processes has allowed him to push the boundaries of research in silk fibroin applications, impacting the development of biomedical materials.

Collaborations

Guo has collaborated with skilled professionals in his field, including Xiaoqin Wang and Jian Liu, who have contributed to the research and development of his innovations. These collaborations have fostered a rich environment for advancing the science of silk fibroin and its versatile applications.

Conclusion

With a pioneering spirit and dedication to innovation, Shaozhe Guo continues to make valuable contributions to the field of silk fibroin technology. His patented methodologies not only enhance the usability of silk fibroin in biomedical contexts but also contribute significantly to reducing material waste, ultimately promoting research and development in this vital area of biomaterials.