Ping Xie

Title: The Innovative Mind of Ping Xie: A Pioneer in Pharmaceutical Patents

Introduction

Ping Xie is a renowned inventor based in Beijing, China, with a notable track record of four patents in the field of pharmaceuticals. His work primarily focuses on the development and formulation of novel pharmaceutical compounds aimed at treating severe neurological conditions, including Parkinson's disease and Alzheimer's disease.

Latest Patents

Two of Xie's latest patents showcase his ingenuity in creating specific crystal forms of fenolamine, a compound vital for pharmaceutical formulations.

1. **Type-G Crystal Form of Fenolamine**

The first patent addresses the type-G crystal form of fenolamine, detailing its preparation method, composition, and uses. The invention emphasizes its potential as a pharmaceutical active ingredient, particularly in the manufacture of medications for preventing and treating Parkinson's disease, enhancing memory, and combating Alzheimer's disease.

2. **Type-B Crystal Form of Fenolamine**

Similarly, the type-B crystal form of fenolamine is also pivotal to Xie's work. This patent outlines the preparation and his innovative approach to utilizing this solid state in developing drugs intended for the same therapeutic purposes, further showcasing his dedicated efforts to address critical health challenges.

Career Highlights

Ping Xie's career has been marked by significant contributions to pharmaceutical science. He has held pivotal roles at prestigious institutions, including the Institute of Materia Medica, part of the Chinese Academy of Medical Sciences, and Shijiazhuang Yiling Pharmaceutical Co., Ltd. His background enriches his insights into medicinal chemistry and its real-world applications.

Collaborations

Throughout his career, Xie has collaborated with esteemed professionals such as Yang Lv and Shiying Yang. Their collective expertise has undoubtedly enhanced the scope and impact of their research in pharmaceutical innovations.

Conclusion

Ping Xie's inventive contributions in the realm of fenolamine crystalline forms have significant implications for treating debilitating neurological disorders. His commitment to advancing pharmaceutical sciences continues to influence the development of effective therapeutic solutions, making him a vital figure in the ongoing quest for medical innovations.