Ming Yin

Title: Innovations by Inventor Ming Yin

Introduction

Ming Yin is a distinguished inventor based in Beijing, China, with a portfolio of four patents that showcase his contributions to the fields of biotechnology and software solutions. His innovative work focuses on significant advancements in cellular reprogramming and RESTful communication services.

Latest Patents

One of Ming Yin's notable patents is titled "Methods for reprogramming non-hepatocyte cells into hepatocyte cells." This inventive method outlines a technique for inducing non-hepatocyte cells to express hepatic drug metabolizing and transporting capabilities. The process involves cultivating the non-hepatocyte cells in specialized mediums designed for conversion into functional hepatocyte-like cells, known as induced hepatocytes (iHeps). These iHeps exhibit enhanced drug metabolizing activity compared to those produced by previous methods, making them valuable for pharmaceutical applications.

Another significant patent is for a "System and method of generating REST2REST services from WADL." This innovation provides a streamlined way to create RESTful communication services that automate API agnostic features, such as policy enforcement and load balancing. The system includes applications that run on multiple servers and utilizes a WADL plug-in to generate code from Web Application Description Language files, enhancing the efficiency and speed of REST API development.

Career Highlights

Ming Yin has garnered extensive experience working with prominent organizations. He has contributed to research and development at Oracle International Corporation, where he applied his programming and analytical skills to improve software services. Additionally, he worked at the Beihao Stem Cell and Regenerative Medicine Translational Research Institute, where he focused on pioneering techniques in cellular reprogramming and regenerative medicine.

Collaborations

Throughout his career, Ming has collaborated with esteemed professionals in his field, including Kirankumar Nimashakavi and Guang Yang. These partnerships have enabled him to enhance his research and drive innovations that contribute meaningfully to their respective disciplines.

Conclusion

Ming Yin’s inventive contributions have significantly impacted the fields of biotechnology and software engineering. Through his patents, he continues to push the boundaries of innovation, offering advancements that hold potential for future pharmaceutical applications and enhanced software functionalities. His work serves as an inspiration to aspiring inventors and highlights the importance of collaboration and continued research in driving technological and scientific progress.