Shouliang Guan

Title: Innovations of Shouliang Guan in Neural Microelectrode Technology

Introduction

Shouliang Guan is a prominent inventor based in Beijing, China. He has made significant contributions to the field of neural engineering, particularly through his innovative designs in microelectrode technology. His work focuses on developing advanced tools for interfacing with the nervous system, which can have profound implications for medical science.

Latest Patents

One of Shouliang Guan's notable patents is the "Implantable flexible neural microelectrode comb, and preparation method and implantation method therefor." This invention discloses a flexible neural microelectrode comb that consists of a flexible substrate layer, a flexible insulation layer, and a metal connection wire layer. The design features a filament structure, a mesh structure, a plane structure, and a bonding pad area connected in sequence. The electrode sites are strategically arranged on the filament structure, while bonding pads are located on the bonding pad area. This innovative structure enhances mechanical stability during deformation, matches the mechanical properties of brain tissue, and minimizes inflammatory responses, allowing for stable tracking and measurement of electrophysiological signals over extended periods.

Career Highlights

Shouliang Guan is affiliated with the National Center for Nanoscience and Technology in China. His work at this esteemed institution has allowed him to push the boundaries of neural interface technology. His research has garnered attention for its potential applications in treating neurological disorders and advancing brain-computer interface systems.

Collaborations

Shouliang Guan has collaborated with notable colleagues, including Ying Fang and Jinfen Wang. Their combined expertise has contributed to the advancement of research in the field of nanoscience and neural engineering.

Conclusion

Shouliang Guan's innovative work in developing flexible neural microelectrode technology represents a significant advancement in the field of neuroscience. His contributions have the potential to improve medical treatments and enhance our understanding of brain functions.