Christopher T Cheng

Title: Christopher T Cheng: A Trailblazer in Suture Passer Innovations

Introduction

Christopher T Cheng, based in Los Altos, CA, is an accomplished inventor with an impressive portfolio of 22 patents. His innovations focus primarily on advancements in medical technology, particularly in the field of tissue suspension and compression. Cheng's latest patents showcase his dedication to improving surgical methods and enhancing patient outcomes.

Latest Patents

Among Cheng's most notable inventions are the suture passer systems designed for tongue and other tissue suspension and compression. These systems feature a first elongate tubular body or shaft and a needle with a lateral bias, designed to exit through a distal opening and assume a curved shape that expertly navigates through tissue. This design allows the needle to carry a suture efficiently. Furthermore, the retrieval element is engineered to retrieve the suture once the needle has formed its path through the tissue. Cheng's systems also utilize bone anchors to secure the suture loops, with methods that effectively place suture loops into tissues such as the base of the tongue, demonstrating significant advancements in surgical techniques.

Career Highlights

Cheng's professional journey includes significant contributions at companies such as Siesta Medical, Inc. and Howmedica Osteonics Corporation. His role in these organizations has been instrumental in driving forward innovative medical solutions that address complex surgical challenges.

Collaborations

Throughout his career, Cheng has collaborated with notable professionals in the field, including Erik van der Burg and Peter Martin. Their teamwork has been pivotal in refining and advancing the technical aspects of the devices and methods developed under Cheng's guidance.

Conclusion

Christopher T Cheng's expertise and innovative spirit are evident in his substantial patent portfolio and his commitment to enhancing medical practices. His contributions are paving the way for new surgical techniques, significantly impacting the field of medical technology and improving the quality of care for patients.