Jason H Huang

Title: Innovations of Jason H Huang

Introduction

Jason H Huang is an accomplished inventor based in Temple, Texas. He holds two patents that showcase his expertise in medical technology. His work focuses on developing innovative solutions that enhance medical procedures and patient care.

Latest Patents

One of his latest patents is the "Programmable Medical Wire System and Method." This invention provides a programmable medical wire that can be preprogrammed and controlled to reshape upon command. The system includes a power supply, a controller, and a multilayered wire assembly. The wire assembly consists of a core conductor, actuator conductors, selective conductors, and a protective biocompatible shield. By selectively controlling the direction of movement of the actuator conductors, the wire assembly can be guided through body passageways to the target. Auxiliary equipment such as sensors and micro cameras can also be integrated into the system.

Another significant patent is the "Ultrasound Locatable Surgical Guidewire System and Method." This invention utilizes ultrasound imaging to detect small objects, such as guidewires, that may be difficult to visualize. The system reduces the reliance on X-rays and avoids the risks associated with radiation exposure. By analyzing changes in speckle patterns due to the movement of the object, the system can yield a detectable image of the guidewire.

Career Highlights

Throughout his career, Jason has worked with notable institutions, including Baylor University and Scott & White Healthcare. His contributions to medical technology have been recognized for their potential to improve surgical outcomes and patient safety.

Collaborations

Jason has collaborated with professionals such as Linda J Olafsen and Keith E Schubert, enhancing the development of his innovative technologies.

Conclusion

Jason H Huang's contributions to medical technology through his patents demonstrate his commitment to advancing healthcare solutions. His innovative inventions have the potential to significantly impact medical procedures and improve patient care.