Company Filing History:
Years Active: 2022
Title: **Christopher Michael Connolly: Innovator in Knotless Tissue Repair**
Introduction
Christopher Michael Connolly is a notable inventor based in Hampstead, New Hampshire, recognized for his contributions to the field of medical technology. His innovative approach to tissue repair has led to the development of an important patent that simplifies surgical procedures in orthopedic applications.
Latest Patents
Connolly holds a patent for "Methods for knotless tissue repair." This innovative method, primarily designed for superior capsular repair, utilizes knotless anchors on the glenoid row. By simplifying graft shuttling, Connolly's method effectively reduces the number of sutures required to complete the repair. A single suture is knotlessly attached to the graft and to a glenoid row anchor, acting as the main mechanism to shuttle the graft into the joint. Additional sutures may be utilized in working portals, allowing for enhanced control over the graft's orientation during the procedure.
Career Highlights
Connolly's career has been marked by his work with Smith & Nephew Pte. Limited, a global company that specializes in medical technology, notably within orthopedic solutions. His innovative idea reflects the company's commitment to advancing surgical techniques and improving patient outcomes.
Collaborations
Throughout his career, Connolly has collaborated with talented professionals, including Duane George Beaulier and Marc Joseph Balboa. These collaborations showcase his ability to work within a team of innovators, ultimately leading to the enhanced development of medical solutions.
Conclusion
Christopher Michael Connolly's contributions to knotless tissue repair represent a significant advancement in orthopedic surgery. His patented methods not only simplify surgical procedures but also enhance the overall efficacy of medical interventions. As he continues to work with Smith & Nephew Pte. Limited, Connolly remains a prominent figure in the realm of medical innovations, driven by a passion for improving patient care.