Company Filing History:
Years Active: 1999-2022
Title: R. Donald Grafton: Innovator in Knotless Tissue Fixation
Introduction
R. Donald Grafton is a prominent inventor based in Naples, FL, renowned for his contributions to surgical techniques and devices. With an impressive portfolio of 30 patents, Grafton's work has significantly impacted the field of orthopedic surgery, particularly in tissue repair methods.
Latest Patents
Among his latest patents, Grafton has developed a "Swivel Anchor for Knotless Fixation of Tissue" and a corresponding "Method for Knotless Fixation of Tissue." Both innovations feature a swivel suture anchor designed to receive a suture strand, promoting surgical repairs without the need for suture knots. This innovative approach allows for adjustable tension on repair constructs, improving the efficacy and flexibility of surgical procedures. The swivel anchor can be secured in bone holes using advanced fixation devices such as a cannulated interference screw, enhancing stability during the healing process.
Career Highlights
Grafton has made significant strides in the medical field through his role at Arthrex GmbH. His work focuses on developing pioneering surgical tools and techniques aimed at improving patient outcomes. The impact of his inventions is reflected in their adoption in hospitals and surgical centers globally, where they are used to enhance surgical precision and reduce recovery times.
Collaborations
Throughout his career, Grafton has collaborated with esteemed colleagues like Reinhold Schmieding and Mark Brunsvold, further enriching the surgical innovation landscape. These partnerships have driven advancements that continue to influence orthopedic practices and patient care.
Conclusion
In summary, R. Donald Grafton stands out as a leading figure in surgical innovation, particularly in knotless tissue fixation. His 30 patents demonstrate a commitment to advancing surgical techniques, contributing to both the medical community and improved patient outcomes. As treatments evolve, Grafton's work remains at the forefront of orthopedic surgical advancements.