Julie E Urbanski

Title: Innovator Spotlight: Julie E. Urbanski

Introduction: Julie E. Urbanski is an accomplished inventor based in Bloomington, Indiana, recognized for her extensive contributions to the field of medical technology. With a total of four patents to her name, Julie aims to enhance patient outcomes through innovative medical devices.

Latest Patents: Julie's latest patents demonstrate her commitment to advancing medical interventions. One notable invention is the "Barbed Anchors for Wire Stent." This endoluminal prosthesis features a support structure with curvilinear portions, comprising a first and a second strut that meet at an apex. The anchor attached to the support structure includes a body with one or more barbs extending outwardly. The multi-filar tube design allows the anchor body to fit partially around and conform to the support structure.

Another significant patent is the "Stent-Graft Comprising at Least One Reinforced Hole." This stent-graft is designed for medical procedures and incorporates first and second reinforced holes within the graft. These holes, equipped with grommets, facilitate the secure attachment of stents through sutures or allow the stent to be placed directly through the grommets. The self-sealing properties of the grommets are crucial in minimizing leakage around the sutures and stent segments.

Career Highlights: Julie is currently employed at Cook Medical Technologies LLC, a company dedicated to providing innovative solutions for the healthcare industry. Her work is characterized by a focus on developing devices that improve surgical procedures and patient safety.

Collaborations: Throughout her career, Julie has collaborated with esteemed colleagues such as Blayne A. Roeder and William Kurt Dierking. These professional relationships underscore the importance of teamwork in driving innovation within the medical field.

Conclusion: As an inventor, Julie E. Urbanski continues to make significant strides in medical technology through her patents and collaborative efforts. Her work not only reflects her ingenuity but also her dedication to improving patient care and surgical outcomes in the ever-evolving landscape of healthcare innovation.