Company Filing History:
Years Active: 2013
Title: Innovations of Thomas L. Miller in Lung Ventilation
Introduction
Thomas L. Miller is a notable inventor based in Wilmington, DE (US). He has made significant contributions to the field of medical technology, particularly in lung ventilation systems. His innovative approach addresses critical challenges in respiratory care.
Latest Patents
Thomas L. Miller holds a patent for a device and method for unilateral lung ventilation. This system includes an endotracheal tube and a blocking device designed to block the bronchus of a non-ventilated lung. The purpose of this invention is to prevent a ventilation medium from entering the non-ventilated lung. The blocking device features an inflatable member supported by a catheter, which has an inflation lumen for inflating the member. Additionally, the catheter includes at least one lung treatment lumen for delivering therapeutic agents to the non-ventilated lung. The design incorporates an inner channel within the main channel and a side branch that provides a guideway for the blocking device. A valve may be included to close the side branch when the blocking device is removed, allowing for parallel flow of ventilating gas in both the main and inner channels. The method of using this system facilitates ventilation/perfusion (V/Q) matching by delivering cooled air and nitric oxide to the non-ventilated and ventilated lungs, respectively.
Career Highlights
Thomas L. Miller is associated with The Nemours Foundation, where he applies his expertise in medical innovations. His work focuses on improving patient outcomes through advanced respiratory technologies.
Collaborations
He has collaborated with notable colleagues, including Thomas H. Shaffer and Mary Theroux, contributing to the development of innovative medical solutions.
Conclusion
Thomas L. Miller's contributions to unilateral lung ventilation represent a significant advancement in respiratory care technology. His innovative patent showcases the potential for improved patient treatment and outcomes in critical care settings.