Add to ORKGINTRODUCTION: Early detection of circulatory compromise enables earlier re-exploration and better outcomes, yet clinical signs of vascular obstruction in free tissue transfer are often recognized late.1, 2, 3 The purpose of the study was to evaluate earlier detection of vascular complications using a noninvasive near-infrared tissue oximeter, the ViOptix ODISsey ™ Tissue Oximeter, which captures and graphically displays data
Background: In microsurgery, there is a demand for more reliable methods of postoperative monitoring...
Delicate tissue encountered in surgery is prone to ischemic damage from grasping and retracting espe...
Background Pedicled perforator flaps can present postoperative complications similar to those encoun...
The ideal monitoring tool to evaluate free flap success should be noninvasive, continuous, and relia...
OBJECTIVE: To use optical spectroscopy as a noninvasive method to monitor the viability of free flap...
Near infrared spectroscopy has been considered as a potentially ideal noninvasive technique for the ...
An increasing number of NIRS devices are used to provide measurements of peripheral tissue oxygen sa...
Early detection of vascular compromise after autologous breast reconstruction is crucial to enable t...
A free flap is a tissue reconstruction procedure where healthy tissue is harvested to cover up vital...
Background: Venous congestion in skin flaps is difficult to detect. This study evaluated the ability...
Objective Technologies facilitating continuous free tissue flap monitoring such as near infrared spe...
Background Current near-infrared spectroscopy (NIRS)-based systems for continuous flap monitoring ar...
Background:. Venous congestion in skin flaps is difficult to detect. This study evaluated the abilit...
Summary:. Free-flap monitoring is challenging to perform in some centers. It requires the availabili...
Prolonged and severe tissue hypoxia results in tissue necrosis in pedicled flaps. We demonstrate the...
Background: In microsurgery, there is a demand for more reliable methods of postoperative monitoring...
Delicate tissue encountered in surgery is prone to ischemic damage from grasping and retracting espe...
Background Pedicled perforator flaps can present postoperative complications similar to those encoun...
The ideal monitoring tool to evaluate free flap success should be noninvasive, continuous, and relia...
OBJECTIVE: To use optical spectroscopy as a noninvasive method to monitor the viability of free flap...
Near infrared spectroscopy has been considered as a potentially ideal noninvasive technique for the ...
An increasing number of NIRS devices are used to provide measurements of peripheral tissue oxygen sa...
Early detection of vascular compromise after autologous breast reconstruction is crucial to enable t...
A free flap is a tissue reconstruction procedure where healthy tissue is harvested to cover up vital...
Background: Venous congestion in skin flaps is difficult to detect. This study evaluated the ability...
Objective Technologies facilitating continuous free tissue flap monitoring such as near infrared spe...
Background Current near-infrared spectroscopy (NIRS)-based systems for continuous flap monitoring ar...
Background:. Venous congestion in skin flaps is difficult to detect. This study evaluated the abilit...
Summary:. Free-flap monitoring is challenging to perform in some centers. It requires the availabili...
Prolonged and severe tissue hypoxia results in tissue necrosis in pedicled flaps. We demonstrate the...
Background: In microsurgery, there is a demand for more reliable methods of postoperative monitoring...
Delicate tissue encountered in surgery is prone to ischemic damage from grasping and retracting espe...
Background Pedicled perforator flaps can present postoperative complications similar to those encoun...