Looking for a better way to support payment for your
HBOT services?
Qualify HBOT candidates, then track and document therapeutic efficacy.
SCREENING FOR PAD can
be challenging.
Early assessment with SnapshotNIR is fast, efficient and effective.
Support treatment decisions
and track healing ProgreSsion
Chronic wounds are a health problem with significant reductions in quality of life and can have devastating consequences such as limb amputations and premature death. SnapshotNIR is an imaging device that visualizes and maps tissue oxygen saturation in the capillary network.
Find out how SnapshotNIR supports treatment decisions, documents healing progression, and helps clinicians to positively impact patient outcomes, forging a path in diagnostic-driven wound care.
December 12, 2024
HEMOGLOBIN VIEW
Use deoxyhemoglobin (Deoxy Hgb) values and oxyhemoglobin (Oxy Hgb) values in Hgb View to identify and document wound healing and underlying diseases that may contribute to patient outcomes.
January 3, 2024
MAXIMIZE YOUR CAMPs USE
Responsible CAMPs utilization entails adequate wound bed preparation. Using SnapshotNIR can confirm that adequate debridement has been accomplished prior to application of a CAMP.
EVALUATION OF TISSUE OXYGENATION SATURATION USING NIRS FOLLOWING PRFE
Presented by: Jonathan A. Niezgoda, BS, Sandeep Gopalakrishnan, PhD, and Jeffrey A. Niezgoda, MD
A series of 3 cases combining NIRS tracking with PRFE therapy. The changes in lower extremity StO2 were investigated over time. The enhancement of StO2 was observed following PRFE therapy in this series of patients. Therapies, such as PRFE, that activate the endogenous anti-inflammatory and anti-nociceptive pathways are being pursued as alternatives to the use of oral medications, due to their lack of systematic load and limited side effects.
This study is the first to demonstrate the enhancement of StO2 using SnapshotNIR following PRFE therapy.
Dorsal and lateral foot StO2 images
A 60-year-old female with a history of Reynaud’s Disease received a single 30-minute PRFE treatment. Images show a significant increase in StO2 and the improvement in StO2 persisted for 45 minutes post-therapy.
WOUND CARE
RECONSTRUCTIVE SURGERY