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Clinical Trial Summary

Breast reduction is one of the most frequently performed plastic surgeries. Studies have shown that breast reduction surgery significantly improves the patients' suffering and leads to a better health-related quality of life.However, as in every surgery, there can be complications. Wound disorders, such as open wounds and skin loss account for the most commonly encountered postoperative complications. NovoX® Cup is a new single-use wound dressing that is shaped cupular in order to tightly adapt to the breast anatomy. It is internally coated with oxygen-enriched oil releasing reactive oxygen species and is free from active pharmaceutical ingredients. It is intended, among other indications, for the use in surgical wounds after oncological breast surgery, breast reconstruction and cosmetic breast surgery. In two studies, a total of 140 patients (surgical wounds after breast augmentation-mastopexy, mammary lesions) were treated successfully with NovoX® Cup and no product-related adverse events were reported.The claimed advantages sound promising but an advantage compared to established wound dressings such as sterile strips or tapes has still to be investigated. The aim of the following study is to compare the outcomes (postoperative complications, scar quality and patients' satisfaction) of breast reduction and application of the wound dressing NovoX® Cup in comparison to already established wound closure systems 2 weeks and 3 months after surgery.


Clinical Trial Description

A prospective intra-individually controlled cohort study. One breast will be chosen (left or right) to be treated with the NovoX®-Cup. The other breast will serve as the "standard of care" control. Randomization within this clinical investigation will be done intra-individually in a 1:1 ratio. ;


Study Design


Related Conditions & MeSH terms


NCT number NCT06420323
Study type Observational
Source MOSS S.p.A.
Contact Maurizio Colombo, Ph.D.
Phone +39 345 9070415
Email mcolombo@moss-info.it
Status Not yet recruiting
Phase
Start date June 2024
Completion date April 2025

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