MolecuLight^® improves management of
Surgical Wounds

This study demonstrated the high diagnostic accuracy (83% sensitivity, 90% specificity) of bacterial fluorescence imaging in detecting clinically significant bacterial burden in perineal wounds, enabling informed treatment decisions at the point-of-care.

Perineal tear wounds with bacterial fluorescence exhibited delayed healing compared to noncolonized wounds, with fluorescence being a statistically significant predictor of this delay.

MolecuLight imaging provided a novel and effective method that supports standard of care in managing organ/space surgical site infections after kidney transplantation.

Standard assessment missed high bacterial loads in most surgical wounds referred to specialists. MolecuLight imaging significantly improved detection, demonstrating its potential to optimize post-surgical care.

MolecuLight-guided debridement of deep sternal wound infections significantly reduced healing time, in-hospital infection risk, and antibiotic costs compared to hyperbaric oxygen therapy.