Possible indications for use of Photolase® system in dentistry:
Adjuvant as well as mono-causal therapy to treat periodontitis, periimplantitis, infection prophylaxis in immediate implantation in existing periodontal infection. Application before augmentation procedures to the peri. Endodontics: Forecast improve endodontic interventions particularly in channel obliteration, deformities and fractures instrument by the way also extrakanalilulärer spotlighting. Furthermore simplex for treating herpes and Candida albicans infections.
Possible indications for use of Photolase® system in otolaryngology:
Adjuvant as well as mono-causal therapy of acute infection-related tonsillitis, sinusitis, infections of the middle ear with perforation of the eardrum, infection of the mastoid process to prevent infection after surgical revision.
Possible indications of Photolase® system in dermatology:
Adjuvant as well as mono-causal treatment of Candida-related fungal nail infections. Treatment of pilonidal sinus (coccygeal) and adjuvant therapy for venous leg ulcers.
Possible indications for adjuvant and mono-causal use of Photolase® system in veterinary medicine:
Canker therapy, therapy of mixed infected eosinophilic granuloma, infection prophylaxis after surgery or trauma to avoid iatrogenic wound infection or bite injuries, pyoderma treatment, infection of anal glands treatment of periodontal infections and root inflammation, treatment of red mange.
As mentioned above, the Photolase® system offers a variety of possible treatments of local infections as well as to prevent infection in the context of surgical interventions or after tissue injury. It is important to ensure an adequate sensitizer concentration by local application in the treatment area and to make sufficient light doses possible with defined light output. This is made easier to apply through specially developed for the Photolase® system application system with the possibility of the sensitizer accurate our atraumatic microcannula and to meter the dye dispensing precision. Since both as peptidogly can layers Gram-positive as well as Gram-negative germs and membrane cholesterol lipopolysaccharide membranes of fungi are stained and sugar polymers of the EMP is to ensure a broad spectrum of ROS produced. Due to the high penetration depth of the excitation light at 810nm germ reductions can (eliminations) up to a distance of 4 cm from the affected area can be achieved. By the coherence of the excitation light and controllability of the absorption and transmission rates healing is also promoted by increase of macrophages and fibroblasts activity.
If the Photolase® process is also easy applicable, yet profound knowledge of light dosimetry and handling are required, we provide users with training in application training and learning success. The successful completion is a prerequisite for application the system to the patient!