octenilin® wound gel
- effectively moisturises and cleans wounds
- helps loosen wound coatings
- creates an ideal wound healing environment to support the natural healing process
- pain free, colourless and odour absorbent
- contains octenidine as preservative, capable of inactivating pathogens in the gel to build a protective barrier against penetrating germs
Further information
Fields of Application
- for moistening and cleansing of chronic wounds
- for the preservative moistening of wound dressings
- for loosening of coatings - even strongly encrusted coatings
- for the support of the natural healing process
- for the treatment of thermally induced large area wounds
Product Profile
Testing of the preservative properties of octenidine in the gel octenilin® wound gel demonstrates inactivation of pathogens after 1 minute as determined in a quantitative suspension test with high protein exposure (‘dirty conditions‘). The results showed that the inactivation of pathogens in octenilin® wound gel was sufficient against all test organisms after a 1 minute application.1
Tissue tolerability and biocompatibility
Non-irritating, non-sensitising, pain-free, no tissue toxicity, impairment of granulation or epithelialisation. Good tolerability of octenidine has been confirmed by clinical experience over many years and by clinical studies on chronic wounds.
Treatment of second-degree burns
octenilin® wound gel was used in a study on 107 subjects with grade IIa burns. The moist dressing was easy to use and could be left on the wound for up to five days. Pain was minimal and the number of required dressing changes reduced. 45 % of subjects reported feeling comfortable or pain free with the first application. No reactions were observed including allergic skin irritations, skin reddening etc.2
Instructions for use
Wounds should always be irrigated and cleansed (e.g. octenilin® wound irrigation solution) to remove easily soluble encrustations before further treatment with octenilin® wound gel.
Bandages, gauze, compresses or other absorbent materials or wound-filling materials can be soaked or moistened before being applied to wounds.
octenilin® wound gel can remain on the wound until the next dressing change for up to 3 days. The frequency of dressing change depends on the nature of the wound and the amount of exudate and should be assessed based on the current wound situation. If used with paraffin gauzes, the dressing is to be changed, and the wound cleaned daily. Application should be repeated frequently until all encrustations or necrotic tissue are easily removed and the wound is clean on inspection.
Product data
Ingredients:
Aqua purificata, Propylene Glycol, Hydroxyethylcellulose, Octenidine HCl.
Original condition:
Sterile, sealed.
Stability at 5 - 25 °C, see stability information.
Special advice
Contraindications
octenilin® wound gel should not be used in patients with known or suspected allergy to one or more of the ingredients. If in doubt consult a physician.
To prevent possible tissue damage, octenilin® wound gel should not be used on hyaline cartilage, the eyes, ears, nose, urinary bladder and in the abdominal cavity. Do not use for infusion or injection. Not for oral use.
General safety information
- Use only intact and undamaged packs.
- Protect the product against exposure to direct sunlight.
- To prevent the introduction of bacteria when using octenilin® wound gel, ensure that the packaging does not come into contact with the wound.
- Do not use in combination with PVP-iodine, as this may cause discoloration and impair the antiseptic effect of the PVP-iodine.
- Medical device - Keep out of the reach of children.
For further information please read the package leaflet before use.
Information for order
| Item | Delivery form | Item | GTIN |
|---|---|---|---|
| octenilin wound gel 20 ml AM | 20 / carton | 121602 | 4032651216024 |
Environmental information
schülke manufactures products economically and with advanced, safe and environmentally friendly production processes while at the same time maintaining our high quality standards.
1. Dr. P. Goroncy-Bermes, Schülke & Mayr Research and Development, Norderstedt, 2 March 2007
2. C. Ottomann und B. Hartmann. Emergency Hospital Berlin, Centre for Severe Burn Injuries with Plastic Surgery Dept, Berlin, 9 May 2005