|Classification Name:||Dressing Paraffin Gauze BP (Light Loading)|
|Manufacturer:||Seton Healthcare Group plc|
Paratulle consists of a leno-weave fabric of cotton or cotton and viscose, which has been impregnated with yellow soft paraffin. The dressing is used as a primary wound contact layer and the paraffin is present to reduce the adherence of the product to the surface of a granulating wound. Two formulations of Paraffin Gauze Dressing are described in the British Pharmacopoeia: they differ in the weight of paraffin base present on the gauze. Paratulle, which is an example of a `light loading' product, contains between 90 and 130 grams of paraffin base per square metre of cloth. The alternative formulation bears a higher loading of paraffin, not less than 175 g/m ² (see Jelonet ).
Paratulle is used as a primary wound contact layer in the treatment of burns, ulcers, skin grafts (both donor and receptor sites), and a variety of traumatic injuries.
Although there are no absolute contra-indications to the use of Paratulle, if the dressing is placed upon a heavily exuding wound its semi-occlusive nature may cause tissue maceration by preventing the free movement of exudate away from the surface of the wound. This is less likely to occur than if a dressing bearing the higher loading of paraffin were to be used.
Paratulle is applied directly to the surface of the wound and covered with an absorbent pad held in place with tape or a bandage, as appropriate.
The frequency of dressings changes will depend entirely upon the nature of the wound. If Paratulle is left in position for prolonged periods of time, it can become adherent and cause tissue damage upon removal.
Pack Shot Paratulle is presented individually wrapped in a paper/polyethylene peel pouch, sterilised by irradiation.
Paratulle should be stored in a cool place.
10 cm × 10 cm*
10 cm × 40 cm
* available on Drug Tariff.
1. Brotherston TM, et al., Dressings for donor sites; a comparison
of a hydrocolloid dressing and non-medicated tulle gras in the
treatment of split-thickness skin graft donor sites J. Wound
Care., 1993, 2, (2), 84-88.
|Revision Author||Dr S. Thomas|
This datacard has been prepared from data provided by the manufacturer and/or from published literature.