LINOLA Radio Derm Creme, 50 g

Instructions for use for LINOLA Radio Derm Creme, 50 g

Detailed instructions for LINOLA Radio Derm Creme, 50 g

Field of use

Linola Radio Derm Creme (pack size: 50 g) is specially developed for inflamed and itchy skin after radiation therapy. It can be used permanently in infants, children, adults and older people as well as during pregnancy and breastfeeding.

Mode of action

Linola Radio Derm Creme (pack size: 50 g) is a weak fat cream with a water content of about 83 %. The composition enables Linola Radio Dermum Creme (pack size: 50 g)that the skin is greased lightly and not sealed. The cooling effect arises from the high water content that evaporates on the skin when applied. The itching is therefore alleviated and the moisture of the skin is improved.

Active ingredients / ingredients / ingredients

Ingredients of Linola Radio Dermum Creme (pack size: 50 g):

Aqua, Decyl Oleate, Glyceryl Stearate, Palmitic Acid, Stearic Acid, Ceteareth-3, Tromethamine, Linoleic Acid, Cera Alba, Carbomer, Phenoxyethanol.

Linola Radio-Derm is free of fragrance and dyes as well as mineral fats.

Contradictions

In the case of known hypersensitivity to one of the above -mentioned ingredients, the product should not be used.

dosage

Application recommendation of Linola Radio Derme Creme (pack size: 50 g):

Linola Radio Derm Creme (pack size: 50 g) is generally applied twice a day with a clean finger on the diseased skin and spread.

Linola Radio Derm Creme (pack size: 50 g) is only intended for external use on the skin.

On the day of the radiation, Linola Radio DERM CREME (pack size: 50 g) may not be applied before the radiation because an increase in skin irritation cannot be excluded.

Pregnancy

During the breastfeeding, Linola Radio DERM CREME (pack size: 50 g) should not be applied to the nipples so that the baby does not absorb any cream milk with breast milk.

Hints

The cream should not be applied both in the vagina or nose as well as in the anus, eye, mouth or ear canal as well as on deep wounds, since no examinations for compatibility have been carried out for these applications.