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Cleaning out impacted ear wax
Cleaning out impacted ear wax








The high prevalence of dry wax may account for why the Japanese have so many Without the contribution of this gene, one has dry (rice-bran) ear wax. According to Japanese researchers, a gene known as ATP-binding casette CII is important in controlling the type of ear wax you have.

cleaning out impacted ear wax

Oddly enough, rice-bran wax is associated with a lower incidence of breast cancer Known as "rice-bran wax", contains by weight about 20% lipid (fat). Wax is common in Asia, while wet wax is common in western Europe. A 2006 Nature Genetics study identified that the gene ABCC11 was responsible for what earwax type we have, and found that wet earwax was the more dominant trait than dry (Yoshiura et al, 2006). There are two types described, wet and dry, which are inherited.

cleaning out impacted ear wax

(Roeser et al, 1997).ĭifferent individuals vary considerably in the amount and consistency of theirĮar wax. Anthropologists have used cerumen type to tract human migratory patterns and epidemiologists have related cerumen type to breast cancer. Pigment for illumination of manuscripts (Petrakis, 2000). If you are interested in other stuff in the ear (like bugs), see this page.įelt to be a nuisance, in medieval times, ear wax was used as a component of Ear wax is not a foreign body - it is an intrinsic product of the lining of the ear.

cleaning out impacted ear wax

In the external auditory canal (Hawke, 2002). Ear wax thus differs slightlyįrom cerumen which is the secretory product of the ceruminous glands Of ear wax is keratin (derived from dead skin). Ear wax is formed from glands in the external ear canalĪs well as other components such as dead skin, sweat, and oil.

#CLEANING OUT IMPACTED EAR WAX SKIN#

Ear wax is a normal product of the ear which protects the skin of the ear from








Cleaning out impacted ear wax