Cerumen, or earwax, is a secretion formed by a gland in the ear canal of humans and most other mammals. Ear wax is important to protect the inner ear from bacteria, fungi and insects, and also aids in lubrication and cleaning.
= Earwax =
Cerumen, more commonly know as earwax, is produced by glands in the ear canal. It protects deeper areas of the ear by catching dust and other particles. Typically, cerumen naturally works its way to the ear's opening and either falls out or is cleaned away easily. However, sometimes cerumen can accumulate in the ear and cause blockage. Symptoms of blockage include earache, ear noise (scientifically called tinnitus), hearing impairment and pressure in the ear. There are several strategies for removing cerumen. While some can be performed at home, others may require a visit to a physician's office.
Physicians have two main strategies for removing cerumen: irrigation and curettage. Irrigation is the more-often-used method. Unlike in home-based irrigation, physicians can prescribe strong, specially designed medications to use in conjunction with the syringe, such as Murine Ear Drops and Debrox. Both of these medications have carbamide peroxide as their main active ingredient.
Curettage is another strategy, which involves the use of a long, curved tool called a curette. While applying suction, physicians use the curette to scrape out cerumen. However, this process requires a large amount of technical skill and can potentially cause eardrum and other inner ear damage.
This is part of the word used today "sincere". Sin = no, cerumen=wax.
In ancient Roman civilization, pottery makers formed and fired clay pots that sometimes cracked under heat. If these potters were "insincere", they would put colored wax into the crack to cover it. Unsuspecting and trusting buyers took home these cooking pots, and soon discovered that when heat is applied, these pots failed. It is also where "crackpot" comes from! When the fiery trials come, it becomes evident what we are!
Cerumen (earwax) is a mixture of viscous secretions from sebaceous glands and less-viscous ones from modified apocrine sweat glands. See link below for more information.
The oil glands in the auditory canal produce cerumen, commonly known as earwax. Earwax serves to lubricate and protect the ear canal by trapping dirt and preventing infections.
The ear produces a waxy substance called cerumen, commonly known as earwax. Cerumen is secreted by glands in the outer ear canal and serves to protect the ear by trapping dust, debris, and microorganisms. It also helps to lubricate the ear canal, preventing dryness and irritation.
Cleaning of the ear canal occurs as a result of the "conveyor belt" process of epithelial migration, aided by jaw movement. Cells formed in the centre of the tympanic membrane migrate outwards from the umbo (at a rate equivalent to that of fingernail growth) to the walls of the ear canal, and accelerate towards the entrance of the ear canal. The cerumen in the canal is also carried outwards, taking with it any dirt, dust, and particulate matter that may have gathered in the canal. Jaw movement assists this process by dislodging debris attached to the walls of the ear canal, increasing the likelihood of its expulsion. Lubrication prevents desiccation, itching, and burning of the skin within the ear canal (known as asteatosis). The lubricative properties arise from the high lipid content of the sebum produced by the sebaceous glands. In wet-type cerumen at least, these lipids include cholesterol, squalene, and many long-chain fatty acids and alcohols. While studies conducted up until the 1960s found little evidence supporting an antibacterial role for cerumen, more recent studies have found that cerumen has a bactericidal effect on some strains of bacteria. Cerumen has been found to be effective in reducing the viability of a wide range of bacteria (sometimes by up to 99%), including Haemophilus influenzae, Staphylococcus aureus, and many variants of Escherichia coli. The growth of two fungi commonly present in otomycosis was also significantly inhibited by human cerumen. These antimicrobial properties are due principally to the presence of saturated fatty acids, lysozyme and, especially, to the relatively low pH of cerumen (typically around 6.1 in normal individuals). [1] 1. http://en.wikipedia.org/wiki/Ear_wax
Ceriferous is typically produced by specialized glands called ceruminous glands located in the ear canal. These glands secrete cerumen, commonly known as earwax, to lubricate and protect the ear canal.
Another name for ear wax is cerumen. This is has the function of cleaning the inner parts of the ear, lubricating and also offering a layer of protection among other functions.
cerumenThe medical term for it is cerumen.
The scientific name for ear wax is cerumen.
cerumen
Cerumen, commonly known as earwax, serves several important functions in the ear. It helps to trap dust, dirt, and microorganisms, preventing them from reaching the deeper parts of the ear canal and potentially causing infections. Additionally, cerumen has lubricating properties that keep the skin of the ear canal moist and prevent dryness or itching. It also provides a degree of protection against water and foreign particles.
The ceruminous gland produces cerumen (earwax) that protects the skin in the ear from dust, bacteria, and very small insects.
cerumen
Cerumen
cerumen glands
Cerumen impaction is a condition in which earwax has become tightly packed in the external ear canal to the point that the canal is blocked.
Cerumen, also known as earwax, is typically found in the ear canal of the human body.
Cerumen