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An otolith (Ancient Greek: ὠτο-, ōto-ear + λῐ́θος, líthos, a stone), also called otoconium, statolith, or statoconium, is a calcium carbonate structure in the saccule or utricle of the inner ear, specifically in the vestibular system of vertebrates. The saccule and utricle, in turn, together make the otolith organs.
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Care should be taken to avoid getting any raw plant material into one’s mucous membranes; i.e., the sap, juice and hydrocyanic acids should, ideally, never contact one’s mouth, eyes, genitals, nose, inner ears or any otherwise open wound or injury. Varying complications can arise from this, ranging from simple irritation to severe burning ...
A thick storage organ, usually underground, consisting of a stem and leaf bases (the inner ones fleshy). bulbel A bulb arising from another bulb. See bulblet. bulbil A small, deciduous bulb or tuber formed in the axil of a leaf or pinna; a means of vegetative propagation. bulblet A bulb arising from another bulb; a bulbel. bullate 1.
Endolymph is the fluid contained in the membranous labyrinth of the inner ear. The major cation in endolymph is potassium, with the values of sodium and potassium concentration in the endolymph being 0.91 mM and 154 mM, respectively. [1] It is also called Scarpa's fluid, after Antonio Scarpa. [2]
Body modification (or body alteration) is the deliberate altering of the human anatomy or human physical appearance. [1] In its broadest definition it includes skin tattooing, socially acceptable decoration (e.g., common ear piercing in many societies), and religious rites of passage (e.g., circumcision in a number of cultures), as well as the modern primitive movement.
Join us as we uncover all there is to know about finger tattoos, including how much pain to expect, their significance, how to care for them, a Complete Guide To Finger Tattoos + 40 Designs You ...
Inner ear regeneration is the biological process by which the hair cells and supporting cells (i.e. Hensen's cells and Deiters cells) of the ear proliferate (cell proliferation) and regrow after hair cell injury. This process depends on communication between supporting cells and the brain.