phalangeal cells — Cells of the organ of Corti (in the inner ear) … Dictionary of molecular biology
phalangeal cells — rows of supporting cells between the sensory hair cells of the organ of Corti (see cochlea) … The new mediacal dictionary
Клетки Фаланговые (Phalangeal Cells) — поддерживающие клетки, служащие опорой для волосковых сенсорных клеток кортиева органа, а также для нервных окончаний у оснований волосковых клеток (ред.) (см. Улитка (внутреннего уха)).КЛЕТКИ ШВАННОВСКИЕ (Schwann cells) клетки глии… … Медицинские термины
inner hair cells — a flask shaped type of auditory hair cells, found in a single row on the medial side of the inner tunnel of the organ of Corti; they receive impulses from the outer hair cells and transform them into electrical signals that are given to the… … Medical dictionary
Deiters cells — Deiter s Cells (also called phalangeal cells) contain both micro filaments and micro tubules which run from the Basilar membrane to the Reticular connective tissue.[1] References ^ Hall pp51 Bibliography Hall, James W. (200) Handbook of… … Wikipedia
Deiters cells — the outer phalangeal cells of the organ of Corti; they support the outer hair cells … Medical dictionary
Hensen cells — tall supporting cells arranged in rows adjacent to the last row of outer phalangeal cells, constituting the outer border of the organ of Corti … Medical dictionary
outer hair cells — a type of cylindrical auditory hair cell found in three rows on the lateral side of the Corti tunnel, supported by outer phalangeal cells; they receive sound waves and transmit them to the inner hair cells for transformation into electrical… … Medical dictionary
КЛЕТКИ ФАЛАНГОВЫЕ — (phalangeal cells) поддерживающие клетки, служащие опорой для волосковых сенсорных клеток кортиева органа, а также для нервных окончаний у оснований волосковых клеток (ред.) (см. Улитка (внутреннего уха)) … Толковый словарь по медицине
ear, human — ▪ anatomy Introduction organ of hearing and equilibrium that detects and analyzes noises by transduction (or the conversion of sound waves into electrochemical impulses) and maintains the sense of balance (equilibrium). The human ear, like … Universalium