Gussen R
Arch Otolaryngol. 1980 Mar;106(3):161-6. doi: 10.1001/archotol.1980.00790270025006.
Eight human temporal bones from five patients demonstrated varying degrees of cochleosaccular degeneration. Otoconial debris, with tissue reaction, was demonstrated within the ductus reuniens and cochlear duct, as far distal as the middle of the ascending basal limb. Saccule degeneration could be the primary lesion in cochleosaccular degeneration related to heredity or aging, with cochlear changes secondary to the presence of displaced otoconia. In cochleosaccular degeneration of viral cause, if saccule otoconial displacement occurs, it may possibly produce additional damage in a cochlea involved by viral infection. Cochlear damage might be related to the severity of otoconial displacement and/or to impaired clearing mechanisms of the cochlea. Retrograde cochlear hydrops, secondary to collapse of the saccule, occurs first in the cecum vestibulare and may extend distally.
来自5名患者的8块人类颞骨显示出不同程度的耳蜗球囊变性。在连合管和蜗管内可见耳石碎屑及组织反应,最远至蜗底纵行管中段。球囊变性可能是与遗传或衰老相关的耳蜗球囊变性的原发性病变,耳蜗改变继发于移位耳石的存在。在病毒感染导致的耳蜗球囊变性中,如果球囊耳石移位发生,可能会在已受病毒感染的耳蜗中造成额外损伤。耳蜗损伤可能与耳石移位的严重程度和/或耳蜗清除机制受损有关。继发于球囊塌陷的逆行性耳蜗积水首先发生在前庭盲端,并可能向远端扩展。