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Embryonic development and functional sound-transmitting system of the acoustic analyzer peripheral part in the willon grouse, Lagopus lagopoua

机译:松鸡(Lagopus lagopoua)声分析仪外围部分的胚胎发育和功能性传声系统

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摘要

Specific features of growth and functional readiness of the sound-transmitting system of the external and middle ears in nidifugous birds were studied using the willon grouse, Lagopus lagopus (L. 1758). The morphometric characteristics of the middle ear columellar complex in willon grouse embryos in the second half of the incubation period are presented. Time intervals of growth and differentiation of the tympanic membrane, columella auri, muscle of the columella, and other components of the sound-transmitting system in the peripheral part of the auditory analyzer were determined. The terms of functional involvement of external and middle ears in transmission of acoustic information from the environment to cochlea receptors are substantiated.
机译:利用柳松鸡(Lagopus lagopus,L。1758)研究了食肉鸟中外耳和中耳声音传输系统的生长和功能就绪的特定特征。提出了潜伏期后半期的柳松鸡胚胎中耳小柱复合体的形态特征。确定了听觉分析仪外围部分中鼓膜,耳小肠,小肠肌肉和声音传输系统其他组件的生长和分化时间间隔。证实了外耳和中耳在从环境到耳蜗受体的声音信息传输中所涉及的功能。

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