Current methods of treating nasal breathing problems in infants and children

J. Talmant, J. Deniaud
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Abstract

Measurements of nasal resistance do not give an exhaustive functional assessment of nasal breathing function. Nevertheless, an increase in its thermal endocranial exchanges during its operation, which are regulated specifically by respiratory nasal mucosa, can be utilized to construct an operative physiological definition of nasal breathing at a state of optimal rest. These precise assessments, in elucidating the etiology of oral-nasal malformations, can give a clear picture of the morphological characteristics that orthodontists should strive to optimize as the face develops over the course of their treatment of malocclusions.
目前治疗婴幼儿鼻呼吸问题的方法
鼻阻力的测量不能给出鼻呼吸功能的详尽功能评估。然而,在其操作过程中,由呼吸道鼻粘膜特异性调节的颅内热交换的增加可以用来构建最佳休息状态下鼻腔呼吸的手术生理学定义。这些精确的评估,在阐明口腔-鼻腔畸形的病因,可以给出一个清晰的形态学特征的图片,正畸医生应该努力优化在他们治疗错颌的过程中面部的发展。
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