饮食一致性对颅面形态的影响:综述文章。

Mahmood Rafea Yahya Al-Mallah, Sarmad Sobhi Salih Al Qassar, Omer Khalid M.
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摘要

咀嚼是一种咀嚼方式,它牵涉到一组肌肉,这些肌肉负责移动颞下颌关节(TMJ)中的下颌髁状突,以便在上颌和下颌弓的牙齿之间咀嚼食物(1)。关于颅颌面系统(CFS)的生长,人们通过遗传和生态学方面达成了共识(2)。咀嚼力被认为是造成现代人颅面差异的主要环境因素之一。对多种生物的新研究表明,咀嚼力决定了咬合面的优劣,其中包括那些后颏后牙的生物(3)。咀嚼肌引起的咀嚼中风对颅面部分形态发育的影响,在最近的口腔调查中引起了极大的关注(4)。同时,CFS 的骨骼通过骨重塑来适应外加载荷,以便根据沃尔夫定律(5)获得抵抗载荷的最佳公式。人们认为,CFS 的公式主要由咀嚼粘膜引起的负荷决定。许多临床和实验数据都证实了这一点 (6-9)。调查研究表明,由于动物下颌骨功能引起的应力减少,其宽松的饮食导致其咀嚼系统的组织变化(10),此外,下颌骨的形态也发生了改变,如牙槽骨尺寸减小(11,12)。与老年人相比,发达国家的近代人类食用更多经过处理的软质食物。从硬食到软食的变化伴随着下颌骨尺寸的缩小和牙槽骨的增长,同时也增加了错颌畸形的发生率(1,5,7)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effect of Diet Consistency on the Craniofacial Morphology: A review Article.
Mastication is a chewing route, that implicates a group of muscles that are responsible for moving the mandible condyle in the temporomandibular joint (TMJ) to chore food between the teeth in the maxillary and mandibular arches (1) .Regarding the growth of the craniofacial system (CFS),there are an agreement which is strongminded via genetic and ecological aspects (2) . Masticatory forces considered as one of the chief environmental incentives that produce craniofacial difference amongst modern humans. New researeches on a broad variety of creatures, counting those having retro-gnathic post canine teeth, expect that retorts to the force of mastication that determined the superior in the occlusal plane (3) . The effect of masticatory stroke induced by the muscles of the mastication on the development of the morphology of craniofacial portion, has established significant attention in the recent oral invistigations (4) . Meanwhile the skeletal of the CFS adapts to the applied loads by bone remodeling in order to get the optimum formula to resist loads according to Wollf ’s law (5) . CFS has been assumed that it formula is mainly resolute by loading induced by mucsles of mastication. This has been reinforced by numerous clinical and experimental readings (6-9) . Investigational studies displayed that the reduced stresses induced by function on the animals mandibles, whose nourished a lenient diet outcomes in organizational variations in their masticatory systems (10) , in addition to morphological modifications of the lower jaw, like diminished of the alveolar bone size (11, 12) .Diet could be considered as a element of masticatory magnitude. Recent humans in developed countries eat an additional treated and softer diet rather than old humans. The change from hard to soft nourishment has been join by reduce in mandibular dimension and the growth of the alveolar bone, along with enlarged occurrence of malocclusion (1,5,7).
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