方法：15例动脉内注红色乳胶的头颈部标本，解剖双侧面动脉发出至口角外上方、颧弓下方颊区内的直接皮支，测量皮支的外径、长度。
Methods: 15 cadavers perfused beforehand with red latex were dissected to separate the direct buccal cutaneous branch of facial artery. The diameter and length of the cutaneous branch were measured.
注入颞筋膜下疏松结缔组织中者，充填物可经颧弓深面再向前沿面颊脂体蔓延至颊部。
Polyacrylamide hydrogel injected into the loose connective tissue below the deep temporal fascia could spread down to the cheek.
方法：对8例下颌磨牙颊向或舌向倾斜错位的患者，采用简易半固定舌弓配合方丝弓矫治技术在矫治初期进行矫治。
METHODS: Using a simple semi-fixed lingual arch combined with the edgewise technology to correct 8 cases with linguoclination or buccoclination of the mandibular molars.
口腔内上颊龈沟入路在颧骨及颧弓骨膜下剥离。
Superior buccal gingival sulcus incision dissection was made inferior to zygomatic bone and zygomatic arch periosteum.
二是利用上下颌的正畸弓丝移动上下牙齿向颊、舌方向；
The second method is to move upper and lower teeth by archwire lingually and bucally.
事实上，暴露于天然紫外线辐射场的个体，不仅与其眼部暴露朝向有关，同时还受到眼眶、眉弓、鼻梁和颊部等面部结构的影响。
In fact, when individuals were exposed to natural UV radiation field, not only related to their face direction, also influenced by the eyes, eyebrow, nose and cheek and other facial structure.
事实上，暴露于天然紫外线辐射场的个体，不仅与其眼部暴露朝向有关，同时还受到眼眶、眉弓、鼻梁和颊部等面部结构的影响。
In fact, when individuals were exposed to natural UV radiation field, not only related to their face direction, also influenced by the eyes, eyebrow, nose and cheek and other facial structure.
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