Ojima K, Takeda M, Matsumoto S, Nakanishi I
Department of Physiology, School of Dentistry at Tokyo, Nippon Dental University, Japan.
Ann Anat. 1997 Dec;179(6):505-10. doi: 10.1016/S0940-9602(97)80004-0.
In order to examine the relationship between their distributive patterns, classification and functional roles, three-dimensional structures in the microvascular network of the conical papillae (CoP) on the posterior third of the central dorsal surface of the cat tongue were observed by the corrosion cast method under a scanning electron microscope (SEM). CoP can be classified into two types: small conical papillae (SCoP) and large conical papillae (LCoP), according to their shape, size and distributive pattern. On the posterior third of the central dorsal surface of the tongue, SCoPs are arranged in the form of six-eight straight lines running regularly from the posterior third of the central zone towards the pharynx. LCoPs are also arranged in the form of a V, with the point directed posteriorly, in oblique lines running in an orderly fashion from both the antero-peripheral zones to the central zone. To summarize CoPs play an important role in the drinking of milk and water, after mixing the food with saliva, in the transport of the food mass towards the pharynx and in swallowing it.
为了研究它们的分布模式、分类和功能作用之间的关系,采用腐蚀铸型法在扫描电子显微镜(SEM)下观察了猫舌中央背面后三分之一处锥形乳头(CoP)微血管网络的三维结构。根据CoP的形状、大小和分布模式,可将其分为两种类型:小锥形乳头(SCoP)和大锥形乳头(LCoP)。在舌中央背面的后三分之一处,SCoP呈六至八条直线排列,从中央区域的后三分之一处规则地向咽部延伸。LCoP也呈V形排列,尖端指向后方,呈斜线状,从前后外周区域有序地延伸至中央区域。总之,CoP在将食物与唾液混合后饮用牛奶和水、将食物团向咽部运输以及吞咽过程中起着重要作用。