Kubota K, Nagae K, Hosaka K, Shibanai S, Katayama T, Sato Y, Yamada H
Anat Anz. 1984;156(2):97-108.
The axonal transport method of the horseradish peroxidase (HRP) was used for defining the anatomical background of the snout movements in 54 Japanese shrew-moles, Urotrichus talpoides, 4 Temminck's moles, Mogera wogura, and 21 big-clawed shrews, Sorex unguiculatus. Either snout muscle or proximal stump of the facial nerve on one side was exposed to HRP. The results obtained from this experimental study were as follows: HRP-containing cells were found either ipsilaterally or bilaterally in the facial motor nucleus in both the moles and shrews. The HRP-containing cells were grouped into 4 subnuclei: ventrolateral, ventromedial, dorsal and accessory. In case of the snout muscle being exposed to the HRP were the HRP-containing cells found in the ventral groups. A HRP-positive fiber bundle was found at the genu of the facial motor root extending toward the median raphe, when the proximal stump of the facial nerve was exposed to the HRP.
采用辣根过氧化物酶（HRP）轴突运输法，对54只日本鼩鼹（Urotrichus talpoides）、4只长尾鼩鼹（Mogera wogura）和21只大爪长尾鼩（Sorex unguiculatus）吻部运动的解剖学背景进行了研究。一侧的吻部肌肉或面神经近端残端暴露于HRP。该实验研究的结果如下：在鼹鼠和长尾鼩的面神经运动核中，同侧或双侧均发现了含HRP的细胞。含HRP的细胞分为4个亚核：腹外侧、腹内侧、背侧和副核。当吻部肌肉暴露于HRP时，在腹侧组中发现了含HRP的细胞。当面神经近端残端暴露于HRP时，在面神经运动根的膝部发现了一条向正中缝延伸的HRP阳性纤维束。
