Kazuharu Mine
Kagoshima University
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Featured researches published by Kazuharu Mine.
Annals of Anatomy-anatomischer Anzeiger | 2004
Akiko Tohma; Kazuharu Mine; Yuichi Tamatsu; Kazuyuki Shimada
Terminal arrangements of communicating branches between the buccal nerve (V) and the facial nerve (VII) have yet to be precisely determined. To clarify distributions and relationships to facial muscles, detailed morphological examination of the two nerves was performed in the buccal region. The facial skin and underlying tissues of three cadavers were removed en bloc from the surface of the skulls and dissected from outside and inside. Arrangements of the facial muscles, nerves, and associated structures were observed. In all specimens, the communicating buccal nerve (CBN) was detected, largely covering the buccal region. The CBN gave off multidirectional twigs around the facial vein, some of which reached the anterior part of the zygomaticus major muscle. Several twigs of the CBN joined proximally with the zygomatic and buccal branches of the facial nerve. Ramified junctions that interconnected the lower zygomatic and upper buccal branches of the facial nerve were observed near sites where the CBN joined. Anterior twigs of the CBN supplied the longitudinal area lateral to the mouth, where many muscles converged. This study presents a precise morphological pattern of the CBN, suggesting functional contribution of the CBN to control of orofacial movements.
Annals of Anatomy-anatomischer Anzeiger | 2002
Shigemitsu Ogata; Kazuharu Mine; Yuichi Tamatsu; Kazuyuki Shimada
The chondroglossus muscle was macroscopically studied to clarify its fundamental morphology. This muscle was present in all of the 100 tongue halves examined in Japanese cadavers. In 14% of the specimens, however, the muscular fibers were sparse and vestigial. Originating mainly from the medial side of the lesser cornu of the hyoid bone, the chondroglossus muscle passed upward to penetrate the inferior longitudinal muscle of the tongue, and immediately entered the genioglossus muscle. Ascending inside the genioglossus muscle, its bundles spread, taking a broom head or a fan-like shape. Thereafter it reached the submucosal layer in the root of the tongue, changed the direction from upward to forward, and terminated diffusely, never going past the sulcus terminalis. The origin, course, and spreading manner of the chondroglossus muscle were quite different from those of the hyoglossus muscle. The nerve fiber supplying the chondroglossus muscle was a ramus from the first lateral branch of the hypoglossal nerve. It should be considered a separate extrinsic lingual muscle independent of the hyoglossus muscle, although they have a phylogenetically close relationship.
Environmental Health and Preventive Medicine | 2015
Satoshi Daitoku; Toshinori Yuasa; Hiroshi Tsunenari; Shigeho Maenohara; Kazuharu Mine; Yuichi Tamatsu; Kazuyuki Shimada; Chihaya Koriyama; Mitsuru Ohishi; Masahisa Horiuchi
Okajimas Folia Anatomica Japonica | 2013
Tomonori Zaizen; Iwao Sato; Yoko Miwa; Masataka Sunohara; Takashi Yosue; Kazuharu Mine; Hirohisa Koseki; Kazuyuki Shimada
Japanese Journal of Oral Biology | 1988
Masashi Sakuma; Kazuharu Mine; Takahiko Ogata
鹿児島大学医学部保健学科紀要=Bulletin of the School of Health Sciences, Faculty of Medicine, Kagoshima University | 2016
Kazuharu Mine; Rie Shimotakahara; Hyeyong Lee; Daisaku Nishimoto; Shigemitsu Ogata; 和治 峰; 理恵 下髙原; 理恵 下高原; 慧瑛 李.; 大策 西本; 重光 緒方
Okajimas Folia Anatomica Japonica | 2016
Yoko Miwa; Masataka Sunohara; Hiroshi Arai; Tomonori Zaizen; Kazuharu Mine; Iwao Sato
Archive | 2016
慧瑛 李.; 大策 西本; 重光 緒方; 和治 峰; 理恵 下髙原; ダイサク ニシモト; シゲミツ オガタ; カズハル ミネ; リエ シモタカハラ; Hyeyong Lee; Daisaku Nishimoto; Shigemitsu Ogata; Kazuharu Mine; Rie Shimotakahara; 理恵 下高原
看護科学研究 | 2015
Rie Shimotakahara; Kazuharu Mine; Shigemitsu Ogata
National Journal of Clinical Anatomy | 2015
Rie Shimotakahara; Kazuharu Mine; Shigemitsu Ogata