著者

森 紀美江 大野 康亮 山本 麗子 根本 敏行 道 健一

出版者

JAPANESE SOCIETY OF ORAL THERAPEUTICS AND PHARMACOLOGY

雑誌

歯科薬物療法 (ISSN:02881012)

巻号頁・発行日

vol.11, no.3, pp.180-183, 1992-12-01 (Released:2010-06-08)

参考文献数

13

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This has been a report of headache as side effects after administration of antimicrobial agent. We encountered two cases. Case 1 was diagnosed as having chronic mandibular osteomyelitis. Cefteram pivoxil (CFTM-PI) was administrated to this patient in three 200 mg doses daily, one dose after each meal. The patient complained of a headache 2 to 3 hours after receiving the initial dose of 200mg.Case 2 was diagnosed as possibly having postoperative infection. Roxithromycin (RU28965) was given in two 150 mg doses daily after breakfast and dinner for 4 days. This patient complained of a headache after the initial dose of 150mg, and it lasted for 4 days.In these two cases, appearance of the headache occurred at about the time of maximum serum level.We report these cases, because there have been few reports of headache as a side effect of these antibiotics.

著者

江黒 節子 篠原 親 柴崎 好伸 中村 篤 大野 康亮 道 健一

出版者

昭和大学・昭和歯学会

雑誌

昭和歯学会雑誌 (ISSN:0285922X)

巻号頁・発行日

vol.17, no.1, pp.68-73, 1997-03-31

参考文献数

3

被引用文献数

1

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上顎前歯歯槽部が過度に露出した上顎前突症患者 (Angle Class II division 1) に対し, 矯正治療に加えLe Fort I型骨切り術と下顎枝矢状分割術を併用することで, 顔貌と咬合の改善を計った.Le Fort I型骨切り術は, 術直前に, 上顎左右第二大臼歯を抜去することで得られた抜去空隙を利用し, 後方移動量を増大させた.結果, 上顎中切歯切縁にて, 上方に7.0mm, 後方に5.0mm, 上顎第一大臼歯近心咬頭頂にて, 上方に4.5mm, 後方に7.0mmの移動が可能となり, 更に, 下顎枝矢状分割術の併用により, ANB角は7.0度から3.9度へ改善された.これより本法は, 著しい上顎前突症患者に対し, 良好な顔貌および咬合状態を得る有用な方法と考えられたので, その概要を若干の考察を交え報告する.

著者

島 晴信 大野 康亮 松浦 光洋 松井 義郎 道 健一 江川 薫 滝口 励司

出版者

特定非営利活動法人 日本口腔科学会

雑誌

日本口腔科学会雑誌 (ISSN:00290297)

巻号頁・発行日

vol.47, no.2, pp.155-164, 1998-04-10 (Released:2011-09-07)

参考文献数

23

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The purpose of the present study was to clarify the anatomical basis of the cranio-and maxillofacial rehabilitation using implants. In the present study, 30 cadavers from the dissection room were evaluated. In particular measurements of the craniofacial bones, including height, width, and thickness of the cortical bone were performed. The results were as follows:1. Orbital areaIn the lateral and superior orbital rim of the placement site of implant of orbital prosthesis, the maximal thickness of the inner and outer sides was 16.0 mm, and the minimum was 9. 2 mm. The maximal thickness of the width was 11.1 mm and the minimum was 6. 8 mm. The maximal thickness of the cortical bone was 2.5 mm, and the minimum was 2.1 mm.2. Temporal bone1) At the placement site of the implant of an auricular prosthesis, the maximum thickness of the width was 10.4 mm, and the minimum was 2. 8 mm. The maximum thickness of the cortical bone was 3.7 mm, and the minimum was 3.7 mm.2) At the placement site of the bone anchored hearing aid, the thickness of the inner and outer sides was 8.6 mm. Thickness of the cortical bone was 3.0 mm.3. Frontal and nasal boneIn the center of the frontal and nasal bone, the thickness of the inner and outer sides was 19.3 mm. The thickness of the coronal bone was 3.0 mm.4. MaxillaThe thickness of the inner and outer sites at the site 1 of the maxilla (5 mm distal to the center) was 13 mm. The thickness of the width at site 1 was 10. 1 mm. Tne thickness of the cortical bone at site 1 was 1.4 mm.From these results, the anatomical basis on the cranio-and maxillofacial rehabilitation using implants could be clarified.