Faculty Profiles - OZAKI Toshifumi

MISC - OZAKI Toshifumi

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Efficacy of temporary external fixator as staged operations in the treatment of distal tibial fracture

24 91 - 96 2013

Application of external fixator for treatment of Lisfranc's fracture dislocation with comminuted fracture of the 1st cuneiform bone

24 31 - 36 2013

マウスにおける改変型成長因子Collagen binding domain BMP4の効果

塩崎泰之, 馬崎哲朗, 吉田晶, 山根健太郎, 田中雅人, 松川昭博, 尾崎敏文

移植 47 ( 6 ) 498 - 498 2012.12

コラーゲン結合性骨形成蛋白質BMP4の骨芽細胞に対する影響

吉田晶, 古松毅之, 塩崎泰之, 馬崎哲朗, 松川昭博, 中村真理子, 吉田靖弘, 北嶋隆, 伊藤嘉浩, 尾崎敏文

移植 47 ( 6 ) 498 - 498 2012.12

知ってますか? 整形外科手術の変遷(8)いわゆる先天性股関節脱臼に対する観血的整復術

遠藤裕介, 三谷茂, 尾﨑敏文

臨床整形外科 47 ( 11 ) 1108 - 1112 2012.11

ウサギの骨欠損モデルにおいてコラーゲン結合性骨形成蛋白質は骨形成を促進する

吉田晶, 塩崎泰之, 馬崎哲朗, 古松毅之, 松川昭博, 中村真理子, 吉田靖弘, 北島隆, 伊藤嘉浩, 尾崎敏文

日本バイオマテリアル学会大会予稿集シンポジウム2012 270 - 270 2012.11

家兎骨軟骨欠損モデルにおける可視光硬化ゼラチンの骨軟骨組織修復の効果

馬崎哲朗, 塩崎泰之, 吉田晶, 松川昭博, 中村真理子, 吉田靖弘, 北嶋隆, 伊藤嘉浩, 尾崎敏文

日本バイオマテリアル学会大会予稿集シンポジウム2012 325 - 325 2012.11

マウスを用いた遺伝子改変成長因子Collagen binding domain BMP4の効果

塩崎泰之, 馬崎哲郎, 山根健太郎, 吉田靖弘, 中村真理子, 北嶋隆, 伊藤嘉浩, 尾崎敏文, 松川昭博

日本バイオマテリアル学会大会予稿集シンポジウム2012 269 - 269 2012.11

J241024 Minimalization of Skin Incision by Presenting Optimal Opening Area for Multi-Axis Medical Machine Tool

NAWATA Wataru, YOKOO Syunsuke, SUGITA Naohiko, NAKAJIMA Yoshikazu, KATO Takeharu, ABE Nobuhiro, FUJIWARA Kazuo, YOKOYAMA Yuusuke, OZAKI Toshifumi, SUZUKI Masahiko, MITSUISHI Mamoru

Mechanical Engineering Congress, Japan 2012 "J241024 - 1"-"J241024-5" 2012.9

Language：Japanese Publisher：The Japan Society of Mechanical Engineers

J241024In Total Knee Arthroplasty (TKA), bone cuting is needed to make several planes for insesrtion of artificial joint, and the cutting presicion is important for the long-term result TKA by means of Minimally Invasive Surgery (MIS) is a challenging surgery because bone cutting accuracy tend to worse due to the small incision A robotic system has developed to achieve high accuracy with MIS In robotic MIS, the location of incision is a critical issue because it is extremely difficult for surgery to make the shortest incision which allows bone cutting tool to resect every plane of bone Therefore, the system which calculates the optimal incision and presents it visually was developed to make the best incision The optimal incision is calculated based on the position of bone and skin And the calculated optimal incision is presented on camera display by use of Augmented Reality so that surgeons can know the optimal incision easily The experiments with bone models and swine legs showed that the surgery could be successfully implemented within 80 mm in clinical use

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Surgical treatment for bone tumors using novel aligned connected porous artificial bone graft

KUNISADA Toshiyuki

55 ( 5 ) 1167 - 1168 2012.9