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  • 小山田 基子, 大安 剛裕, 伊藤 綾美
    日本マイクロサージャリー学会会誌
    2018年 31 巻 1 号 25-28
    発行日: 2018年
    公開日: 2018/03/23
    ジャーナル 認証あり
    In cases of multiple finger amputation, replantation of all amputated fingers may not be possible depending on the condition of the amputated fingers. Therefore, other reconstructive procedures should be considered, such as ectopic replantation, which is an important treatment option, especially when the thumb is one of the amputated fingers. We report the case of a 22-year-old man with complete amputation of his left thumb and index finger. The thumb amputation level was distal of the carpometacarpal joint and the amputated thumb was crushed too severely to perform replantation. We ectopically replanted the amputated index finger to the thumb stump at the anatomical position because the amputated index finger was less damaged. Good results were obtained in terms of both function and appearance.
  • 村上 隆一, 宮内 律子, 天野 信行, 桑原 郁, 伊藤 綾美, 小林 一夫
    日本マイクロサージャリー学会会誌
    2016年 29 巻 2 号 73-82
    発行日: 2016年
    公開日: 2016/06/24
    ジャーナル 認証あり
    電子付録
    Postoperative thrombosis represents a potentially devastating complication of microvascular free-tissue transfer and is the most common cause of flap failure. We performed a retrospective review of 267 free flap transfers that were performed our institution from 2000 to 2014. During the study period, pedicle thrombosis was detected in 19 of the 22 free flaps that were re-explored emergently. The majority of re-exploration procedures were carried out within the first 48 hours, except in one case. Of these 19 flaps, 10 flaps were salvaged completely, and partial and total flap loss was seen in 5 and 4 flaps, respectively ( flap survival rate, 78.9 % ). In all 4 of the cases in which total flap loss occurred, the flaps were used to reconstruct head and neck lesions.
    Careful monitoring and urgent re-exploration are critical for salvaging compromised flaps. We demonstrate a technique in which small side holes are made in the vascular pedicle and the target thrombus is removed with dilator forceps. We consider that this technique is useful for achieving complete mechanical thrombus removal.
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