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显微外科学的历史。

History of microsurgery.

机构信息

Kashihara City, Nara, Japan From the Department of Orthopedic Surgery, Nara Medical University, and the Nara Hand Surgery Institute, Nara Seibu Hospital.

出版信息

Plast Reconstr Surg. 2009 Dec;124(6 Suppl):e282-e294. doi: 10.1097/PRS.0b013e3181bf825e.

Abstract

In the mid-1500s, the techniques of vascular ligature and vascular suture were developed sporadically by several pioneers in this field. However, vascular surgery became realistic experimentally as a result of the work by Carrel and Guthrie in the early 1900s, in which they performed replantations and transplantations of several composite tissues and organs, including amputated limbs, kidneys, and others using experimental animals. In contrast, the development of heparin by Howell and Holt in 1918 accelerated the rate of these types of operations being performed with increasing success in humans. Since the first use of a monocular microscope for ear surgery by Nylen in 1921 and a binocular microscope by Holmgren in 1923, in addition to the timely developments of the Zeiss operating microscope, microsurgical instruments, and suture materials, microsurgery was born in several surgical disciplines in the ensuing 50-year period. The application of microvascular surgery and microneurosurgery in the fields of hand, plastic, and reconstructive surgery resulted in revolutionary advances in clinical replantation and transplantation of composite tissues and more allotransplantations.

摘要

在 16 世纪中叶,几位该领域的先驱者零星地发展了血管结扎和血管缝合技术。然而,由于卡雷尔(Carrel)和格思里(Guthrie)在 20 世纪初的工作,血管外科在实验上成为了现实,他们在实验动物身上进行了包括断肢、肾脏等多种复合组织和器官的再植和移植。相比之下,豪威尔(Howell)和霍尔特(Holt)在 1918 年发明肝素,加速了这些手术的发展,使得它们在人类身上取得了越来越多的成功。自 1921 年尼伦(Nylen)首次在耳部手术中使用单目显微镜和 1923 年霍尔姆格伦(Holmgren)使用双目显微镜以来,除了蔡司(Zeiss)手术显微镜、显微手术器械和缝线材料的及时发展外,在随后的 50 年中,显微外科在几个外科领域诞生了。微血管外科和微神经外科在手、整形和重建外科领域的应用,使得复合组织的临床再植和移植以及更多同种异体移植取得了革命性的进展。

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