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数字止血带:它有多安全?

The digital tourniquet: how safe is it?

作者信息

Lubahn J D, Koeneman J, Kosar K

出版信息

J Hand Surg Am. 1985 Sep;10(5):664-9. doi: 10.1016/s0363-5023(85)80204-5.

Abstract

To measure the pressure generated beneath a digital tourniquet, this study was based on the mathematical relationship between pressure and resistance in latex rubber. The digital tourniquets were either a 1/4-inch Penrose drain or a rolled glove finger. Pressures generated beneath the rolled glove finger were noted to range between 200 and 1200 mm Hg. Pressure beneath the Penrose drain ranged between 100 and 650 mm Hg in one study group and between 120 and 500 mm Hg in a second study group consisting of fingertip injuries. A method was developed based on the same mathematical relationship to control pressure. Marks spaced 26 mm apart on a Penrose drain are wrapped around a finger until the marks touch and the Penrose drain is clamped. With this technique, the pressure beneath the Penrose drain will remain between 250 and 375 mm Hg. Less strain will be required for smaller fingers and more strain will be required for larger fingers; however, the pressure will remain within a predictable range.

摘要

为了测量数字止血带下方产生的压力,本研究基于乳胶橡胶中压力与阻力之间的数学关系。数字止血带可以是1/4英寸的彭罗斯引流管或卷起的手套手指部分。发现卷起的手套手指部分下方产生的压力范围在200至1200毫米汞柱之间。在一个研究组中,彭罗斯引流管下方的压力范围在100至650毫米汞柱之间,而在另一个由指尖损伤患者组成的研究组中,该压力范围在120至500毫米汞柱之间。基于相同的数学关系开发了一种控制压力的方法。在彭罗斯引流管上每隔26毫米做一个标记,将其缠绕在手指上,直到标记接触,然后夹紧彭罗斯引流管。采用这种技术,彭罗斯引流管下方的压力将保持在250至375毫米汞柱之间。较小的手指所需的张力较小,较大的手指所需的张力较大;然而,压力将保持在可预测的范围内。

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