Objective To report the methods and treatment outcome of the half ring cross finger flap for repair of skin defect in fingers.
目的报道半环状邻指皮瓣修复手指皮肤缺损的方法与疗效。
Newton's half ring is rayed by laser to demonstrate the equivalent thickness interference phenomenon of film step and measure film thickness.
用激光照射牛顿半环来演示薄膜台阶的等厚干涉现象和测定薄膜厚度。
Conclusion the half ring cross finger flap was an optimal procedure for repair of skin defect of fingers, especially for degloving injury of the distal finger segment.
结论半环状邻指皮瓣是修复手指皮肤缺损，尤其是手指末端脱套伤的理想皮瓣。
Appearance: diffuse-porous wood, half ring hole material tendency obvious, growth ring slightly obviously, heartwood red brown to purple brown, sawdust water extract of red;
外观：散孔材，半环孔材倾向明显，生长年轮略明显，心材红褐至紫红褐色，木屑水浸出液红色；
The packaging layer packages the half-ring shaped magnetic material of the second part into an integral body.
所述的第二部分的磁材为半环形状，所述的封装层将磁材封装成一个整体；
The packaging layer packages the half-ring shaped magnetic material of the second part into an integral body.
所述的第二部分的磁材为半环形状，所述的封装层将磁材封装成一个整体；
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