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5 double-glove hole puncture indication system. When the outer glove is punctured, the colored inner glove is exposed to blood and other fluids in the operative procedure. After exposure to fluids, this double-glove puncture indication system develops the appearance of a darker color around the outer glove puncture site, a warning to operating room personnel to the presence of glove puncture of the outer glove. After noting this color change, the operating room personnel must remove all surgical gloves, wash hands and
6 don a new double-glove puncture indication system. Following needle stick injury of operating personnel, post exposure prophylaxis is mandatory.
Biology of skin wound repair
From the surgeon's point of view, the rate of gain of strength of the skin wound is a key determinant of many decisions including when the suture can be removed, the level of patient activity, and the selection of the incision. The answers to these questions are found in the results of bioengineering studies of the strength of skin wounds. Even though collagen fibers are evident on the third day after injury, the skin wound has
7 negligible tensile strength. During the first eight days after closure, the wound is held together by blood vessels crossing the wound, epithelialization, and a fibrin us coagulum. If the percutaneous sutures are removed at this time, the wound may be disrupted easily unless supported by dermal sutures and/or skin closure tapes. Over the next 13 days (8 to 21 days after injury), there is a rapid gain in strength of skin wounds.
They continue to gain strength at a relatively rapid and constant rate for four months and at a slower rate for one year. The strength of repaired skin incisions never reaches that of
8 uninjured skin. A damsons and Kahan demonstrated that rabbit skin wounds closed with a continuous 4-0 silk suture regained only 40% of the strength of unwounded tissue 120
9 days after wounding. In the dog, Van Winkle and associates noted that skin wounds approximated by different percutaneous sutures developed 70% of their normal strength by 120 days. Consequently, the skin wound remains a relatively brittle structure that is capable of absorbing much less energy than normal skin.
The diminished tensile strength of wounded skin as compared with normal skin can be

5 双手套孔穿刺显示系统。当外手套是刺破,有色党内手套是暴露于血液和其他流体在执行程序。暴露后的液体,这种双重手套穿刺显示系统的发展,出现一个阴暗的颜色靠近外手套穿刺部位,警告,手术室工作人员向在场的手套穿刺外手套。后注意到这个颜色变化,手术室工作人员必须删除所有的手术手套,勤洗手和
6唐一个新的双手套穿刺显示系统。以下为针头刺伤而损伤的操作人员,接触后预防是强制性的。
生物学的皮肤创面修复
从外科医生的角度来看,利率调整增益的力量,皮肤伤口是一个关键的决定因素很多,包括决定时,缝合可消除,水平,病人的活动,并选择切口。这些问题的答案是,在发现的结果,生物工程研究的力量,皮肤伤口。即使胶原纤维是很明显的就第三天伤后,皮肤伤口已
七是微不足道的拉伸强度。在第一次八天,关闭后,伤口是一并举行,由血管通道的伤口,上皮和纤维蛋白我们凝聚体 。如果经皮缝线拆除,在这个时候,伤口可能会中断很容易,除非支持真皮缝线和/或皮肤封闭录音带。在接下来的13天( 8至21天,伤后),是一种快速获得在实力皮肤伤口。
他们继续争取的力量处于相对快速和不断率为四个月,并在速度为一年。的力量,修复皮肤切口从未达到的
8受伤的皮肤。 1 布拉斯李子和, 看好表明,兔皮肤伤口封闭,连续4-0丝缝合苏醒,只有40 %的强度未受伤组织120
九天后,伤人罪。在狗年,凡温克尔公司及联营公司指出,皮肤伤口近似由不同的皮缝合线发达国家70 %的正常强度的120天。因此,皮肤伤口仍然是一个相对的脆性结构,是能够吸收少得多的能源比正常皮肤。
减少的拉伸强度受伤的皮肤相比,与正常皮肤可
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第1个回答  2008-05-22
5双手套孔穿刺显示系统。当外手套是刺破,有色党内手套是暴露于血液和其他流体在执行程序。暴露后的液体,这种双重手套穿刺显示系统的发展,出现一个阴暗的颜色靠近外手套穿刺部位,警告,手术室工作人员向在场的手套穿刺外手套。后注意到这个颜色变化,手术室工作人员必须删除所有的手术手套,勤洗手和
6唐一个新的双手套穿刺显示系统。以下为针头刺伤而损伤的操作人员,接触后预防是强制性的。
生物学的皮肤创面修复
从外科医生的角度来看,利率调整增益的力量,皮肤伤口是一个关键的决定因素很多,包括决定时,缝合可消除,水平,病人的活动,并选择切口。这些问题的答案是,在发现的结果,生物工程研究的力量,皮肤伤口。即使胶原纤维是很明显的就第三天伤后,皮肤伤口已
七是微不足道的拉伸强度。在第一次八天,关闭后,伤口是一并举行,由血管通道的伤口,上皮和纤维蛋白我们coagulum 。如果经皮缝线拆除,在这个时候,伤口可能会中断很容易,除非支持真皮缝线和/或皮肤封闭录音带。在接下来的13天( 8至21天,伤后) ,是一种快速获得在实力皮肤伤口。
他们继续争取的力量处于相对快速和不断率为四个月,并在速度为一年。的力量,修复皮肤切口从未达到的
8受伤的皮肤。 1 damsons和, Kahan表明,兔皮肤伤口封闭,连续4-0丝缝合苏醒,只有40 %的强度unwounded组织120
九天后,伤人罪。在狗年,凡温克尔公司及联营公司指出,皮肤伤口近似由不同的皮缝合线发达国家70 %的正常强度的120天。因此,皮肤伤口仍然是一个相对的脆性结构,是能够吸收少得多的能源比正常皮肤。
减少的拉伸强度受伤的皮肤相比,与正常皮肤可本回答被提问者采纳
第2个回答  2008-05-31
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