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技术交流:实践超声引导区域麻醉技术的新教学模式:没有易腐食品!

Technical communication: new teaching model for practicing ultrasound-guided regional anesthesia techniques: no perishable food products!

机构信息

Department of Pediatric Anesthesiology, Texas Children's Hospital, Houston, TX 77030, USA.

出版信息

Anesth Analg. 2010 Apr 1;110(4):1233-5. doi: 10.1213/ANE.0b013e3181cc558b. Epub 2010 Feb 8.

Abstract

BACKGROUND

There is a pronounced learning curve for the technique of ultrasound-guided regional anesthesia. Practicing with a simulator model has been shown to speed the acquisition of these skills for various ultrasound-guided procedures. However, commercial models for ultrasound-guided regional anesthesia may be too costly or not readily available. Models using turkey breasts or tofu blocks have the disadvantage of containing perishable food products that can be a source for infection. We describe an alternative inexpensive model that is made from nonperishable components readily available in the operating room.

METHODS

The materials required include 1 clean used 500-mL bag of IV fluids, a bottle of Premisorb (TYCO Healthcare Group, Mansfield, MA), and a piece of foam material approximately 0.3 cm in diameter and 5 cm in length trimmed from operating room foam pads. After filling the IV bag with tap water and inserting the foam into the IV bag from the outlet port of the IV bag, one-third of a bottle of Premisorb (approximately 15 g) is poured into the IV bag. The outlet port of the bag is then sealed by taping the rubber stopper that originally came with the bag.

RESULTS

Premisorb, a solidifying agent frequently used to absorb irrigating fluids or blood in operating room suction canisters, produces a gel-like material in the IV bag. The foam inserted into the bag creates a relatively hyperechoic target. This gel-like substance in the bag will seal the holes created after multiple practice needle insertions, resulting in minimal leakage. The semitransparent nature of the gel allows the trainee to visualize the target directly and on the ultrasound screen.

CONCLUSION

The model we describe is inexpensive and easy to make from materials readily available in the operating room with the advantages of being nonperishable, easy to carry, and reusable.

摘要

背景

超声引导区域麻醉技术的学习曲线较为明显。实践证明,使用模拟器模型可以加速各种超声引导程序相关技能的掌握。然而,商业的超声引导区域麻醉模型可能过于昂贵或不易获得。使用火鸡胸脯或豆腐块的模型的缺点是,它们含有易腐食品,可能成为感染源。我们描述了一种替代的、经济实惠的模型,它由手术室中随时可用的非易腐组件制成。

方法

所需材料包括 1 个干净的已使用的 500 毫升 IV 液袋、1 瓶 Premisorb(TYCO Healthcare Group,Mansfield,MA)和 1 块大约 0.3 厘米直径和 5 厘米长的泡沫材料,从手术室泡沫垫上切下。将 IV 袋装满自来水,将泡沫从 IV 袋的出口端插入 IV 袋后,将大约 15 克(约三分之一瓶)的 Premisorb 倒入 IV 袋中。然后用最初随袋提供的橡胶塞密封袋的出口端。

结果

Premisorb 是一种常用于手术室吸引罐中吸收冲洗液或血液的凝固剂,在 IV 袋中产生凝胶状物质。插入袋中的泡沫会形成一个相对高回声的目标。袋中的凝胶状物质会密封多次练习针插入后产生的孔,从而导致最小的泄漏。凝胶的半透明性质允许学员在超声屏幕上直接看到目标。

结论

我们描述的模型价格低廉,易于使用手术室中随时可用的材料制成,具有不易腐烂、易于携带和可重复使用的优点。

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