Wilson David J, Scully William F, Rawlings John M
Orthopedics. 2015 Nov;38(11):e1017-24. doi: 10.3928/01477447-20151020-11.
Ultrasound machines are creating more refined pictures and becoming more user-friendly and readily accessible. As a result, ultrasound is being increasingly used for therapeutic purposes. One example involves the use of ultrasound guidance in musculoskeletal interventional procedures, such as joint injections, tendon sheath injections, and peripheral nerve blocks. Technical considerations and therapeutic results have been described for multiple locations about the upper extremities, with varying levels of success. The implementation of ultrasound-guided injections in the orthopedist's clinic has therapeutic, financial, and provider role implications. Given these potential benefits, orthopedic providers, both in practice and residency, would benefit from increased exposure and education in ultrasound use. Ultrasound provides the benefit of real-time, dynamic imaging without the radiation exposure of fluoroscopy, and ultrasound-guided injections can be performed in the office, as opposed to the operating room, which is frequently required when using fluoroscopy. A basic knowledge of the principles and terms used in ultrasound is required. With these simple principles, a practitioner can review techniques for specific areas of the musculoskeletal system and begin using ultrasound to guide injections. Many locations for diagnostic and/or therapeutic injections in the upper extremities have improved accuracy and benefit with the use of ultrasound vs blind techniques, although a few have not been shown to have a significant difference in the literature. The educational and professional implications can be significant, but these potential benefits need to be carefully weighed against costs by each orthopedic practice.
超声设备正在生成更清晰的图像,并且变得更加用户友好、易于使用。因此,超声正越来越多地用于治疗目的。一个例子是在肌肉骨骼介入手术中使用超声引导,如关节注射、腱鞘注射和周围神经阻滞。关于上肢多个部位的技术考量和治疗效果已有描述,但成功率各不相同。在骨科医生诊所实施超声引导注射具有治疗、经济和医疗人员角色方面的影响。鉴于这些潜在益处,无论是执业骨科医生还是住院医生,增加超声使用方面的接触和培训都会有所裨益。超声提供了实时动态成像的优势,且无荧光透视的辐射暴露,并且超声引导注射可在诊室进行,而使用荧光透视时通常需要在手术室进行。需要掌握超声使用的基本原理和术语。凭借这些简单原理,从业者可以复习肌肉骨骼系统特定部位的技术,并开始使用超声引导注射。与盲目注射技术相比,上肢许多用于诊断和/或治疗注射的部位在使用超声时准确性更高且更有益处,不过在文献中也有一些部位未显示出显著差异。教育和专业方面的影响可能很大,但每个骨科医疗机构都需要仔细权衡这些潜在益处与成本之间的关系。