Centre d'échochirurgie de la main, clinique des Franciscaines, hôpital Privé de Versailles, 7, bis A, route Porte-de-Buc, 78000 Versailles, France.
Orthop Traumatol Surg Res. 2019 Feb;105(1S):S7-S14. doi: 10.1016/j.otsr.2018.04.027. Epub 2018 Jul 7.
The recent development of high-frequency ultrasonography transducers has provided better accuracy and improved the ability to image more superficial body structures. Ultrasonography is a widely available, inexpensive, comparative, and dynamic imaging technique that involves no radiation exposure and has no other adverse effects. Ultrasonography must always be combined with a medical history, physical examination, and radiographic assessment. What is ultrasound-assisted orthopaedic surgery? This approach consists in the use of ultrasonography by orthopaedic surgeons during patient visits and/or in the operating room. Similar to arthroscopy, ultrasonography is used as a complementary technique by physicians involved in the management of musculo-skeletal disease (e.g., radiologists, rheumatologists, and sports physicians). What knowledge of biophysics is needed to use ultrasonography? The surgeon must be familiar with the mechanisms by which the ultrasound waves are generated and received during B-mode and Doppler ultrasonography and with possible types of image artefacts. What is the procedure for examining a structure by ultrasonography? Each anatomic component must be assessed along two perpendicular planes in scanning mode. What does ultrasonography contribute during patient visits? Ultrasonography provides additional diagnostic information and helps to explain the pathological process to the patient. How does the contribution of ultrasonography vary across body sites and pathological processes? Ultrasonographic imaging is easier at some body sites than at others. Ultrasonography can provide useful information in patients with joint disease, sports injuries, osteo-articular infections, peripheral neuropathy, or tumours. What is interventional ultrasonography in orthopaedic surgery? Ultrasound-guided orthopaedic interventions include injections, aspirations, and minimally invasive surgical procedures. How can orthopaedic surgeons incorporate ultrasonography into their practice? The surgeon must purchase an ultrasound machine dedicated to the musculo-skeletal system and follow the necessary training courses.
高频超声换能器的最新发展提供了更好的准确性,并提高了对更浅层体结构成像的能力。超声检查是一种广泛应用、价格低廉、具有可比性且动态的成像技术,不会涉及辐射,也没有其他不良影响。超声检查必须始终结合病史、体格检查和放射学评估。什么是超声辅助骨科手术?这种方法包括骨科医生在就诊时和/或在手术室中使用超声检查。与关节镜检查类似,超声检查被参与管理肌肉骨骼疾病的医生(例如放射科医生、风湿病学家和运动医学医生)用作补充技术。使用超声检查需要哪些生物物理学知识?外科医生必须熟悉 B 型和多普勒超声检查中超声波的产生和接收机制,以及可能出现的图像伪影类型。如何通过超声检查检查结构?必须以扫描模式在两个垂直平面上评估每个解剖成分。超声检查在就诊时提供哪些附加诊断信息?超声检查提供了额外的诊断信息,并帮助向患者解释病理过程。超声检查在不同的身体部位和病理过程中的贡献有何不同?超声成像在某些身体部位比在其他部位更容易。超声检查可以为关节疾病、运动损伤、骨关节炎感染、周围神经病或肿瘤患者提供有用的信息。骨科手术中的介入超声是什么?超声引导的骨科介入包括注射、抽吸和微创手术。骨科医生如何将超声检查纳入他们的实践?外科医生必须购买专门用于肌肉骨骼系统的超声机,并参加必要的培训课程。