Munaretto Nicholas, Hinchcliff Katharine, Dutton Lauren, Kakar Sanjeev
Department of Orthopedic Surgery, Mayo Clinic, Rochester, Minnesota.
J Wrist Surg. 2022 Jul 6;11(5):450-455. doi: 10.1055/s-0042-1750179. eCollection 2022 Oct.
Nanoscope, given its smaller size, may be safer when establishing dorsal wrist arthroscopy portals compared with the traditional 2.7 mm arthroscope. Ten fresh frozen cadaver specimens were utilized. Dorsal radiocarpal portals were established with the Nanoscope and calipers were used to measure the distance between the portals and the surrounding anatomical structures. The only structure that was pierced during portal placement was the dorsal sensory branch of the ulnar nerve (DSUN) in one specimen when establishing the 6U portal. Our study did not note any tendon injuries. Traditional wrist arthroscopy may be performed with a 2.7 mm arthroscope. With its larger outer sheath cannula, this may place adjacent anatomical structures at risk of injury. During wrist arthroscopy, the Nanoscope may be safer when creating portals to underlying structures. This is a Level IV study.
鉴于其尺寸较小,与传统的2.7毫米关节镜相比,纳米内窥镜在建立腕背关节镜入路时可能更安全。使用了10个新鲜冷冻尸体标本。用纳米内窥镜建立桡腕背侧入路,并用卡尺测量入路与周围解剖结构之间的距离。在建立6U入路时,一个标本中放置入路时唯一被刺穿的结构是尺神经背侧感觉支(DSUN)。我们的研究未发现任何肌腱损伤。传统的腕关节镜检查可以使用2.7毫米的关节镜进行。由于其较大的外套管,这可能会使相邻的解剖结构有受伤的风险。在腕关节镜检查期间,纳米内窥镜在为下方结构创建入路时可能更安全。这是一项IV级研究。