Kamal Manoj, Kumar Mritunjay, Bihani Pooja, Mital Tanya, Singariya Geeta, Bhatia Pradeep
All India Institute of Medical Sciences, Anaesthesiology & Critical Care, Jodhpur, India.
All India Institute of Medical Sciences, Anaesthesiology, Critical Care and Pain Medicine, New Delhi, India.
Braz J Anesthesiol. 2024 Sep-Oct;74(5):744368. doi: 10.1016/j.bjane.2022.03.004. Epub 2022 Mar 18.
Although epidural catheter insertion under ultrasound (US) guidance in the pediatric age group has been reported in the literature, it is yet to be adopted widely in clinical practice. The incomplete fusion of bones in pediatric patients provides an acoustic window for the US. The epidural space in children is at shallow depth, hence a high-frequency probe, which provides better resolution can be used. We present a case series in which real-time US-guided epidural catheter placement was performed in 10 infants in lower thoracic and upper lumbar interspaces. We reiterate that the use of real-time US during epidural catheter placement in patients increases the success rate of epidural catheter placement while decreasing procedural complications.
尽管文献中已报道了在儿科年龄组中超声(US)引导下进行硬膜外导管插入术,但在临床实践中尚未广泛采用。儿科患者骨骼融合不完全为超声提供了声学窗口。儿童的硬膜外间隙较浅,因此可以使用提供更好分辨率的高频探头。我们展示了一个病例系列,其中对10例婴儿在胸下段和腰上段间隙进行了实时超声引导下的硬膜外导管置入。我们重申,在患者硬膜外导管置入过程中使用实时超声可提高硬膜外导管置入的成功率,同时减少操作并发症。