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Ultrasound-guided dorsal penile nerve block for ED paraphimosis reduction

机译:超声引导的阴茎背侧神经阻滞减少ED副伤

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摘要

Adequate anesthesia for emergency department management of painful penile conditions such as paraphimosis or priapism is often both technically challenging and inconsistent using traditional landmark-based techniques of the dorsal penile block (DPB). The pudendal nerves branch to form the paired dorsal nerves of the penis providing sensory innervation to the skin of both the dorsal and ventral aspects of the penis. "Blind" DPB techniques tend to rely on subtle tactile feedback from the needle and visual landmark approximation to identify the appropriate subpubic fascial compartment for injection. The landmark-based DPB is not standardized with options including "10 o'clock and 2 o'clock" infrapubic injections with or without ventral infiltration or a ring block. Given the lack of standardization and inherent technical imprecision with the landmark-based DPB, large volumes of local anesthetic (up to 50 mL) are sometimes required to achieve a clinically adequate block. In addition, inadvertent injection into the corpora cavernosa may occur. More recently, an ultrasound-guided approach has been developed. Using ultrasound, the dorsal penile nerves can be precisely targeted in the fascial compartment just deep to Buck fascia, potentially increasing block success rate and reducing the need for large local anesthetic volumes. Herein, we report the first adult case of an ultrasound-guided dorsal penile nerve block performed in the emergency department for the reduction of a paraphimosis and review the relevant penile anatomy and technical details of the procedure.
机译:使用传统的基于标志性的背侧阴茎阻滞术(DPB),对急诊室进行充分的麻醉,以应对如阴毛症或阴茎异常勃起之类的疼痛性阴茎疾病,通常在技术上具有挑战性且不一致。阴部神经分支形成阴茎的成对的背神经,从而为阴茎的背侧和腹侧的皮肤提供感觉神经。 “盲” DPB技术倾向于依靠来自针头的细微触觉反馈和视觉界标近似来识别适当的耻骨筋膜下腔室进行注射。基于地标的DPB未标准化,包括“ 10时和2时”耻骨下注射,有无腹膜浸润或环闭。鉴于基于地标的DPB缺乏标准化和固有的技术不精确性,有时需要大量的局部麻醉药(最高50 mL)以实现临床上足够的阻滞。此外,可能会无意中注入海绵体。最近,已经开发了超声引导方法。使用超声波,可以将阴茎背神经精确定位在巴克筋膜深处的筋膜腔内,从而有可能提高阻滞成功率并减少对大局部麻醉剂的需求。在此,我们报告了急诊科为减少副虫病而进行的超声引导的阴茎背侧神经阻滞的首例成人病例,并回顾了相关的阴茎解剖结构和该过程的技术细节。

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