清醒开颅术麻醉监护的实用指南。

Anesthesia and pain medicine Pub Date : 2025-01-01 Epub Date: 2025-01-25 DOI:10.17085/apm.24183
Kyeong Tae Min
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引用次数: 0

摘要

麻醉监护是清醒开颅术麻醉管理的可行选择。选择手术的患者由麻醉医师进行全面评估,主要关注他们在整个手术过程中发生呼吸道紧急情况的风险,如呼吸抑制和梗阻。对于有相对禁忌症的患者,采用量身定制的方法来评估其适用性。神经精神咨询也有助于提高患者参与和执行脑绘图过程中必要任务的能力。与患者建立良好的关系对于清醒开颅手术的成功至关重要,因为它有助于培养信任和合作。清醒开颅术中的镇痛主要通过头皮神经阻滞或浸润来实现。在六种头皮神经阻滞中,我对颧颞神经阻滞进行了详细的描述。正确的体位对手术入路和患者的安全和舒适都至关重要。即使局部麻醉药有效使用,许多患者在手术过程中仍可能感到轻度至中度疼痛。这种疼痛是常见和短暂的,通常发生在颞区周围。在某些情况下,可能需要镇静剂或额外的镇痛药。可能会出现严重的不良事件,包括那些需要紧急挽救生命的干预措施或那些干扰大脑绘图和患者执行任务能力的事件。然而,神经外科中的MAC为脑肿瘤患者或癫痫发作患者以及残疾人士(如聋哑人或视力受损者)提供了改善生活质量的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Practical guidance for monitored anesthesia care during awake craniotomy.

Monitored anesthesia care is a feasible option for anesthetic management during awake craniotomy. Patients selected for surgery are thoroughly evaluated by anesthesiologists, primarily focusing on their risk for airway emergencies, such as respiratory depression and obstruction, throughout the procedure. For patients with relative contraindications, a tailored approach is used to assess their suitability. Neuropsychiatric counseling is also helpful for enhancing the patient's ability to participate in and perform the necessary tasks during brain mapping. Building good rapport with the patient is essential for the success of awake craniotomy, as it helps foster trust and cooperation. Analgesia during awake craniotomy is primarily achieved through scalp nerve blocks or infiltration. Among the six scalp nerve blocks, I have described the zygotemporal nerve block in detail. Proper positioning is crucial for both the surgical approach and the safety and comfort of the patient. Even when local anesthetics are effectively administered, many patients may still experience mild to moderate pain during the procedure. This pain is common and transient, typically occurring around the temporal region. In some cases, sedatives or additional analgesics may be necessary. Serious adverse events can arise, including those that require urgent life-saving interventions or those that interfere with brain mapping and the patient's ability to perform tasks. However, MAC in neurosurgery offers the potential for an improved quality of life for individuals with brain tumors or epileptic seizures, as well as for those with disabilities, such as the deaf or visually impaired, in the future.

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