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高剂量蛛网膜下腔左旋布比卡因可降低第一产程分娩镇痛的药物需求量。

High volume of subarachnoid levobupivacaine decreases drug requirement in first stage labor analgesia.

作者信息

Parpaglioni R, Frigo M G, Sebastiani M, Lemma A, Barbati G, Celleno D

机构信息

Anesthesia and Resuscitation Unit, Fatebenefratelli General Hospital, Rome, Italy.

出版信息

Minerva Anestesiol. 2004 Dec;70(12):809-21.

Abstract

AIM

Using the statistic method of sequential allocation, we realized a prospective double-blind study in order to establish the minimum local anesthetic concentration (MLAC) of large intrathecal volume of levobupivacaine, during the first stage labour analgesia in spontaneous and induced laboring women.

METHODS

Seventy-five nulliparous, at term, with cervical dilatation <5 cm parturients requesting combined spinal/epidural analgesia, were enrolled. The starting concentration was chosen according to recent literature. Total volume of study solution was 10 ml and efficacy was assessed with a visual analogue pain scale at the height of the uterine contraction.

RESULTS

We established that MLAC of levobupivacaine, in 10 ml intrathecal volume, during the first stage of spontaneous and induced labour was 0.0134% and 0.0195%, respectively. No complications occurred during the study and the only side effect was shivering, which is common even in other anesthetic techniques. We produced a very selective sensitive block. Neither sympathetic nor motor block occurred.

CONCLUSIONS

Low intrathecally concentration of local anesthetic allows the anesthetist to reduce the total amount of drug and improves not only the differential blockade between motor and sensitive but also between sympathetic and sensitive fibers.

摘要

目的

采用序贯分配统计方法,开展前瞻性双盲研究,以确定左旋布比卡因大剂量鞘内注射用于自然分娩和引产产妇第一产程镇痛时的最低局部麻醉浓度(MLAC)。

方法

纳入75例足月、宫颈扩张<5 cm、要求实施腰麻-硬膜外联合镇痛的初产妇。起始浓度根据近期文献选定。研究溶液总体积为10 ml,在宫缩高峰时采用视觉模拟疼痛量表评估疗效。

结果

我们确定,在自然分娩和引产第一产程中,10 ml鞘内注射左旋布比卡因的MLAC分别为0.0134%和0.0195%。研究期间未发生并发症,唯一的副作用是寒战,即使在其他麻醉技术中也很常见。我们产生了非常选择性的感觉阻滞。未出现交感神经阻滞和运动阻滞。

结论

鞘内低浓度局部麻醉药可使麻醉医生减少药物总量,不仅改善运动和感觉之间的差异阻滞,还改善交感神经和感觉纤维之间的差异阻滞。

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