Remimazolam – current status, opportunities and challenges

J. Robert Sneyd
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Abstract

The short acting benzodiazepine remimazolam has been well characterised for use during procedural sedation. Onset of hypnotic effect is swifter than midazolam and recovery is faster with a period of antegrade amnesia. Haemodynamic changes associated with remimazolam sedation are modest and there is no pain on injection. General anaesthesia may be induced and maintained by infusion of remimazolam in combination with a suitable opioid. Hypotension is less frequent than when propofol is used. In addition, remimazolam may be a suitable alternative to propofol or etomidate for inducing anaesthesia in haemodynamically compromised patients prior to maintenance with a volatile agent. A small proportion of patients are slow to recover consciousness after total intravenous anaesthesia (TIVA) with remimazolam/opioid combinations. Preliminary experience suggests that flumazenil may be useful in this group however studies are required to define the appropriate dosage and timing for flumazenil administration. Future developments may include sedation and anaesthesia for infants and children as well as intensive care sedation for all age groups. These indications require demonstration in well designed clinical trials.

Graphical Abstract

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雷马唑仑--现状、机遇与挑战
短效苯二氮卓类药物 Remimazolam 在手术镇静过程中的应用已得到充分证实。与咪达唑仑相比,该药的催眠作用起效更快,恢复也更快,并有一段时间的前向失忆。与雷马唑仑镇静剂相关的血流动力学变化不大,注射时没有疼痛感。可通过输注雷马唑仑和适当的阿片类药物来诱导和维持全身麻醉。与使用异丙酚相比,低血压的发生率较低。此外,在使用挥发性药物维持麻醉之前,对于血流动力学受到影响的患者,雷马唑仑可能是异丙酚或依托咪酯的合适替代品,用于诱导麻醉。一小部分患者在使用瑞马唑仑/阿片类药物组合进行全静脉麻醉(TIVA)后意识恢复缓慢。初步经验表明,氟马西尼对这类患者可能有用,但还需要进行研究,以确定氟马西尼的适当剂量和用药时机。未来的发展可能包括婴儿和儿童的镇静和麻醉,以及所有年龄组的重症监护镇静。这些适应症需要在精心设计的临床试验中进行论证。
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