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The growing enthusiasm for less invasive surfactant administration (LISA) techniques is enabling more and more infants to be treated for RDS without the need for mechanical ventilation. As trials of LISA have shown improved outcomes in infants at high risk, it is difficult to know what the required evidence will be to influence practice in lower risk infants or with the use of further variants of LISA. Supraglottic airway devices offer another approach to LISA. This has the added appeal of avoiding direct laryngoscopy, which many understandably consider still to be quite invasive. Callum Roberts and colleagues present a narrative review of the evidence to date regarding use of supraglottic airway devices in this way. Trials so far have included just over 350 infants with encouraging reductions in the need for mechanical ventilation. A present limitation is that currently available devices are too large for the smallest infants so that current evidence is largely limited to infants weighing more than 1?kg. Natalie Smee and colleagues report a series of 60 infants weighing 1200?g treated using a laryngeal mask airway in 2 Scottish neonatal units. All the infants had sustained supplemental oxygen requirements on CPAP before treatment. Device application and surfactant administration was successful in all cases and later intubation for further treatment was required in 10 infants.
机译:对侵入性表面活性剂施用(LISA)技术的增长热情是为了越来越多的婴儿,无需机械通风即可治疗RDS。由于丽莎的试验表明了高风险的婴儿的改善结果,因此难以知道所需的证据是影响较低风险婴儿的实践或使用丽莎的进一步变种。 Supraglottic Airway设备提供了丽莎的另一种方法。这具有避免直接喉镜检查的吸引力,许多人可以理解地认为仍然是完全侵入性的。 Callum Roberts及其同事呈现了对以这种方式使用Suprottic Airway设备的迄今为止的叙述审查。迄今为止,试验包括在350多个婴儿,令人鼓舞的削减需要机械通气。目前的限制是当前可用的设备对于最小的婴儿来说太大了,因此目前的证据主要限于称重超过1?kg的婴儿。 Natalie Smee及其同事们报告了一系列60婴儿称重& 1200?G使用喉部新生儿单位的喉部面膜气道处理1200?G.所有婴儿在治疗前对CPAP进行了持续的氧气要求。器材应用和表面活性剂给药在所有情况下都是成功的,并且在10个婴儿中需要提高进一步治疗的插管。

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