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静脉淋巴管畸形病例中的机械通气模式:自主呼吸-成功,正压通气-失败

Mode of Mechanical Ventilation in a Case of Venolymphatic Malformation: Spontaneous-Saves, Positive-Precludes.

作者信息

Arora Prateek, Singha Subrata Kumar, Mujahid Omer Md, Kumari Snigdha, Prakashbabu Abinaya

机构信息

Department of Anaesthesiology, Pain and Critical Care, All India Institute of Medical Sciences (AIIMS), Raipur, India.

Department of Anaesthesia & Critical Care, All India Institute of Medical Sciences (AIIMS), Raipur, India.

出版信息

Turk J Anaesthesiol Reanim. 2023 Aug 18;51(4):358-361. doi: 10.4274/TJAR.2023.221115.

Abstract

Mediastinal venolymphatic malformations (VLM) are rare tumours, with very few reported cases in the literature. Arising often from the anterior mediastinum, VLM manifests symptoms based on invaded surrounding structures. Masses from the anterior and superior mediastinum pose an anaesthetic challenge for airway and hemodynamic management. A 7-month-old male child presented with a progressively growing mass over the left anterior chest wall for one month, about 4x4 cm, with diffuse margins and now expanded to involve the root of the neck and into the axilla. The patient was free from any apparent systemic illness. The breathing difficulty worsened in the past week with noisy respiration associated with feeding difficulty and hence sought medical admission to the paediatrics emergency unit. In conclusion, such huge mediastinal masses are managed better under spontaneous ventilation with an adequate surgical depth of anaesthesia to maintain appropriate respiratory compliance and necessitate lower peak inspiratory pressure. Given rare cases reported in the literature, similar topics would help choose the modus of ventilation and their safe management.

摘要

纵隔静脉淋巴管畸形(VLM)是罕见的肿瘤,文献报道的病例极少。VLM常起源于前纵隔,根据侵犯周围结构的情况表现出症状。前纵隔和上纵隔的肿块对气道和血流动力学管理构成麻醉挑战。一名7个月大的男童,左前胸壁有一个逐渐增大的肿块,持续1个月,约4×4厘米,边界不清,现已扩展至颈部根部并累及腋窝。该患者无任何明显的全身性疾病。在过去一周,呼吸困难加重,伴有呼吸嘈杂及喂养困难,因此到儿科急诊室就诊。总之,对于如此巨大的纵隔肿块,在自主通气下,采用足够的手术麻醉深度以维持适当的呼吸顺应性并需要较低的吸气峰压,这样能更好地进行处理。鉴于文献报道的病例罕见,类似的主题将有助于选择通气方式及其安全管理。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/9f2b/10440486/bf7a18d70919/TJAR-51-358-g1.jpg

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