Makhija Lalit K, Bhattacharya Sameek
Department of Plastic Surgery, PGIMER, Dr. RML Hospital, New Delhi, India.
Indian J Plast Surg. 2017 May-Aug;50(2):193-200. doi: 10.4103/ijps.IJPS_245_15.
Vascular anomalies are congenital lesions broadly categorised into vascular tumour (haemangiomas) and vascular dysmorphogenesis (vascular malformation). The management of these difficult problems has lately been simplified by the biological classification and multidisciplinary approach. To standardise the treatment protocol, an algorithm has been devised. The study aims to validate the algorithm in terms of its utility and presents our experience in managing vascular anomalies.
The biological classification of Mulliken and Glowacki was followed. A detailed algorithm for management of vascular anomalies has been devised in the department. The protocol is being practiced by us since the past two decades. The data regarding the types of lesions and treatment modality used were maintained.
This study was conducted from 2002 to 2012. A total of 784 cases of vascular anomalies were included in the study of which 196 were haemangiomas and 588 were vascular malformations. The algorithmic approach has brought an element of much-needed objectivity in the management of vascular anomalies. This has helped us to define the management of particular lesion considering its pathology, extent and aesthetic and functional consequences of ablation to a certain extent.
血管异常是先天性病变,大致可分为血管肿瘤(血管瘤)和血管发育异常(血管畸形)。近来,通过生物学分类和多学科方法,这些难题的处理已得到简化。为使治疗方案标准化,已设计出一种算法。本研究旨在验证该算法的实用性,并介绍我们在处理血管异常方面的经验。
采用Mulliken和Glowacki的生物学分类方法。本部门已设计出一种详细的血管异常处理算法。在过去二十年里我们一直在执行该方案。记录了有关病变类型和所用治疗方式的数据。
本研究于2002年至2012年进行。共有784例血管异常病例纳入研究,其中196例为血管瘤,588例为血管畸形。算法方法为血管异常的处理带来了急需的客观性。这在一定程度上帮助我们根据特定病变的病理学、范围以及消融的美学和功能后果来确定其处理方式。