James C L, Keeling J W, Smith N M, Byard R W
Department of Tissue Pathology, Institute of Medical and Veterinary Science, Adelaide, Australia.
Pediatr Pathol. 1994 Jul-Aug;14(4):665-78. doi: 10.3109/15513819409023340.
Clinicopathological details of 52 cases of total anomalous pulmonary venous drainage (TAPVD) taken from pediatric autopsy files from hospitals in Adelaide (Australia) Oxford and Edinburgh (United Kingdom) between 1957 and 1990 are presented. The patients ranged in age from a stillborn girl to a 15-month-old boy, with 42 cases (81%) dying in the first 3 months of life. While many patients had signs of a congenital cardiovascular anomaly prior to death, including tachypnea, tachycardia, central cyanosis, cardiac failure, heart murmurs, and difficulty in feeding, it was noteworthy that eight patients (16%) presented as sudden and unexpected death in the absence of significant antemortem symptoms and signs. Anomalous pulmonary venous drainage was also unsuspected prior to death in a total of 26 cases (53%) of those where relevant history was available (49 cases). Twelve infants (23%) underwent surgical correction, none of whom survived more than several weeks. TAPVD was isolated in 30 cases (58%) and was associated with other cardiac or congenital anomalies in 22 patients (42%). Just under half of nonisolated cases comprised the asplenia-heterotaxy syndrome. The points of drainage of the anomalous pulmonary veins were to the infradiaphragmatic veins (n = 21, 40%), left innominate vein (n = 13, 25%), coronary sinus (n = 7, 13%), right superior vena cava (n = 4, 8%), inferior vena cava above the diaphragm (n = 2, 4%), right innominate vein (n = 2, 4%), mixed left innominate vein and coronary sinus (n = 1, 2%), azygos vein (n = 1, 2%), and mixed right superior vena cava and left hemiazygos vein (n = 1, 2%). Twenty-three of 47 cases (49%) that were specifically examined revealed obstruction of the pulmonary veins or pulmonary hypertensive vascular changes on histology. These results emphasize that TAPVD needs to be excluded at autopsy as a causal factor in cases of sudden infant death even in the absence of antemortem symptoms and signs. Clues at autopsy include abnormal mobility of the heart, visceral situs inversus, and polyasplenia. The diversity of pulmonary-systemic venous anastomoses necessitates careful in situ dissection above and below the diaphragm and consideration of postmortem angiography.
本文呈现了1957年至1990年间从澳大利亚阿德莱德、英国牛津和爱丁堡的医院儿科尸检档案中选取的52例完全性肺静脉异位引流(TAPVD)的临床病理细节。患者年龄从一名死产女婴到一名15个月大的男婴不等,42例(81%)在出生后的前3个月死亡。虽然许多患者在死亡前有先天性心血管异常的体征,包括呼吸急促、心动过速、中心性发绀、心力衰竭、心脏杂音和喂养困难,但值得注意的是,8例患者(16%)在生前没有明显症状和体征的情况下突然意外死亡。在有相关病史的49例患者中,共有26例(53%)在死亡前也未怀疑有肺静脉异位引流。12例婴儿(23%)接受了手术矫正,但无一存活超过数周。30例(58%)为孤立性TAPVD,22例(42%)与其他心脏或先天性异常相关。不到一半的非孤立性病例为无脾-内脏反位综合征。异常肺静脉的引流部位为膈下静脉(n = 21,40%)、左无名静脉(n = 13,25%)、冠状窦(n = 7,13%)、右上腔静脉(n = 4,8%)、膈上的下腔静脉(n = 2,4%)、右无名静脉(n = 2,4%)、左无名静脉和冠状窦混合(n = 1,2%)、奇静脉(n = 1,2%)以及右上腔静脉和左半奇静脉混合(n = 1,2%)。在47例经过专门检查的病例中,23例(49%)在组织学上显示肺静脉阻塞或肺动脉高压血管改变。这些结果强调,即使在生前没有症状和体征的情况下,在婴儿猝死病例的尸检中也需要排除TAPVD作为病因。尸检线索包括心脏活动异常、内脏反位和多脾。肺-体静脉吻合的多样性需要在膈上下进行仔细的原位解剖,并考虑进行死后血管造影。