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威廉·亨特与淋巴管

William Hunter and lymphatics.

作者信息

McDonald Stuart W, Russell David

机构信息

Anatomy Facility, School of Life Sciences, University of Glasgow, Glasgow, G12 8QQ, United Kingdom.

Anatomy Facility, School of Life Sciences, University of Glasgow, Glasgow, G12 8QQ, United Kingdom.

出版信息

Ann Anat. 2018 Jul;218:40-48. doi: 10.1016/j.aanat.2018.03.002. Epub 2018 Apr 3.

Abstract

William Hunter along with his brother, John, and their colleagues William Hewson, William Cruikshank and John Sheldon made a large contribution to understanding of lymphatic vessels. Hewson, Cruikshank and Sheldon all carried out mercury injections and made much progress in mapping the distribution of lymphatics in the human body. William Hunter appreciated that lymphatics absorbed fluid from the tissues of the body and that lacteals of the intestine and lymphatics are similar structures. John Hunter carried out an elegant series of experiments that proved that lacteals absorb products of digestion. The Hunters, however, were wrong in dismissing absorption by blood vessels and missed the importance of blood capillaries. William Hewson showed that lymphatics were not confined to mammals but that they are present in reptiles, birds and fish. Hewson also demonstrated that tracheobronchial glands are lymph nodes and not mucus-secreting glands as previously thought. Although William Hunter appreciated that tuberculosis and venereal diseases might involve the regional lymph nodes, he does not seem to have fully grasped that malignant disease might involve the local nodes or the concept that knowledge of lymph drainage could be used to define the likely site of a primary malignancy.

摘要

威廉·亨特与他的兄弟约翰以及他们的同事威廉·休森、威廉·克鲁克香克和约翰·谢尔登在淋巴管的认识方面做出了巨大贡献。休森、克鲁克香克和谢尔登都进行了汞注射实验,并在绘制人体淋巴管分布方面取得了很大进展。威廉·亨特认识到淋巴管从身体组织中吸收液体,并且肠道的乳糜管和淋巴管是相似的结构。约翰·亨特进行了一系列精妙的实验,证明乳糜管吸收消化产物。然而,亨特兄弟错误地否定了血管的吸收作用,并且忽视了毛细血管的重要性。威廉·休森表明淋巴管并非只存在于哺乳动物中,在爬行动物、鸟类和鱼类中也有。休森还证明气管支气管腺是淋巴结,而不是像之前认为的那样是分泌黏液的腺体。尽管威廉·亨特认识到结核病和性病可能累及局部淋巴结,但他似乎并未完全理解恶性疾病可能累及局部淋巴结,也没有理解淋巴引流知识可用于确定原发性恶性肿瘤可能部位的概念。

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