Department of Ophthalmology, Ghent University Hospital Jan Palfyn Foundation, Ghent, Belgium.
Acta Ophthalmol. 2011 May;89(3):293-300. doi: 10.1111/j.1755-3768.2009.01679.x.
In the time of Vesalius, knowledge of ocular anatomy was limited. The first description of the anatomy of the eye comes from Democrites, for whom the eye was surrounded by two 'coats', filled with a homogenous fluid. The optic nerve was hollow and the lens was considered to be a postmortem artefact. Until the 15th century AD, medicine was influenced by the writings of Galenus and the model of the eye he proposed was still considered valid, even after Vesalius. According to the Alexandrian tradition, the lens was considered as the seat of visual perception. Although Vesalius rightly deserves the title of father of modern anatomy, his description of ocular anatomy was rudimentary and often incorrect. He described a musculus retractorius bulbi, which is found only in lower mammals, not in primates. The lens, the role of which as an optical device he recognized correctly, was placed too centrally in the eye. The optic nerve was not correctly placed and, following Galenus, Vesalius described only seven cranial nerves. The Galenian concept of ocular anatomy was to endure until the development of the microscope by Anthony van Leeuwenhoek. Modern ocular anatomy, in fact, can be dated from the works of Zinn.
在维萨里时代,人们对眼部解剖学的了解有限。对眼部解剖结构的首次描述来自德谟克利特,他认为眼睛被两层“外衣”包围,里面充满了均匀的液体。视神经是中空的,而晶状体被认为是死后的人工制品。直到公元 15 世纪,医学仍然受到盖伦著作的影响,他提出的眼部模型仍然被认为是有效的,甚至在维萨里之后也是如此。根据亚历山大学派的观点,晶状体被认为是视觉感知的所在地。尽管维萨里当之无愧地被誉为现代解剖学之父,但他对眼部解剖学的描述还很基础,而且常常是错误的。他描述了一种只存在于低等哺乳动物而非灵长类动物中的眼球退缩肌。他还将晶状体放置在眼睛过于中心的位置,而晶状体作为光学装置的作用,他的描述是正确的。视神经的位置也不正确,他沿袭了盖伦的观点,只描述了 7 对颅神经。盖伦的眼部解剖学概念一直持续到安东尼·范·列文虎克发明显微镜。实际上,现代眼部解剖学可以追溯到津恩的著作。