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安东尼奥·帕基奥尼(1665 - 1726):硬脑膜的早期研究

Antonio Pacchioni (1665-1726): early studies of the dura mater.

作者信息

Brunori A, Vagnozzi R, Giuffrè R

机构信息

Center for Historical Documentation on Italian Neurosurgery, University of Rome, Tor Vergata, School of Medicine, Italy.

出版信息

J Neurosurg. 1993 Mar;78(3):515-8. doi: 10.3171/jns.1993.78.3.0515.

Abstract

The clustering of arachnoid villi along the sagittal sinus forms what is known as "Pacchioni granulations." These structures were first described in 1705 by Antonio Pacchioni, an Italian scientist. Pacchioni was born in Reggio Emilia, Italy, in 1665, and there he received his degree in medicine. Later he moved to Rome where he built a successful career dedicated to medical practice, research, and teaching. He became a friend of some of the leading scientists of his age: Lancisi, Malpighi, and Morgagni, among others. He devoted himself to elucidating the structure and function of dura mater, and in his studies often used the new technique of maceration of anatomical specimens in various fluids. Among Pacchioni's written works, the Dissertatio Epistolaris de Glandulis Conglobatis Durae Meningis Humanae (1705) deserves the greatest consideration as it contains the first description of arachnoid granulations. He compared dura to cardiac muscle and attributed to its "glandulae" (glands) the faculty of secreting lymph for lubrication of the sliding movements between meninges and brain during contractions. Three centuries after Pacchioni's death in Rome in 1726, the fine structure of arachnoid villi has not been fully elucidated; moreover, many questions related to mechanisms underlying cerebrospinal fluid absorption remain unanswered.

摘要

蛛网膜绒毛沿矢状窦聚集形成了所谓的“帕基奥尼氏体”。这些结构最早于1705年由意大利科学家安东尼奥·帕基奥尼描述。帕基奥尼于1665年出生在意大利雷焦艾米利亚,在那里获得医学学位。后来他搬到罗马,在那里建立了成功的职业生涯,致力于医疗实践、研究和教学。他成为了他那个时代一些顶尖科学家的朋友,如兰奇西、马尔皮基和莫尔加尼等人。他致力于阐明硬脑膜的结构和功能,在研究中经常使用在各种液体中浸泡解剖标本的新技术。在帕基奥尼的著作中,《关于人类硬脑膜球状腺体的书信论文》(1705年)值得高度关注,因为它首次描述了蛛网膜颗粒。他将硬脑膜与心肌进行比较,并认为其“腺体”具有分泌淋巴的功能,以便在收缩期间润滑脑膜和大脑之间的滑动运动。在帕基奥尼于1726年在罗马去世三个世纪后,蛛网膜绒毛的精细结构仍未完全阐明;此外,许多与脑脊液吸收潜在机制相关的问题仍未得到解答。

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