Greenblatt Samuel H
Bull Hist Med. 2003 Winter;77(4):789-822. doi: 10.1353/bhm.2003.0168.
The modern era of neurosurgery began in 1879 with the amalgamation of three technologies: anesthesia, antisepsis/asepsis, and cerebral localization. However, when Harvey Cushing (1869-1939) took his first tentative steps toward a neurosurgical career in 1901, the outlook for the field was dismal, because mortality and morbidity rates were horrific. For brain tumors, surgical mortality rates were 30-50%. I will argue that Cushing made intracranial surgery clinically effective, rather than just feasible, by adding a critical fourth technology: knowledge and control of intracranial pressure (ICP). During his Wanderjahr in Europe (1900-1) Cushing came to understand ICP in biophysical terms. At Johns Hopkins, these lessons were quickly translated to acute human traumatic cases (1901-4) and then to tumor patients with raised ICP (1903-5). By 1910, he had accumulated enough tumor cases (180) to have convincing statistics. His mortality rate for tumors was 10-15%. Nonetheless, the successful paradigm was not fully instantiated until a community of practitioners formed a neurosurgical society in 1920. As this process unfolded, Cushing's ideas about specialization also evolved in interesting ways.
神经外科的现代时代始于1879年,当时三种技术融合在一起:麻醉、防腐/无菌和脑定位。然而,1901年当哈维·库欣(1869 - 1939)首次试探性地迈向神经外科职业生涯时,该领域的前景黯淡,因为死亡率和发病率高得惊人。对于脑肿瘤,手术死亡率为30% - 50%。我认为,库欣通过增加一项关键的第四种技术:对颅内压(ICP)的了解和控制,使颅内手术在临床上变得有效,而不仅仅是可行。在他在欧洲的漫游岁月(1900 - 1901年)里,库欣从生物物理学角度理解了颅内压。在约翰·霍普金斯大学,这些经验很快被应用于急性人类创伤病例(1901 - 1904年),然后应用于颅内压升高的肿瘤患者(1903 - 1905年)。到1910年,他积累了足够多的肿瘤病例(180例),从而有了令人信服的统计数据。他治疗肿瘤的死亡率为10% - 15%。尽管如此,直到1920年一群从业者成立了神经外科学会,这个成功的范例才得以完全确立。随着这个过程的展开,库欣关于专业化的观点也以有趣的方式演变。