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The Dome of Thought: Phrenology and the Nineteenth-Century Popular Imagination 思想的穹顶:Phrenology与19世纪的大众想象
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-08-03 DOI: 10.1080/0964704x.2022.2105115
S. Finger
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引用次数: 0
The Birth of Modern Neuroscience in Turin. 现代神经科学在都灵的诞生。
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-06-27 DOI: 10.1080/0964704X.2022.2076506
D. Lanska
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引用次数: 0
“All Manner of Industry and Ingenuity”: A Bio-Bibliography of Dr Thomas Willis 1621–1675 “一切形式的工业和独创性”:托马斯·威利斯博士的生物参考书目1621–1675
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-06-22 DOI: 10.1080/0964704X.2022.2076503
D. Lanska
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引用次数: 1
Radical Treatment: Wilder Penfield’s Life in Neuroscience 彻底治疗:Wilder Penfield的神经科学生活
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-06-20 DOI: 10.1080/0964704x.2022.2076502
D. Lanska
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引用次数: 5
Changing graphic representations of the brain from the late middle ages to the present 从中世纪晚期到现在不断变化的大脑图形表示
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-05-18 DOI: 10.1080/0964704X.2022.2067718
D. Lanska
“The brain is in the skull. The brain is in the skull.” When I was a fledgling medical student at the Medical College of Wisconsin in 1981, this was the mind-numbing daily mantra intoned as a microphone check before neuroanatomy lectures by research neuroscientist Robin L. Curtis (1926–2020). Curtis would then show image after image of the nervous system, describing elaborate neural pathways and often waxing eloquent about such thenstrange and esoteric topics as “the fields of Forel” (Forel 1877; Horisawa et al 2021; see Figure 1). Many of the images were difficult for neophyte medical students to fully grasp, and some of the material seemed unlikely to have any potential clinical application (or so I thought at the time). Less than four decades later, the fields of Forel are being increasingly considered as potential targets for stereotactic interventions in the treatment of movement disorders, behavioral disorders, and epilepsy (Neudorfer et al. 2017; Neudorfer and Maarouf 2018). Our current multifaceted and multilayered “picture” of the brain developed from the gradual evolution of graphic representations, particularly over the past 500 years, through recursive observation, abstraction, and conceptual interpretation. How such images are presented, even today, varies considerably among different scholars and when presenting material to different audiences. In 2016, the editorial board of the Journal of the History of the Neurosciences charged me with the responsibility for developing a special issue on the evolution of graphic representations of the brain. I had begun work on this topic in 2012 with studies related to plagiarisms of Andreas Vesalii’s (1543) by Juan Valverde de Hamusco and Geminus (Thomas Lambert or Lambrit); followed in 2014 by studies of the evolution of Vesalius’s representations of the brain in the period from 1538 to 1555; and then, finally, from 2016 to the present, by a much-expanded survey of the development of neuroanatomy and depictions of the brain (Lanska 2014a, 2014b, 2014c, 2015, 2018a, 2018b, 2018c, 2018d, 2018e; Lanska and Lanska 2013a, 2013b, 2014). Some aspects of this program of study were presented as special museum exhibits at the Dittrick Medical History Center for the 2018 meeting of the International Society for the History of the Neurosciences (ISHN), which was held in
“大脑在头骨里。大脑在头骨里。”1981年,当我还是威斯康星医学院(medical College of Wisconsin)一名刚出道的医科学生时,这是神经科学家罗宾·l·柯蒂斯(Robin L. Curtis, 1926-2020)在神经解剖学讲座开始前检查麦克风时每天念叨的一句让人头脑发麻的咒语。柯蒂斯随后会展示一张又一张神经系统的图像,描述复杂的神经通路,并经常对当时奇怪而深奥的话题侃侃而上,如“佛瑞尔的领域”(佛瑞尔1877;Horisawa等2021;(见图1)。许多图像对于医学新生来说很难完全掌握,而且一些材料似乎不太可能有任何潜在的临床应用(至少我当时是这么认为的)。不到四十年后,Forel领域越来越多地被认为是立体定向干预治疗运动障碍、行为障碍和癫痫的潜在靶点(Neudorfer等人,2017;Neudorfer and Maarouf 2018)。我们目前的多面和多层次的大脑“图像”是从图形表示的逐渐演变中发展而来的,特别是在过去的500年里,通过递归观察、抽象和概念解释。即使在今天,这些图像的呈现方式在不同的学者之间以及在向不同的受众呈现材料时也有很大的不同。2016年,《神经科学史杂志》(Journal of the History of the Neurosciences)的编辑委员会让我负责制作一期关于大脑图形表征进化的特刊。我从2012年开始研究这个话题,研究Juan Valverde de Hamusco和Geminus (Thomas Lambert或Lambrit)对Andreas Vesalii(1543)的抄袭;随后在2014年,维萨里对1538年至1555年期间大脑表征的演变进行了研究;然后,最后,从2016年到现在,通过对神经解剖学发展和大脑描述的广泛调查(Lanska 2014a, 2014b, 2014c, 2015, 2018a, 2018b, 2018c, 2018d, 2018e;Lanska and Lanska 2013a, 2013b, 2014)。该研究计划的某些方面在迪特里克医学史中心作为特别博物馆展品,为2018年国际神经科学史学会(ISHN)会议提供了展示
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引用次数: 0
Nineteenth- and twentieth-century brain maps relating to locations and constructions of brain functions 与大脑功能的位置和结构有关的19世纪和20世纪的大脑地图
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-05-18 DOI: 10.1080/0964704X.2022.2066409
J. Lazar
ABSTRACT This article is an outline of the transition in “brain maps” used to illustrate locations of cortical “centers” associated with movements, sensations, and language beginning with images from Gall and Spurzheim in the nineteenth century through those of functional magnetic resonance imaging in the twenty-first century. During the intervening years, new approaches required new brain maps to illustrate them, and brain maps helped to objectify and naturalize mental processes. One approach, electrical stimulation of the cerebral cortex—exemplified by Fritsch and Hitzig in 1870, Ferrier in 1873, and Penfield by 1937—required brain maps showing functional centers with expanded and overlapping boundaries. In another approach, brain maps that linked cortical centers to account for the complex syndromes of aphasia, apraxia, alexia, and agraphia were initially constructed by Baginsky in 1871, Wernicke in 1874, and Lichtheim in 1885, then later by Lissauer in 1890, Dejerine in 1892, and Liepmann in 1920, and eventually by Geschwind in 1965 and others through the late twentieth century. Over that intervening time, brain maps changed from illustrations of points on the cerebral cortex where movements and sensations were elicited to illustrations of areas (centers) associated with recognizable functions to illustrations of connections between those areas that account for complex symptoms occurring in clinical patients. By the end of this period, advancements in physics, mathematics, and cognitive science resulted in inventions that allowed brain maps of cortical locations derived from cognitive manipulations rather than from the usual electrical or ablative manipulations. “Mental” dependent variables became “cognitive” independent variables.
摘要本文概述了“大脑地图”的转变,该地图用于说明与运动、感觉和语言相关的皮层“中心”的位置,从19世纪的加尔和斯波尔茨海姆的图像开始,到21世纪的功能磁共振成像。在其间的几年里,新的方法需要新的大脑地图来说明它们,而大脑地图有助于将心理过程客观化和自然化。一种方法是对大脑皮层进行电刺激——1870年的Fritsch和Hitzig、1873年的Ferrier和1937年的Penfield就是例证——需要绘制大脑地图,显示具有扩展和重叠边界的功能中心。在另一种方法中,将皮层中心联系起来以解释失语症、失用症、alexia和失写症等复杂综合征的大脑地图最初由巴金斯基于1871年、韦尼克于1874年和利希特海姆于1885年构建,后来由利索尔于1890年、德杰林于1892年和利普曼于1920年构建,最终由格施温德于1965年和其他人在20世纪末构建。在这段时间里,大脑地图从大脑皮层上引发运动和感觉的点的图示,到与可识别功能相关的区域(中心)的图示,再到解释临床患者出现复杂症状的这些区域之间的联系的图示。到这一时期结束时,物理学、数学和认知科学的进步导致了一些发明,这些发明使得大脑皮层位置的地图可以从认知操作中获得,而不是从通常的电操作或消融操作中获得。“心理”因变量变成了“认知”自变量。
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引用次数: 0
Eugène-Louis Doyen and his Atlas d’Anatomie Topographique (1911): Sensationalism and gruesome theater 尤格伦-路易·多扬和他的《地形图解剖学》(1911):耸人听闻和可怕的戏剧
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-04-29 DOI: 10.1080/0964704X.2022.2050643
D. Lanska
ABSTRACT French surgeon and anatomist Eugène-Louis Doyen (1859–1916) was a focus of controversy and scandal throughout his career, an innovative surgeon of great technical skill whose unsurpassed abilities were offset by narcissistic and frequently unethical behavior. Doyen produced the most controversial atlas of human anatomy of the early-twentieth century, his Atlas d’Anatomie Topographique. He used a chemical process to fix whole cadavers, then used a motorized band saw with a sliding table to precisely cut sequential slices in all three anatomic planes. His intentionally arresting images of the nervous system in situ (using heliotypes in his atlas and projected images of prepared specimens in his lectures) made for gruesome theater, directed more at the public than the medical profession, which Doyen disdained and delighted in antagonizing. Although photography and photomechanical reproduction facilitated the rapid production of Doyen’s atlas, many of the fine details were lost. In addition, although he developed tissue fixation techniques that preserved the natural colors of tissues, this was not evident in the monochrome images of the printed atlas. Doyen’s atlas is compared with other anatomic atlases of the late-nineteenth century that included serial sections of the central nervous system, either from sections of entire cadavers, the isolated head, or the excised brain. In retrospect, Doyen’s fevered activity, including his efforts to depict the topographic anatomy of the nervous system, produced only modest benefits, and often produced significant costs for his patients, his colleagues, the medical profession, and his own reputation.
法国外科医生和解剖学家多扬(1859-1916)在其职业生涯中一直是争议和丑闻的焦点,他是一位具有高超技术的创新外科医生,其无与伦比的能力被自恋和经常不道德的行为所抵消。多扬出版了20世纪早期最具争议的人体解剖学地图集——《解剖学地图集》。他用化学方法固定整具尸体,然后用带滑动台的电动带锯在所有三个解剖平面上精确地切割出连续的切片。他故意捕捉神经系统的原位图像(在他的地图集上使用日光分型,在他的讲座中使用准备好的标本的投影图像),制造了令人毛骨悚然的戏剧,更多地针对公众,而不是医疗专业,多扬蔑视并乐于对抗。虽然摄影和照相复制技术促进了Doyen地图集的快速制作,但许多细节都丢失了。此外,尽管他发展了组织固定技术,保留了组织的自然颜色,但这在印刷的地图集的单色图像中并不明显。Doyen的地图集与其他19世纪晚期的解剖学地图集进行了比较,后者包括中枢神经系统的连续切片,要么来自整个尸体的切片,要么来自分离的头部,要么来自切除的大脑。回想起来,多扬的狂热活动,包括他描绘神经系统地形解剖学的努力,只产生了有限的好处,而且往往给他的病人、同事、医学界和他自己的声誉带来了巨大的代价。
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引用次数: 1
Neuropathological images in the great pathology atlases 伟大病理图谱中的神经病理学图像
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-04-15 DOI: 10.1080/0964704X.2022.2046917
P. Koehler, D. Lanska
ABSTRACT In the period between Morgagni’s De Sedibus (1761) and Cruveilhier’s Anatomie pathologique (1829–1842), six pathology atlases were published, in which neuropathological subjects were discussed and depicted. It was a period of transition in medical, technical, and publishing areas. The first three (by Matthew Baillie, Robert Hooper, and Richard Bright) were mainly atlases derived from pathological museum specimens. They were selective rather than comprehensive. Of the other three (by Jean Cruveilhier, James Hope, and Robert Carswell), most of the observations were made during autopsies. These illustrations required special arrangements so they could be executed during the autopsies. These were available in Paris rather than in London, which is the reason why Hope and Carswell made many of the drawings in France. The plates in these three were color lithographs. Baillie’s book contains only figure descriptions. Bright’s and Cruveilhier’s atlases provide case descriptions. Hooper and Hope provide theoretical texts and figure legends. Carswell’s book has 12 theoretical sections, each followed by plates. The relative cost of the atlases varied with the number of plates. Although the authors made use of artists and engravers, several were talented artists themselves. Many common neurological diseases were depicted.
摘要在Morgagni的De Sedibus(1761)和Cruveilhier的Anatomie病理学(1829–1842)之间,出版了六本病理图谱,其中讨论和描述了神经病理学主题。这是一个医疗、技术和出版领域的转型期。前三本(由Matthew Baillie、Robert Hooper和Richard Bright撰写)主要是从病理博物馆标本中提取的图谱。它们是选择性的,而不是全面的。在其他三个(Jean Cruveilhier、James Hope和Robert Carswell)中,大多数观察都是在尸检过程中进行的。这些插图需要特殊安排,以便在尸体解剖期间执行。这些画是在巴黎而不是伦敦绘制的,这就是霍普和卡斯韦尔在法国绘制许多画的原因。这三幅版画都是彩色石版画。贝利的书只包含人物描写。Bright和Cruveilhier的图册提供了案例描述。Hooper和Hope提供了理论文本和人物传说。卡斯韦尔的书有12个理论部分,每个部分后面都有图版。图册的相对成本随着图版的数量而变化。尽管作者利用了艺术家和雕刻师,但也有一些人本身就是才华横溢的艺术家。描述了许多常见的神经系统疾病。
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引用次数: 0
Phrenology’s frontal sinus problem: An insurmountable obstruction? 颅相学额窦问题:不可逾越的障碍?
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-04-12 DOI: 10.1080/0964704X.2022.2046440
S. Finger, P. Eling
ABSTRACT Whereas some of Gall’s critics were quick to assail his organology as materialistic and fatalistic, others questioned his methods and scientific assumptions, especially his craniological tenets. The idea that the skull does not faithfully reflect the features of small, underlying brain areas was repeatedly brought up in the scientific debates. Critics pointed to the frontal sinuses above the eye orbits as evidence for the interior and exterior plates of the cranium not being in parallel—hence, for several or many phrenological organs being unknowable. This article traces the origins of the frontal sinus arguments and how Gall, Spurzheim, and later phrenologists responded to it. It reveals how the two sides fought and remained divided about the significance of the sinuses throughout the nineteenth century—that is, on whether the frontal sinus “problem” was an insurmountable obstacle or one that was merely an inconvenience.
尽管高尔的一些批评者很快抨击他的器官学是唯物主义和宿命论,但其他人质疑他的方法和科学假设,特别是他的颅骨学原则。头骨不能忠实地反映小的、潜在的大脑区域的特征,这一观点在科学辩论中被反复提出。批评者指出,眼窝上方的额窦是头盖骨内外板不平行的证据——因此,有几个或许多颅相学器官是不可知的。这篇文章追溯了额窦争论的起源,以及Gall、Spurzheim和后来的颅相学家是如何回应的。它揭示了在整个19世纪,关于鼻窦的重要性,双方是如何斗争和保持分歧的——也就是说,关于额窦的“问题”是一个不可逾越的障碍还是一个仅仅是不方便的问题。
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引用次数: 0
Cross-sectional representations of the central nervous system in Pirogov’s “Ice Anatomy” Pirogov“冰解剖”中中枢神经系统的横断面表示
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-04-12 DOI: 10.1080/0964704X.2022.2050642
B. Lichterman, D. Lanska
ABSTRACT Russian surgeon Nikolay Ivanovich Pirogov (Pirogoff; 1810–1881) introduced the teaching of applied topographical anatomy in Russia. Pirogov’s monumental four-part atlas, Anatome topographica sectionibus per corporis humanum congelatum triplici directione ductis illustrate (An Illustrated Topographic Anatomy of Saw Cuts Made in Three Dimensions Across the Frozen Human Body), colloquially known as the “Ice Anatomy,” was published in Latin in folio in the 1850s. Pirogov sought to investigate “the normal and pathological positions of different organs and body parts using sections made in the three principal directions [anatomical planes] … throughout all regions.” To accomplish this, he froze cadavers “to the density of the thickest wood” and then cut them into thin plates with a special mechanical saw. His approach was reportedly inspired by his observations of butchers sawing across frozen pig carcasses at the meat market in St. Petersburg during winter. Pirogov systemically obtained full-size representations of more than 1,000 sections. A painter made a representative copy of the cross-sectional contours of each section, using ruled glass overlain on the sections. The final lithographs were of high artistic quality and execution, resembling modern high-resolution medical imaging (i.e., CT or MRI). Moreover, structures were serially sectioned and systematically illustrated along all three anatomical planes, something that had never previously been attempted. This allowed clinicians and anatomists to scrutinize the spatial relationships of structures from multiple perspectives and at a much more detailed level than was previously possible, although the cost, massiveness, and complexity of the completed work precluded wide dissemination.
摘要俄罗斯外科医生Nikolay Ivanovich Pirogov(Pirogoff;1810–1881)介绍了俄罗斯应用地形解剖学的教学。皮罗戈夫的不朽的四部分地图集《人体解剖学》(Anatome topographica sectionibus per corporatis humanum consilatum triplici directione ductis diagram),通俗地说是“冰解剖学”,于19世纪50年代以对开本的拉丁文出版。皮罗戈夫试图研究“不同器官和身体部位的正常和病理位置,使用在三个主要方向[解剖平面]上制作的切片……在所有区域。”为此,他将尸体冷冻到“最厚的木头密度”,然后用特殊的机械锯将其切成薄板。据报道,他的做法受到了他观察到的屠夫在圣彼得堡肉类市场锯切冷冻猪尸体的启发。皮罗戈夫系统地获得了1000多个剖面的全尺寸表示。一位画家在每一个剖面上都用方格玻璃做了一个具有代表性的剖面轮廓复制品。最后的石版画具有很高的艺术质量和执行力,类似于现代高分辨率医学成像(即CT或MRI)。此外,沿着所有三个解剖平面对结构进行了连续切片和系统说明,这是以前从未尝试过的。这使临床医生和解剖学家能够从多个角度,以比以前更详细的水平仔细检查结构的空间关系,尽管完成的工作的成本、数量和复杂性阻碍了广泛传播。
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引用次数: 0
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Journal of the History of the Neurosciences
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