The Feulgen reaction: from pink-magenta to rainbow fluorescent at the Maffo Vialli's School of Histochemistry.

IF 2.1 4区 生物学 Q4 CELL BIOLOGY European Journal of Histochemistry Pub Date : 2024-02-22 DOI:10.4081/ejh.2024.3971
Giuliano Mazzini
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Abstract

For over a century, Palazzo Botta (Palace Botta) has housed the University of Pavia's Biomedical Institutes. Illustrious scientists have conducted research and taught at this Palace, making significant contributions to the advancement of natural, biological, and medical science. Among them, Camillo Golgi received the Nobel Prize for discovering the so-called "black reaction." Following Golgi, the Palace continued to be a hub for the development of methodologies and reactions aimed at detecting and quantifying biological components. Maffo Vialli (in the Golgi stream) was the first to establish a Histochemistry Research Group, which began in the naturalistic field and later expanded to the biomedical area. Among the many histochemical studies initiated in the Palace, the Feulgen reaction undoubtedly played a significant role. This reaction, developed R. Feulgen and H. Rossenbeck in 1924, had significant international implications: numerous researchers then contributed to define its fine chemical details, which remained the subject of study for years, resulting in a massive international scientific literature. The Pavia School of Histochemistry also contributed to the evolution and application of this method, which has become a true benchmark in quantitative histochemistry. Giovanni Prenna and the CNR Centre for Histochemistry made significant contributions, as they were already focused on fluorescence cytochemistry. The Pavia researchers made significant contributions to the development of methodology and, in particular, instrumentation; the evolution of the latter resulted in the emergence of flow cytometry and an ever-increasing family of fluorescent probes, which somewhat overshadowed the Feulgen reaction for DNA quantification. The advent of monoclonal antibodies then contributed to the final explosion of flow cytometry in clinical application, almost making young neophytes forget that its roots date back to Feulgen.

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费尔根反应:马福-维亚利组织化学学院从粉红-洋红到彩虹荧光。
一个多世纪以来,博塔宫(Palazzo Botta)一直是帕维亚大学生物医学研究所的所在地。杰出的科学家们曾在这座宫殿里从事研究和教学工作,为自然科学、生物科学和医学的发展做出了重大贡献。其中,卡米洛-高尔基因发现所谓的 "黑色反应 "而获得诺贝尔奖。继高尔基之后,该研究宫继续成为开发旨在检测和量化生物成分的方法和反应的中心。马福-维亚利(Maffo Vialli,高尔基之流)率先成立了组织化学研究小组,该小组最初从事自然科学领域的研究,后来扩展到生物医学领域。在宫内开展的众多组织化学研究中,费尔根反应无疑发挥了重要作用。费尔根(R. Feulgen)和罗森贝克(H. Rossenbeck)于 1924 年提出的这一反应在国际上产生了重大影响:众多研究人员为确定其精细的化学细节做出了贡献,多年来一直是研究的主题,产生了大量的国际科学文献。帕维亚组织化学学院也为这一方法的发展和应用做出了贡献,使其成为定量组织化学的真正基准。乔瓦尼-普雷纳(Giovanni Prenna)和国家科学研究中心(CNR)组织化学中心做出了重大贡献,因为他们当时已经把重点放在了荧光细胞化学上。帕维亚的研究人员为方法论的发展,特别是仪器的发展做出了重大贡献;仪器的发展导致了流式细胞仪的出现和荧光探针家族的不断壮大,这在一定程度上掩盖了用于 DNA 定量的费尔根反应。随后,单克隆抗体的出现促进了流式细胞仪在临床应用中的最终爆发,几乎让年轻的新手们忘记了它的起源可以追溯到费尔根。
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来源期刊
European Journal of Histochemistry
European Journal of Histochemistry 生物-细胞生物学
CiteScore
3.70
自引率
5.00%
发文量
47
审稿时长
3 months
期刊介绍: The Journal publishes original papers concerning investigations by histochemical and immunohistochemical methods, and performed with the aid of light, super-resolution and electron microscopy, cytometry and imaging techniques. Coverage extends to: functional cell and tissue biology in animals and plants; cell differentiation and death; cell-cell interaction and molecular trafficking; biology of cell development and senescence; nerve and muscle cell biology; cellular basis of diseases. The histochemical approach is nowadays essentially aimed at locating molecules in the very place where they exert their biological roles, and at describing dynamically specific chemical activities in living cells. Basic research on cell functional organization is essential for understanding the mechanisms underlying major biological processes such as differentiation, the control of tissue homeostasis, and the regulation of normal and tumor cell growth. Even more than in the past, the European Journal of Histochemistry, as a journal of functional cytology, represents the venue where cell scientists may present and discuss their original results, technical improvements and theories.
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