The Contribution of Soviet Military Scientists to the Development of Industrial Technologies for the Production of the First Domestic Antibiotics (Penicillin and Streptomycin)
S. N. Chigrinov, A. V. Mironin, V. D. Soybanov, V. Teterin, A. Tumanov
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引用次数: 0
Abstract
In the domestic literature, the industrial production of penicillin and streptomycin is commonly attributed to the representatives of civil institutions and enterprises. However, the key role of military scientists in solving this problem remains in the background. The purpose of this article is to summarize the available facts about the role of Soviet military scientists in creating a technology for obtaining the first antibiotics in the USSR. At the beginning of 1942, all the works, related to the penicillin in the Soviet Union, was headed by academician of AMS USSR Z. V. Ermolyeva. At the first stage of the research, the technology for obtaining penicillin was applied, based on the use of a surface method of growing cultures of the antibiotic-producing fungus in mattresses. But this method could not meet the country's needs for the drug. In early 1944, the Soviet government tasked the Research Institute of Epidemiology and Hygiene of the Red Army (NIIEG) in Kirov (now a branch of the Federal State Budgetary Institution «48th Central Research Institute» of the Ministry of Defense of the Russian Federation) to solve the case of mass production of penicillin and streptomycin. In 1944–1945 for the first time in the USSR military specialists from NIIEG developed a technology for the industrial production of penicillin by the deep method with aeration. The deep cultivation was carried out in cultivator devices designed by engineer-Lieutenant Colonel A. V. Krutyakov. During the research, a fungus strain (Penicillium chrysogenum 23248) was selected from a large number of studied strains, the use of which provided the highest yields of penicillin, and the most effective cultivation conditions were selected. The experience, obtained by the Soviet military specialists during the development of the technology for the deep production of penicillin, served in 1946-1947 as the basis for the creation of the method for obtaining domestic streptomycin from the domestic Streptomyces griseus. In 1947, for the first time in the world an employee of the NIIEG Lieutenant Colonel of medical service N. I. Nikolaev and civil doctors D. D. Fedorinov and V. I. Gorokhov used the NIIEG streptomycin successfully for the treatment of patients with pneumonic plague during the plague epidemic in Manchuria. In the late 1940s the technologies for the production of penicillin and streptomycin, as well as the relevant documentation, were transferred to civil healthcare institutions for the industrial development.
在国内文献中,盘尼西林、链霉素的工业化生产一般都归于民间机构和企业的代表。然而,军事科学家在解决这一问题中的关键作用仍然在幕后。本文的目的是总结关于苏联军事科学家在创造一种技术以获得苏联第一种抗生素方面所起作用的现有事实。1942年初,苏联所有与青霉素有关的工作都是由苏联医学科学院院士埃尔莫耶娃(Z. V. Ermolyeva)领导的。在研究的第一阶段,基于在床垫中培养产生抗生素的真菌的表面方法,应用了获得青霉素的技术。但这种方法不能满足国家对该药的需求。1944年初,苏联政府委托位于基洛夫的红军流行病学和卫生研究所(NIIEG)(现为俄罗斯联邦国防部联邦国家预算机构“第48中央研究所”的分支机构)解决青霉素和链霉素大规模生产的问题。1944-1945年,苏联军事专家第一次从NIIEG开发了一种技术,用于工业生产青霉素的深度方法与曝气。深耕是在工程师A. V. Krutyakov中校设计的耕作装置上进行的。在研究过程中,从大量研究菌株中筛选出一株产青霉素量最高的真菌(青霉菌chrysogenum 23248),并选择最有效的培养条件。苏联军事专家在开发盘尼西林深度生产技术期间获得的经验,在1946年至1947年期间作为创造从国内灰色链霉菌获得国内链霉素方法的基础。1947年,在满洲鼠疫流行期间,NIIEG的医务中校Nikolaev和民间医生Fedorinov和V. I. Gorokhov在世界上首次成功地使用NIIEG链霉素治疗肺鼠疫患者。在20世纪40年代后期,青霉素和链霉素的生产技术以及相关文件被转移到民间医疗机构,用于工业发展。