Scientific Research on Biomedical Engineering in Ukraine: Origins of Development

E. Tverytnykova, M. Gutnyk, H. Salata, N. Bachynska
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引用次数: 1

Abstract

The formation of scientific research in the field of biotechnology in Ukraine has been studied. It is proved that almost immediately after the discovery of X-rays by Conrad Roentgen the research on its practical application began in Ukrainian research centers. The role of Professor George De-Metz in the study of the effects of these rays on various living and lifeless objects was outlined; studying the natural radioactivity of living organisms and the effect of ionizing radiation on living creatures were shown. Experimental studies with X-rays were conducted by Professor of Physics of the Kharkiv Institute of Technology Oleksandr Pogorelko. He proved the practical significance of a new phenomenon for medicine, i.e. the use of X-rays to diagnose of different diseases. Research in the field of radiography was conducted by Mykola Pylchykov, which contributed to the creation, on his initiative, of the first Ukrainian institution of X-ray studies in Odessa. The use of ultrahigh frequencies for the treatment of patients with oncology, conducted by Academician Abram Slutskin in the Department of Biophysics, Ukrainian Institute of Experimental Medicine was highlighted. This department was established in 1933 by a scientist at the suggestion of his colleague, the head of the Department of Physiology of Kharkiv University Vasyl Danylevsky. Under the guidance of Corresponding Member Semen Tetelbaum, groundbreaking researches on the use of ultrasound for diagnosis were conducted. The created device for diagnosing of kidney stones, liver, the location of the tumor in the early stages, heart disease, was differed from similar of foreign samples by greater ease of use and reliability in operation. It was found that research in the field of biomedical engineering of the second half of the XX century developed in the cooperation with representatives of the medical industry of technical institutions of higher education. The achievements of the Department of “Department of Industrial and Biomedical Electronics” of NTU “KhPI” in the direction of biomedical electronics and the discovery of a new phenomenon of piezobiosynthesis in biological tissues, contributed to the improvement of cancer diagnosis.
乌克兰生物医学工程科学研究:发展的起源
对乌克兰生物技术领域科学研究的形成进行了研究。事实证明,在康拉德·伦琴发现x射线之后,乌克兰的研究中心几乎立即开始了对x射线实际应用的研究。乔治·德·梅斯教授在研究这些射线对各种生物和无生命物体的影响方面所起的作用被概述了;对生物的天然放射性和电离辐射对生物的影响进行了研究。哈尔科夫理工学院物理学教授Oleksandr Pogorelko进行了x射线实验研究。他证明了一种新现象对医学的实际意义,即使用x射线诊断不同的疾病。放射学领域的研究是由Mykola Pylchykov进行的,在他的倡议下,在敖德萨建立了乌克兰第一个x射线研究机构。强调了乌克兰实验医学研究所生物物理系的Abram Slutskin院士使用超高频治疗肿瘤患者的情况。这个系是1933年由一位科学家在他的同事,哈尔科夫大学生理系主任Vasyl Danylevsky的建议下建立的。在通讯委员Semen Tetelbaum的指导下,开展了超声诊断的开创性研究。该装置用于诊断肾结石、肝脏、早期肿瘤位置、心脏病,与国外同类样品相比,使用方便、操作可靠。人们发现,20世纪下半叶生物医学工程领域的研究是在与高等教育技术机构的医疗行业代表的合作中发展起来的。南洋理工大学KhPI“工业与生物医学电子系”在生物医学电子学方向上的成就,以及在生物组织中发现了一种新的压电生物合成现象,为提高癌症诊断做出了贡献。
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