Development of the basilar artery system in the human embryonic period

Cardiometry Pub Date : 2023-05-04 DOI:10.18137/cardiometry.2023.27.142149

A. V. Gorbunov, M. G. Kalugina

引用次数: 0

Abstract

The doctrine of the origin and development of cerebral arteries in the embryonic period of man in the XIX – XXI centuries was formed by I. Tandler (1899, 1902), H. Evans (1911), G.L. Streeter (1908, 1918), G.D. Aronovich (1939), D.N. Padget (1947 – 1972), N.V. Popova-Latkina (1954 – 1975), Y.N. Shapovalov (1963), A.G. Knorre (1967), I. Stanek (1977), B. Carlson (1983), A.V. Gorbunov (1998 – 2022), etc. To date, we have shown that basilar arteries are detected in embryos at 7 weeks of intrauterine development, posterior cerebral arteries with plexiform branching – at 8 weeks of intrauterine life, and persistent trigeminal arteries continue to be detected in prenatal embryos at 8-9 weeks of human prenatal ontogenesis. In prenatal embryos 7-8-9 weeks of prenatal ontogenesis, the basilar artery system provides the needs of the human intrauterine brain.

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人类胚胎时期基底动脉系统的发育

十九世纪至二十一世纪人类胚胎期大脑动脉起源和发育的学说由I.Tandler（18991902）、H.Evans（1911）、G.L.Streeter（1908、1918）、G.D.Aronovich（1939）、D.N.Padget（1947–1972）、N.V.Popova Latkina（1954–1975）、Y.Shapovalov（1963）、A.G.Knorre（1967）、I.Stanek（1977）、B.Carlson（1983）形成，A.V.Gorbunov（1998-2002）等。迄今为止，我们已经表明，在胎儿宫内发育7周时，在胚胎中检测到基底动脉，在胎儿出生8周时，大脑后动脉具有丛状分支，在人类产前个体发生8-9周时，继续在产前胚胎中检测出持久性三叉动脉。在产前个体发生7-8-9周的胚胎中，基底动脉系统提供了人类宫内大脑的需求。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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来源期刊

Cardiometry MEDICAL LABORATORY TECHNOLOGY-

自引率

0.00%

发文量

审稿时长

6 weeks

期刊介绍： Cardiometry is an open access biannual electronic journal founded in 2012. It refers to medicine, particularly to cardiology, as well as oncocardiology and allied science of biophysics and medical equipment engineering. We publish mainly high quality original articles, reports, case reports, reviews and lectures in the field of the theory of cardiovascular system functioning, principles of cardiometry, its diagnostic methods, cardiovascular system therapy from the aspect of cardiometry, system and particular approaches to maintaining health, engineering peculiarities in cardiometry developing. The interdisciplinary areas of the journal are: hemodynamics, biophysics, biochemistry, metrology. The target audience of our Journal covers healthcare providers including cardiologists and general practitioners, bioengineers, biophysics, medical equipment, especially cardiology diagnostics device, developers, educators, nurses, healthcare decision-makers, people with cardiovascular diseases, cardiology and engineering universities and schools, state and private clinics. Cardiometry is aimed to provide a wide forum for exchange of information and public discussion on above scientific issues for the mentioned experts.