标题:EFECTELE UNDELOR MILIMETRICE ASUPRA PROCESULUI DE DEZVOLTARE A POPULAŢIEI LEVURII SACCHAROMYCES CEREVISIAE CNMN-Y-20 ÎN FUNCŢIE DE DURATA IRADIERII
其他标题:THE EFFECT OF MILLIMETER WAVES ON THE DEVELOPMENT OF POPULATIONS OF SACCHAROMYCES CEREVISIAE CNMN-Y-20 YEAST STRAIN IN DEPENDENCE OF THE DURATION OF IRRADIATION
期刊名称:Studia Universitatis Moldaviae: Stiinte Sociale
印刷版ISSN:1814-3199
电子版ISSN:2345-1017
出版年度:2014
卷号:1
期号:71
页码:67-72
出版社:Moldova State University
摘要:În studiu sunt expuse rezultatele influenţei duratei de iradiere cu unde milimetrice cu frecvenţă extra înaltă(53,33 GHz-λ=5,6 mm) asupra dezvoltării generaţiilor populaţionale şi viabilităţii tulpinii de drojdii S. cerevisiaeCNMN-Y-20. S-a stabilit că iradierea tulpinii cu unde milimetrice cu frecvenţa enunţată timp de 5, 10, 15, 20, 25 minuteduce, în primele 6 ore de cultivare, la creşterea semnificativă a numărului de generaţii (cu 2,5 - 3,3 generaţii) şi a viabilităţiitulpinii comparativ cu martorul neiradiat. Efectul maximal de stimulare a viabilităţii (cu 56,2%) s-a observat după24 ore de cultivare la probele iradiate timp de 20 de minute
其他摘要:In this paper are presented results of the study of influence of the duration of irradiation by millimeter waves with extremely high frequency (53,33 GHz-λ=5,6 mm) on the development of population and viability of S. cerevisiae CNMN-Y-20 yeast strain. It was established that the irradiation of yeast strain by millimeter waves with extremely high frequency during the 5, 10, 15, 20, 25 minutes has conducted to the significant increasing of amount of generations (with 2,5-3,3 generation) and of the viability of the strain in comparison with control during the first 6 hours of cultivation. Maximum of stimulation of viability (with 56,2 %) was revealed after 24 hours of cultivation in samples irradiated during 20 minutes.
关键词:Saccharomyces cerevisiae; proliferare; viabilitate; unde milimetrice cu frecvenţă extra înaltă
其他关键词:Saccharomyces cerevisiae; proliferation; viability; millimeter waves with extremely high frequency