Transfer of genetic information in an organism.

Kordyum VA; Shpylova SP; Andrienko VI; Sukhorada OM; Ruban TA; Deryabina OG

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Transfer of genetic information in an organism.

机译：生物体中遗传信息的转移。

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New knowledge in biology led us to a better understanding of organization and functioning of living organisms. Today, re-evaluation of our concept of human biology is taking place. Theoretical analysis shows that taking into account the complexity of the organism and frequency of spontaneous mutations, it is impossible to explain the real time of organismal life. Therefore, besides extant systems, other repair systems must also exist. There are three "levels" at which a cell population withstands mutational pressure. First - intracellular (repair), second - intercellular (all forms of informational flows), and third - cellular replacement. Stem cells undertake regenerative functions following damage at the level of the tissue. They are also influenced by mutations, and for stem cells, it is most important that they preserve and support their full activity.

机译：生物学方面的新知识使我们对生物体的组织和功能有了更好的了解。今天，人们对我们的人类生物学概念进行了重新评估。理论分析表明，考虑到生物的复杂性和自发突变的频率，不可能解释生物生命的实时性。因此，除了现存的系统外，还必须存在其他维修系统。细胞群体可承受突变压力的三个“水平”。第一-细胞内（修复），第二-细胞间（所有形式的信息流），第三-细胞置换。干细胞在组织水平受损后具有再生功能。它们还受到突变的影响，对于干细胞而言，最重要的是保留并支持其全部活性。

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来源
《Cell biology international.》 |2005年第1期|共3页
作者
Kordyum VA; Shpylova SP; Andrienko VI; Sukhorada OM; Ruban TA; Deryabina OG;
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正文语种 eng
中图分类细胞生物学;
关键词
Cell Communication; Gene Transfer; Horizontal; Stem Cells; 细胞交流; 干细胞;

机译：Cell Communication;Gene Transfer;Horizontal;Stem Cells;细胞交流;干细胞;

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专利

1. Transfer of genetic information in an organism. [J] . Kordyum VA, Shpylova SP, Andrienko VI, Cell biology international. . 2005,第1期

机译：生物体中遗传信息的转移。
2. Integrative physiology and functional genomics of epithelial function in a genetic model organism. [J] . Dow JT, Davies SA Physiological Reviews . 2003,第3期

机译：遗传模型生物中上皮功能的整合生理学和功能基因组学。
3. Population Genetics of Drosophila ananassae: Variation in the Degree of Genetic Divergence in Populations Transferred to Laboratory Conditions [J] . Pranveer Singh, Bashisth N. Singh Zoological Studies . 2008,第6期

机译：果蝇的种群遗传学：转移到实验室条件下的种群遗传差异程度的变化。
4. Multifactorial Cellular Genetic Algorithm (MFCGA): Algorithmic Design, Performance Comparison and Genetic Transferability Analysis [C] . Eneko Osaba, Aritz D. Martinez, Jesus L. Lobo, IEEE Congress on Evolutionary Computation . 2020

机译：多因素细胞遗传算法（MFCGA）：算法设计，性能比较和遗传转移性分析
5. Identification and characterization of an Enterococcus faecalis capsular polysaccharide genetic determinant and the contribution of the capsular polysaccharide to the biology of the organism. [D] . Hancock, Lynn Ernest. 2001

机译：粪肠球菌荚膜多糖遗传决定因素的鉴定和表征以及荚膜多糖对生物的生物学作用。
6. Further thermal characterization of an aspartate aminotransferase from a halophilic organism. [O] . F J Muriana, M C Alvarez-Ossorio, A M Relimpio 1994

机译：来自嗜盐生物的天冬氨酸转氨酶的进一步热表征。
7. Structure of a new antibiotic curromycin A produced by a genetically modified strain of Streptomyces hygroscopicus, a polyether antibiotic producing organism. [O] . MITUO OGURA, HIROSHI NAKAYAMA, KAZUO FURIHATA, 1985

机译：通过遗传修饰的链霉菌湿润菌株，一种聚醚抗生素产生生物体产生的新抗生素杂霉素A的结构。
8. "Studies on the nature of the genetic material transferred during conjugation in Escherichia coli." and "Genetic and biochemical studies on the cell-free formation of tryptophan synthetase in Escherichia coli." [R] . 1963

机译：“在大肠杆菌结合过程中转移的遗传物质的性质研究。”和“在大肠杆菌中无色素形成色氨酸合成酶的遗传和生化研究”。

Transfer of genetic information in an organism.

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