35-40岁人群违反再生对性激素分泌减少的影响。

Q4 Biochemistry, Genetics and Molecular Biology
Journal of Stem Cells Pub Date : 2016-01-01
A V Pechersky
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引用次数: 0

摘要

随着年龄的增长,多能干细胞的数量逐渐减少。它导致35-40岁以上人群的组织,包括内分泌器官的组织更新受到破坏。人工形成嵌合个体可用于恢复40-50岁以上患者的多能干细胞库。从18-23岁的年轻献血者那里获得与接受者相同血型和性别的外周血的单个核部分输血(俄罗斯联邦专利№2350340),允许40岁以上的人重建多能干细胞库,组织更新过程和性激素的产生,也可以被视为减少生物年龄的有希望的方法。在提供显著延长生命的同时,保持高质量的生活。外周血单核部分的输注需要进行多次,才能完全恢复受者多能干细胞库的数量强度。40岁以上接受同种异体多能干细胞输注后再生重建的有效性取决于受体和年轻供体的年龄差异。当年龄在40岁以上的年轻供体和受体之间存在重大差异时,供体的多能干细胞的增殖潜力(其维持自身数量的能力)高于受体的增殖潜力。作为对集落刺激生长因子形成的反应,这导致供体多能干细胞骨髓中输入和形成的集落在更新其所有组织时优于受体的类似细胞。后者的发生主要是由于供体的干细胞。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Influence of Violation of Regeneration in People over 35-40 Years Old on Decrease in Production of Sexual Hormones.

With age the quantity of pluripotent stem cells gradually decreases. It leads to violation of renewal of tissues, including tissues of endocrine organs, at people over 35-40 years old. Artificial formation of the chimeral individual may be used for recovery of the pool of pluripotent stem cells in patients older than 40-50 years old. Transfusions of mononuclear fraction of peripheral blood procured from young donors 18-23 years old with the same blood groups and sex as the recipient (patent of the Russian Federation № 2350340), allows people over 40 years old to reestablish the pool of pluripotent stem cells, the process of tissue renewal and the production of sex hormones, and can also be seen as a promising way to reduce biological age, while providing a significant prolongation of life and while maintaining a high quality of life. Transfusions of mononuclear fraction of peripheral blood are required to be carried out multiple times before the restoration of the numerical strength of the recipients' pool of pluripotent stem cells is complete. The effectiveness of regeneration reconstitution in individuals older than 40 years old upon receiving transfusions of allogeneic pluripotent stem cells depends on the difference in age between the recipient and the young donor. When there is a major difference in age between young donors and recipients over 40 years old, the proliferative potential of pluripotent stem cells of donors (their ability to maintain the number of own pool) is higher than the proliferative potential of the recipient. In response to the formation of colony-stimulating growth factors, this leads to the dominance of transfused and formed colonies in the bone marrow of the donor's pluripotent stem cells over the analogous cells of recipients when renewing all of their tissues. The latter occurs mainly due to the donors' stem cells.

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来源期刊
Journal of Stem Cells
Journal of Stem Cells Medicine-Transplantation
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