Zs-Nagy Imre
Faculty of Medicine, Medical and Health Science Center, University of Debrecen, Debrecen, Hungary.
Interdiscip Top Gerontol. 2014;39:62-85. doi: 10.1159/000358900. Epub 2014 May 13.
This chapter is intended to outline the main results of a research trend realized by the author during the last 45 years, focused on the main role played by the cell membrane in the aging process. It is a very wide field; therefore, the reader cannot expect in this limited space a detailed description, but will be given a wide, interdisciplinary insight into the main facts and theories regarding cellular aging. The central idea described here is the concept called the membrane hypothesis of aging (MHA). The history, the chemical roots, physicochemical facts, biophysical processes, as well as the obligatory biochemical consequences are all touched in by indicating the most important sources of detailed knowledge for those who are more interested in the basic biology of the aging process. This chapter covers also the available anti-aging interventions on the cell membrane by means of the centrophenoxine treatment based on the MHA. It also briefly interprets the possibilities of a just developing anti-aging method by using the recombinant human growth hormone, essential basis of which is the species specificity, and the general presence of receptors of this hormone in the plasma membrane of all types of cells.
本章旨在概述作者在过去45年中所开展的一项研究趋势的主要成果,该研究聚焦于细胞膜在衰老过程中所起的主要作用。这是一个非常广泛的领域;因此,读者不能指望在这有限的篇幅中看到详细的描述,而是将获得关于细胞衰老的主要事实和理论的广泛的跨学科见解。这里所描述的核心观点是所谓的衰老膜假说(MHA)。通过指出那些对衰老过程的基础生物学更感兴趣的人获取详细知识的最重要来源,对其历史、化学根源、物理化学事实、生物物理过程以及必然的生化后果都进行了探讨。本章还涵盖了基于MHA通过使用盐酸甲氯芬酯治疗对细胞膜进行的现有抗衰老干预措施。它还简要解释了一种刚刚兴起的抗衰老方法的可能性,即使用重组人生长激素,其基本依据是物种特异性以及该激素在所有类型细胞的质膜中普遍存在受体。