Significance of the theoretical concept of ``Gene Maturation Clock'' and Attempts to further clarify it

R. Santhoshkumar
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Abstract

This article explains the merits and significance of the “gene maturation clock’. In addition an attempt is made to resolve the complexities and confusions of the original article. This includes “0” to “100% clockwise direction”, “100” to 0% anticlockwise”, “silent condition” and “On” and “Off” conditions. The resulting features of these four conditions are described in great detail here. The previous article explained that when a clockwise movement occurs (when a gene moves from 0 percent to 100 percent) a particular quality increases over time. The article goes on to say that this is a positive movement in living things. But this article tries to explain that this kind of movement is not always good for living things. The second condition is that a specific quality decreases over time when an anticlockwise movement occurs (when a gene moves from 100 percent to Zero percent). The article goes on to say that this is a negative movement in living things. But this article tries to explain that this kind of movement is not always negative for living things. The third condition is the silent condition. This only happens after a particular character has reached one hundred percent. This is, if the gene continues to move clockwise even after reaching 100%, it will go directly 0%. As a result, that particular trait disappears very quickly from a person. Fourth, the article describes two situations, i.e. “On” and “Off” conditions. Both of these situations will be after a particular character reaches one hundred percent. If the gene transfer takes will not be passed on to the next generation. But if the gene is passed on in the “On” state, that particular trait can be passed on to the next generation. But overtime, that particular trait is likely to diminish. This article describes it in great detail. All four of these conditions can be experienced as good or bad in individuals in one way or another. That is, the outcome depends on the “behaviour” that can be transmitted. With this theory, we can understand how much a person’s behavior will change in the future. More precisely, if we observe the previous two or three generations of person, we can know for sure whether a trait that existed in that person at that time will increase or decrease. An example of this is the ability of the father of a famous singer to sing and the different abilities of his two children. The famous singer is more talented than his father, but one of his two sons sings well, but the other son does not want to sing. This article explains the reasons for these differences. Furthermore, the section describing the significance of this article in detail and it relates to a person’s life.
“基因成熟时钟”理论概念的意义及进一步澄清
本文阐述了“基因成熟时钟”的优点和意义。此外,还试图解决原文章的复杂性和混乱性。这包括“0”到“100%顺时针方向”,“100”到0%逆时针方向”,“静音条件”和“开”和“关”条件。这里将详细描述这四种情况的结果特征。前一篇文章解释了当顺时针运动发生时(当基因从0%移动到100%时),特定的质量会随着时间的推移而增加。文章接着说,这是生物的积极运动。但这篇文章试图解释,这种运动并不总是对生物有益。第二个条件是,当一个特定的质量随着时间的推移而发生逆时针运动(当一个基因从100%移动到0%时)。文章接着说,这是生物的一种消极运动。但这篇文章试图解释,这种运动并不总是负面的生物。第三个条件是沉默条件。这只会在特定字符达到100%后发生。也就是说,如果基因在达到100%后继续顺时针移动,它将直接移动到0%。因此,这种特质很快就会从一个人身上消失。第四,文章描述了两种情况,即“开”和“关”情况。这两种情况都发生在特定角色达到100%之后。如果基因转移成功就不会遗传给下一代。但是,如果基因在“开启”状态下传递下去,那么这种特殊的特征就可以传递给下一代。但随着时间的推移,这种特质可能会减弱。本文非常详细地描述了它。所有这四种情况都可以以一种或另一种方式在个人身上体验到好或坏。也就是说,结果取决于可以传递的“行为”。根据这一理论,我们可以了解一个人的行为在未来会发生多大的变化。更准确地说,如果我们观察一个人的前两代或三代,我们就能确切地知道那个人当时存在的某种特征是会增加还是减少。这方面的一个例子是一位著名歌手的父亲唱歌的能力和他的两个孩子的不同能力。这位著名的歌手比他的父亲更有才华,但是他的两个儿子中的一个唱得好,而另一个儿子却不想唱。本文将解释产生这些差异的原因。此外,该部分详细描述了这篇文章的意义,它涉及到一个人的生活。
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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