The Mystery Of Human Life Form

When I started this article, I didn’t write about Aristotle’s life. The idea of being spontaneous or self-contained in life is very old. The evidence is also found in Aristotle’s writings. Although he knew that the organism was born from the organism, Aristotle believed that some small animals were spontaneously born. His famous book History aluminium gives a similar description:

“Most fish are born from eggs. But there are fish that are born from mud and sand. Once a pond near Nidos dried up and its mud dried up. Then after several days, the pond was filled with rain. It showed a variety of small fish like mullets. So it is clear that some fish are born spontaneously. She doesn’t need eggs or sex. “

Aristotle’s description may be a laughing stock in the context of today’s wisdom.

We often hear the same thoughts about life as the boy has become like his father, the girl’s intelligence is like her mother, we hear her say things like that, and we see it in reality. But how does the parent’s characteristics transfer to the child? The answer to this question is the name of the branch of science that is discussed. Generations after generation these properties are transferred through certain objects called genealogical objects. The main component of the family is chromosome. Let’s discuss this chromosome.

The human body is made up of numerous cells. Each cell has a center called nucleus. The nucleus is in the chromosome, in pairs. Chromosome is a microorganism composed of a molecule that is capable of producing a color-bearing nucleus within the cell nucleus, which plays a major role in the process of hereditary etc. Chromosomes can also be in cytoplasm outside the nucleus.

Each nucleus has a specific number of chromosomes according to the characteristics of the species. The original cell does not have any well-formed nucleus and does not have a well-formed chromosome. Chromosome is the only cell that is seen in the meta-phase phase of the division of the microscopic. The physical structure of the well-formed chromosome can be divided into the following sections:

I. Pelican

II. Matrix

III. Chromed

IV. Chromonemata

V. Centromere

VI. Secondary Scum

VII. Satellite

VIII. Telomere

The Telomere is currently being researched in this physical structure. Scientists believe that the age of the organism can be fixed in a certain place by controlling the Telomere. The only area on the top of the Chromonemata of Telomere where DNA is a link. The normal cell is small in the cell division of each cell and the cell dies when the length of the Telomere reaches the limit. This Telomere is controlled by telomares enzyme, so scientists are very optimistic about it, perhaps in the near future we can put the body clock on a certain period of time. Now let’s briefly mention the chemical composition of chromosomes, the chemical elements of the Chromonemata include DNA, RNA, non-histone proteins, other compound proteins, lipids, enzymes and various ions. For so long, only the structure of the Chromonemata has been mentioned but it is not known what its function is, Chromonemata is called the container and carrier of the family because it transports the characteristics of the organism, helps in the cell division, the gene is determined. That’s why Chromonemata is called the foundation of life.