Molecular Basis of Gene Mutation
The mutation is a process that can’t be seen from the outside of the body. This process is happening in the cellular structure of the body. More preciously, this process is going on inside the genetic structure of the cell. Genes are very small elements in the human body. Mutation occurs there inside any gene. Often genes are termed as a molecule of the body. As they are so tiny like any molecule. That is the reason; the mutation often has a relation with the molecular base.
Gene is nothing but some combination of different molecules. There are several amino acids are present those lead to the creation of any gene. Now, the mutation is happening in those amino acids. This means, in a very small molecular base the mutation process is going on. DNA has the gene & as there is a change in the gene, DNAs will also get change. As DNA get changes, the proteins that are produced from the DNA will also get affected. And a defective protein will influence the body differently. So, a small change in the molecule leads to a large change in the body. Mutation always arises in the molecule base. This means they will always be witnesses in a small amount. But their influence is much greater. That is the reason; mutation is being studied from a molecular basis.
Mutation
The human body might be visualized as a simple organism. But it is the combination of different complex processes. From the outside, a human body might resemble a very simple one. A body that has two arms, two legs & one head for monitoring purposes. But from the inside of the body, there are many surprises still present for scientists. One of the major surprises was the Genetic Sequence of humans. This is still a field where scientists are working to find out some important details. Genes or DNA are the micro-controlling areas in the human body. They are most important than the brain. As the brain is also functioning with the help of DNA & its sequences. Any changes in this structure might be fatal for the body. Mutation is one type of change in DNA.