Basic Difference Between Cistron and Exon; What is the Difference Between Cistron and Exons?; Why Should We Study the Differences Between Cistrons and Exons?;
Cistrons and exons are two important components of DNA. Cistrons are the basic structural units of DNA, while exons are the parts of cistrons that are actually used to produce proteins. The difference between cistrons and exons is important because it affects how proteins are produced.
Cistrons are the basic structural units of DNA. They are made up of a sequence of DNA bases, and they contain the information that is used to produce proteins. Exons are the parts of cistrons that are actually used to produce proteins. They are made up of a sequence of DNA bases, but they also contain information about how the protein is to be produced.
The difference between cistrons and exons is important because it affects how proteins are produced. Proteins are produced by reading the sequence of bases in a cistron and then assembling the protein based on the instructions in the exon. If the exon is missing or changed, the protein may not be produced correctly. This can lead to diseases such as cystic fibrosis.
The differences between cistrons and exons are also important for research purposes. By understanding the differences between cistrons and exons, scientists can learn more about how proteins are produced and how they function. This information can be used to develop new treatments for diseases that are caused by incorrect protein production.
