What do you think our genes are composed of? It is actually nucleotide residues! Nucleotide residues are small units which link up to form DNA, the fundamental particle of life. We would have no DNA, among other things loaded full of all the information that makes our bodies what they are.
DNA is like a magic recipe book for how we grow and work. Words are formed by the fusion of letters, and DNA is derived from nucleotide remains. So, the building blocks of DNA are four kinds of nucleotide residues: adenine (A), thymine (T), cytosine(C) and guanine(G). Think of these four nucleotide residues as the letters in our DNA alphabet! Every letter has a unique job, and when they come together in different arrangements create every instruction that our body requires.
In a way, you can think of your DNA as the huge instruction book for how our bodies are built. Every time our body needs to make something new, whether it be a protein that helps us grow or an enzyme to help with digestion, it reads the code for guidance inside of your DNA. DNA coded wrote This is our body instruction manual just like having brown eyes or if we taste food differently. Weird how something so minuscule can make up such a large part of who we are!
You see, sometimes our DNA gets damaged in such a way that at times the nucleotide résididues are changed. And those changes are called mutations, and theyre kind of like errors in the code that our bodies read. A few great examples of mutations: most don't affect you at all (fig 5). A common example is that someone with these mutated genes, like BRCA1 and BRCA2 gene mutation can be more susceptible to having cancer in breast or uterus. These mutations are the subject of very detailed scientific research to try and gain insight into how people could stay healthy as they aged, without getting these diseases.
Discovering information about nucleotide residues is what many researchers are currently studying to learn more for body functioning and staying healthy. But, they have revealed that certain nucleotide residues change more frequently and those mutated changes are the ones related to problems such as cancer. They also confirm that followup individuals with particular nucleotide determine to reply higher than others in some medications. By studying what the little things do, scientists can get crucial knowledge about how to keep our bodies in working order — and even figure out new ways of treating all sorts of illnesses.
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