DNAs QnAs: Is DNA Replication Always a Foolproof Process?
The world of DNA is filled with many questions such as is DNA replication always a foolproof process? It is a very complex world that can be confusing to the common folk, and truth be told, this kind of question is the question that common folks would ask. DNA replication is a strange process that naturally happens in our body, so you should not be afraid if the process does happen within.
What you should be worried about, though, is whether or not it will go successfully. The human body is filled with things or processes that even scientists have not fully understood yet. Heck, even scientists do not know what is the point of having an appendix in our body. Some suggested that an appendix can be safely cut while some suggested that an appendix must be kept to preserve the wholeness of our bodies. As the common folk, it is only right for you to not know and to never know what you should do with your appendixes until a research produce a solid standing on your appendixes.
But today’s article is not about appendixes, no. Today’s article is about DNA, and even though the DNA is something that not many ‘ordinary’ people understand about, the topic of DNA has already been researched so many times that scientists now know more about DNA than they know the appendixes. The DNA itself is involved in a whole lot of different processes that can alter it or destroy it, changing the whole balance within our body.
That being said, is DNA replication always a foolproof process? Today’s article will talk about DNA replication, it’s foolproofness, and how the replication process can affect your whole body. Check out below if you are curious about the topic of is DNA replication always a foolproof process:
DNA replication: what is it and how does it happen?
The term DNA replication is pretty simple to understand, actually. DNA is DNA, and replication is a process of making things even larger in number without having to reduce said things into smaller pieces (a multiplication process, you might say). In DNA replication, the thing that is being replicated is the DNA itself, and the process takes place in a nucleus of any given cell. The process will make your nucleus contain two copies of DNA of the same kind.
Now why would a DNA copies itself? Has it not stayed in a comfortable condition just being alone? Why does it feel the need to share a space with a copy of itself? Is DNA a sort of socialist being that it feels the need to have its others share the same spot as itself? While the hypothesis of DNA being a socialist is compelling to learn, the truth is far from that. DNA, of course, cannot and will never be able to understand Marx’s teaching. They are simply acting on ‘instinct’ for a lack of better word.
DNA replication is a part of something bigger, something that also naturally happens in our body. DNA replication is a process that took place before a cell divides. Before a cell can divide, it needs to have the same set of DNA within so that the resulting daughter cell or cells can have that particular DNA in it as well. If the younger DNAs do not have that same cell, something can happen to your body. That something can be bad or it can lead to nothing. The latter occurs more often than the former, but there is still a chance for the former to happen as well.
How does a DNA replicate? What are the things involved in it?
Before the replication process can take place, there are several things that the cell need to have. First, the cell needs to have a place for the replication process to take place. These places are known as ‘origins’ because they are obviously the origin of the replication process. These spots will then be marked by the proteins that initiate the process. The initiator proteins are different between different cells, all dependent on what kind of cell that is going to divide.
When the pioneering protein has found the origin point, that certain protein will then recruit the other proteins to its gang. This helps the pioneering protein in unwinding the DNA, making it easier to replicate.
The rest of the process involves biochemical things in it, which can be pretty confusing for some. In short, the DNA undergoing the replication process will go through a forking process before the process finally end. Before you know it, there is already a new cell with the same type of DNA within your body.
If you are asking whether you can feel the replication process, then the answer is no. You cannot feel it because it is such a molecular process, meaning it would not have any direct significant impact on your body. However, keep in mind that an error in the replication process can lead to many bad things or it would not lead to anything at all.
So is DNA replication always a foolproof process?
No, actually. The DNA, while it has many measures that can be taken to prevent errors, is still filled with many ‘holes’ in it. Errors can happen, and those errors can lead to things that are considered bad. This error happens if the younger cell contains a different strand of DNA than the parent cell. These errors can be safe, but they can also cause a certain mutation in your body. While it might sound cool to have your body mutate like those mutants you might have seen in the movies or in the comics, real mutations do not happen like that. You would not be able to shoot lasers out of your eyes, but you can instead grow more fingers or grow eyes in places where it should not grow. If those two are your definition of fun, then by all means go for it.
One more thing that you should know is that DNA mutation can also lead to cancer. You heard it right, people. If something bad happens to your DNA cell, it might change the system of your body, leading to an unregulated cell growth. This, of course, will lead to cancer.
You should not be living in paranoia, though.
While there can be errors in the replication process, you should not be paranoid about it. These errors rarely happen and will not strike the common folks that often. Like it has been explained above, these errors can happen, but they do not always lead to bad things. You can live your lives knowing that the errors would not do bad things to you. Hope this clears the ‘is DNA replication always a foolproof process’ question, folks.