Human beings are by nature fairly social. They live in societies. Now, given the social nature of the species, the societies they live in are generally composed of different communities. Those communities can be further broken down into families and friend groups. Even that can still be whittled down to individual people. But that is not where it stops. An individual person can be broken down into different overlapping systems, the respiratory, the nervous system and so on and so forth. But that is not where it ends, because everything in the world is made of up of cells, and those cells are composed of other organelles. Now, humanity is a species that likes to exert control over its surroundings, so they will experiment with a genetically engineered organelle or two to exert control over something that the naked eye is incapable of perceiving.
The first thing that should be done is to explain just what exactly an organelle is. Well, a person has internal organs, and those internal organs all perform a specific function to make that person keep on living. An organelle is much like that for a cell.
Take for example the mitochondria. Yes, there be many jokes on the internet about how it is the powerhouse of a cell, mostly by adults who learned about it in high school and yet never learned anything useful like how to register to vote or acquire their own health insurance. But that is exactly what it is. It is the part of the cell that turns energy into a form that a cell can use.
Next up is the concept of genetic engineering. The main reason for its existence is in the name of the practice itself. It is when genetics are engineered Essentially, the genetic structure of an organism is hit with some modifications, usually from an outside source. It is similar to evolution, except that a scientist is the one who is deciding what happens next.
There are a number of applications for the practice. Take the field of agriculture as an example. Crops can be modified. They can be made to grow more and grow faster. They can also be made more resistant to pests, nullifying a huge amount of the need for pesticides. They can also be made to travel better, so that they can be shipped off to more places.
But, as great as that sounds, genetic engineering does come with its fair share of controversy. This is particularly endemic when it comes to its applications in regards to people. There are those out there who want to believe that there exists a cabal of scientists looking to create a master race.
Scientists may be somewhat hard to find. This is because those who can engineer organelles are generally specialists in the field of genetics. And specialists in any field are pretty hard to come by. But top research universities should have at least some of them.
Now, there are some ethical implications to any science experiment. Everything should be done safely and properly. The scientific method, the step by step guide by which all experiments are conducted, should be adhered to.
Progress is the nature of the world. There be those who can push that progress forward. They should just be given the opportunity to do so. There be those who look to stop them, however the thing about progress is that its not something that can be denied. It will happen, it can be slowed down, however it can never be stopped.
The first thing that should be done is to explain just what exactly an organelle is. Well, a person has internal organs, and those internal organs all perform a specific function to make that person keep on living. An organelle is much like that for a cell.
Take for example the mitochondria. Yes, there be many jokes on the internet about how it is the powerhouse of a cell, mostly by adults who learned about it in high school and yet never learned anything useful like how to register to vote or acquire their own health insurance. But that is exactly what it is. It is the part of the cell that turns energy into a form that a cell can use.
Next up is the concept of genetic engineering. The main reason for its existence is in the name of the practice itself. It is when genetics are engineered Essentially, the genetic structure of an organism is hit with some modifications, usually from an outside source. It is similar to evolution, except that a scientist is the one who is deciding what happens next.
There are a number of applications for the practice. Take the field of agriculture as an example. Crops can be modified. They can be made to grow more and grow faster. They can also be made more resistant to pests, nullifying a huge amount of the need for pesticides. They can also be made to travel better, so that they can be shipped off to more places.
But, as great as that sounds, genetic engineering does come with its fair share of controversy. This is particularly endemic when it comes to its applications in regards to people. There are those out there who want to believe that there exists a cabal of scientists looking to create a master race.
Scientists may be somewhat hard to find. This is because those who can engineer organelles are generally specialists in the field of genetics. And specialists in any field are pretty hard to come by. But top research universities should have at least some of them.
Now, there are some ethical implications to any science experiment. Everything should be done safely and properly. The scientific method, the step by step guide by which all experiments are conducted, should be adhered to.
Progress is the nature of the world. There be those who can push that progress forward. They should just be given the opportunity to do so. There be those who look to stop them, however the thing about progress is that its not something that can be denied. It will happen, it can be slowed down, however it can never be stopped.
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