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I learned more about cloning, and how it works. I also learned how genetically modified organisms can have a big impact on all kinds or animals, and organisms.

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I have learnt that natural and artificial selection are two totally different things.
Artificial selection being when humans modify genes in organisms and natural selection is when nature changes/ modifies genes in organisms. The best thing/ coolest thing I learnt was gene therapy, I found that very interesting because its cool thinking of how doctors can insert genes to cure other genes.

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I have learned that artificial selection is the process in which humans breed plants and animals to create more desirable characteristics for organisms. Humans are in total control of this process as they are the ones who create needed traits within organisms for their benefit. There are many advantages to the process of artificial selection. For instance, farmers are able to produce crops in larger quantities, which eventually enhances their profitability. Artificial selection also allows more muscle tissues to grow within animals for consumption. Despite the benefits mentioned, there are a few drawbacks to this process. At times there will be consequences for trying to get a needed trait. Factors that are needed to achieve a desired trait of a certain organism, can have a negative impact on it. Moreover, artificial selection reduces variation amongst a population. When there is less variation amongst a population, then there is more chance of harmful mutations occuring. I have also learned that technologies such as CRISPR will have a major impact on the future as it will be able to change the way traits are inherited.

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I learnt more about natural selection and artificial selection, and I now know that natural selection is the work of nature whilst artificial selection is done by humans. I learnt that artificial selection is beneficial for diseases and producing traits faster, and about the risks and about the similarities and differences of natural and artificial selection.

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I learnt that artificial selection is the process of breeding specific organisms to get the specific trait, The inheritance of traits is controlled by humans because scientists have found various different ways in which they can edit the genes inside the organisms like CRISPR and TALEN. For example, a group of scientists from North Korea and China used genetic engineering on a group of pigs to make them more muscle-built and bulkier through a method called TALEN.

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I learnt about the difference between natural selection and artificial selection, and genetic engineering. Artificial selection is done by humans, instead of nature. In Artificial selection, animals/plants with benefits to humans are bred, and animals that are useless to humans die out. One main downside to artificial selection would be that organisms that have be artificially selected may not be able to live in the wild anymore due to the genetic change. I also learnt about genetic engineering. Genetic engineering allows human to change the genetic material in an organism. This can lead to the organism developing new traits, that would be beneficial to humans. In addition, genetic engineering can also be used when treating certain diseases. If successful, in the future humans may use genetic engineering to treat diseases instead of drugs.

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I have learnt that artificial selection is when two animals are intentionally breed to create a offspring with a desirable trait. An example I learned is that tomatoes have been genetically modified to have a longer shelf life.

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Throughout this research I learned a lot more on natural selection, artificial selection and how technology allows humans to influence inheritance of traits. Although artificial and natural selection may seem pretty similar, they each contain various key differences. During natural selection, nature is in control, however in order for there to be natural selection, there must be a variation in the population meaning different traits within the specie and some traits must be more advantageous than others so individuals that adapt to the environment better than those who don’t, will survive and reproduce to increase in population. On the other hand, during artificial selection, humans are able to change species by breeding it for certain traits and humans can be known as selective agents. In addition, I have learned that such technologies like CRISPR, gene therapy and cloning can influence the traits in organisms; CRISPR and gene therapy help treat and prevent any harmful diseases or disorders while cloning makes desired traits to pass on. All in all, artificial and natural selection are really the same process but one is driven by man and advanced technologies while the other is driven by an organism's traits that allow them to survive and reproduce.

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Artificial Selection is when two organisms of particular traits breed together to make an offspring with their similar traits, but humans are involved in the process. In other words, it's unnatural breeding. This breeding is used with domestic animals or plants such as dogs, corn, cows, tomatoes, pigs, etc. Many people have encouraged inheritance of traits, mostly for personal benefit. This action changing animal traits will impact our world massively. Scientists will have found ways to have genetically modified many things we do daily. Like eating. We will soon have muscular cows on our plates, and we will not even know it. This discovery will surely change the world.

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While working on this assignment, I have learned that artificial selection is a form of genetic engineering where humans extract desired characteristics from plants and animals to breed together. It is a process that farmers have been using for over 10,000 years. Artificial selection in agriculture is mainly used for:

Increased production of animal meat and milk.

Crops and food resistant to illnesses, diseases, and insects.

Even though artificial selection may have several benefits to the plants and animals, it may result in some negative factors such as soil conditions, increased susceptibility to disease, etc. as the plants begin to evolve and reproduce. Also, as the offspring begin to inherit similar, if not identical, genetic information to their parents and other organisms in their population, the gene pool begins to decrease. From this, harmful mutations in the organisms can occur.
Several gene-modifying technological devices and advancements have arose from the several scientific studies humans have made over the past decade. Techniques such as CRISPR Cas9 and TALEN allow humans to experiment and alter the functions and traits of organisms and humans, whether that be through replacing the letters in a DNA sequence or inserting new ones. It has, and will continue to, create a fascinating world of science and knowledge, with a completely different definition to existence.

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I have learned that artificial selection is breeding organisms to get the desired traits for that organism, like more edible material or resistance to a disease.

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i learned that artificial selection is when you breed two organisms and take 2 wanted traits from each organism to create an organism that the scientist desires so they can use them.

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I learnt that artificial selection is the breeding of animals in order to produce desirable traits. I also learnt that artificial selection is beneficial for diseases.

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What I learnt about artificial selection and natural selection is that Natural selection happens because of nature changes the genes in the organism and artificial selection is when the humans are in control of the organism.

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I have learnt that artificial selection is a process when two organisms that have traits that are an advantage breed together to create an offspring that has similar traits. Humans influence inheritance of traits by copying the skill to create animals/humans with specific traits therefore they can benefit from it. I also learned that gene therapy is a way to prevent or treat a disease.

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I have that artificial selection is the process in which you breed two different organisms in order to get an offspring with a desired trait. For example, farmers that breed cows changed their body structure into making them have more muscle therefore more meat for consumers to eat. Although this is still prohibited from the market it soon will be benefiting farmers a lot as they will be making more profit in a shorter period of time. I also learnt about gene therapy and how genes can be inserted into someone in order to cure a disease.

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I have learnt that artificial selection a process in which you breed two organisms with desirable traits to get the best organism. For example farmers have used it for the plants they grow because it grows at a faster rate however, I also learnt that artificial selection has many downfalls and when you come to think about long term, artificial selection, is not the best. I also learnt about gene therapy. Something I thought was cool because doctors inject genes into someones cells to cure the disease that person has instead of surgery or drugs.

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I have learnt about a couple of interesting topics. I learnt about artificial selection, which was about the offsprings that were created in a way that the humans wanted it to be. The humans made two desirable animals, with the same benefitial traits, to create an offspring in order for it to come out with those specific traits. Then I learnt about natural selection, which was about animals surviving an area with the help of their traits. In another case, it is also about two animals reproducing with no human interference. After learning a bit of those topics, I learned about gene therapy, which seemed really cool because it was the process of where scients/doctors would inject genes into someone's cells to fight off diseases or disorders the person has.

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I have learnt that artificial selection is where you breed two organisms with the desirable traits to get the perfect organism. Farmers have used it for the plants they grew and for the animals they used. I learnt that natural selection wasn’t only the type of selection that occurs in our world. In addition, I learned the impacts that technology has had in our understanding of inheritance of traits. It has let us go further and do the impossible.

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Artificial selection is the process in which two organisms with desirable traits are breed together to produce an offspring with similar traits. Humans have manipulated this ability to create breeds and animals with certain traits so that they could benefit from it. For example, farmers which modify the structure of an animal such as a cow, completely change its natural figure and create such muscular creatures, just to be able to sell larger quantities of muscle mass in a shorter time. On the bright side, information we have gathered from experimenting and modifying organism genetically has expanded our knowledge on how gene functions operate. These advancements have allowed us to create technologies that are very meticulous and have surpassed previous ways humans influence inheritance of traits.

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I have learnt the different types of artificial selection technologies that are still advancing and soon going to impact the future of inheritance to a great extent. Furthermore, I have learnt about the advantages and disadvantages that artificial selection can hold. It can be good for producing traits faster and enhancing the quality of what is being changed. On the other hand, they can have risks and there can still be disadvantages to organisms by altering a specific trait.

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Humans influence the inheritance of traits in thousands of living organisms through the process of selective breeding, and, after the recent development of the technology, genetic engineering as well. Selective breeding, or artificial selection, allows humans to breed specific organisms so that the offspring have traits which are beneficial to humans. Genetic engineering allows humans to alter the genes of an organism (i.e. through inserting a specific gene of another organism), in a way such that the new genetic code of the organism develops traits beneficial to humans. Despite the fact that the processes are different, they both meet the same purpose of artificially influencing the traits of an organism. An example of a living organism which humans have modified is the dog; the species of dog has been modified in several ways to create different breeds of dog (eg. bulldogs, and collies), creating a variety of pets for humans to keep. The impact of modifying organisms is both positive and negative, for both animals and humans. As the idea of modifying organisms becomes more advanced, scientists are starting to come up with new technologies, such as the CRISPR CAS9, which allow humans to influence the traits of living organisms in more efficient, and more beneficial manner; such technologies are also opening doors for research about genetically modifying humans. One of the many positive impacts of the developments of such new technologies is that the fields of artificial selection and genetic engineering are being able to spread to benefit other industries such as healthcare; for example, scientists can use new genetic engineering technologies for things like gene therapy, to provide highly sophisticated medical care to humans. It can be seen that as scientists understand how traits are passed down, and how traits affect an organism, scientists can use new technologies to alter living organisms in ways which benefit humans in ways never thought possible before.

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I've learnt that artificial selection has many benefits. For example, growing crops at a faster rate. But, artificial selection has many downfalls, and in the long term is not the best option. Many technologies like the Crispr are influencing the inheritance of traits, and at a point will influence our world immensely.