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  • Essay / Artificial life: current advances and future challenges

    Living beings are all made up of cells. Cells are the smallest unit of all living organisms. Without cells, there would be no life. So once you create cells, you can create life. The defining characteristics of life are the ability to respond to the environment. The ability to grow. Be able to reproduce and transmit traits. Have the ability to breathe. The ability to excrete. Say no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”? Get an original essay on the ability to eat and use nutrients. If a person possesses the ability of all of these, he is not considered a living being. An artificial cell is an artificial cell that has characteristics and functions similar to those of a biological cell. In other words, an artificial cell will be able to do whatever you want it to do based on what you put into it. An artificial cell is constructed by first decoding the chromosome of a biological cell. They read each of the cells and copy the code, using this code they create a new chromosome. This is done by putting together pieces of DNA from the old one. They then inject the chromosome into a new bacterial cell which clones itself. This could mean that scientists are able to customize their own cells by taking the characteristics they want from other cells for the benefit of humanity. The technological breakthrough of artificial cells has given humanity new hope. If this happens, we will have a chance to reverse the effects of global warming. The breakthrough of this technology also gives hope to people infected with different types of diseases such as cancer. In addition, people suffering from organ failure and needing a transplant can benefit from it, because it is too expensive and too rare to find an organ that is suitable for the host. The creation of artificial cells could be the solution to all these problems. Artificial cells can also increase everyone's lifespan. It depends on whether you have the power to do so. This study could benefit people with diseases such as cancer. If the patient suffers from lung cancer, doctors could use artificial cells to create an entirely new pair of lungs using the patient's DNA, meaning there would be no incompatibility. Or, when a patient is infected with harmful bacteria, they can create disease-fighting cells, just like white blood cells, but stronger and better. This study could also reverse the effects of global warming by creating bacteria that feed on greenhouse gases, particularly carbon dioxide, and produce oxygen. Moreover, if this technology is well developed, scientists will be able to give any individual the ability to live an infinite number of years. This would be easily done by simply replacing broken or damaged organs with new ones. Allowing the individual to never die from reasons such as organ failure or cancer. Artificial cells are like biological cells that they need for nourishment. When you inject artificial bacteria into a patient to fight diseases, it means that they are feeding on the disease and once they are rid of the disease, they will have nothing left to eat. To keep the engineered bacteria alive, they will start feeding on other bacteria in the patient. Which means that the.