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DNA sequencing is one of major breakthroughs in science and medicine. It can be used in various purposes such as for detection of mutations, identifying human haplotypes, typing microorganisms, and designating polymorphisms; all of which allows us to draw a deeper understanding of how living organisms live, interact, and adapt to their environment.

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the order of nucleic acid residues in biological samples is an integral component of a wide variety of research applications. Over the last fifty years large numbers of researchers have applied themselves to the production of techniques and technologies to facilitate this feat, sequencing DNA and RNA molecules. This time-scale has witnessed tremendous changes, moving from sequencing short oligonucleotides to millions of bases, from struggling towards the deduction of the coding sequence of a single gene to rapid and widely available whole genome sequencing. This article traverses those years, iterating through the different generations of sequencing technology, highlighting some of the key discoveries, researchers, and sequences along the way.

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The benefits we can get from being capable to sequence DNA are very crucial in everyday life. This science breakthrough allows us to determine genetic properties of various organisms which helps us in different ways such as; in viruses- we are able to learn the most important things about it such as from where it came from and how to eliminate them or at least create a solution to prevent us from acquiring it; in humans- we may use it in crime scenes, parent-offspring confirmation, etc.; and DNA sequencing may also be used as powerful proof of the theory of evolution.

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DNA sequencing is one of major breakthroughs in science and medicine. It can be used in various purposes such as for detection of mutations, identifying human haplotypes, typing microorganisms, and designating polymorphisms; all of which allows us to draw a deeper understanding of how living organisms live, interact, and adapt to their environment.

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DNA sequencing has an important role in pharmacogenomics. Pharmacogenomics looks at how a person’s individual genome variations affect their response to a drug. Such data is being used to determine which drug gives the best outcome in particular patients. For medical advances through the study of the human genome as well as the genomes of infectious organisms. Analysis of microbial genomes has contributed to the development of new antibiotics, diagnostic tools, vaccines, medical treatments, and environmental cleanup techniques.

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What potential benefits can be derived by having the capability to sequence the DNA

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What potential benefits can be derived by having the capability to sequence the DNA

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The benefits of sequencing may be mostly in the medical arena. In the long term, sequencing of many individuals could provide new information on the genetic basis of poorly understood diseases.

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INFORMATION OF VALUE TO FUTURE GENERATIONS IN A CLIENT'S FAMILY

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INFORMATION OF VALUE TO FUTURE GENERATIONS IN A CLIENT'S FAMILY

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The power of genomic information is compounded each time a genome sequence is obtained for an additional member of a family, especially when this occurs across generations. Direct comparisons of genome sequences of relatives for whom DNA variation is shared can infer inheritance patterns. Each additional genome sequence can make the interpretation of genomic variation easier. Therefore, genome sequence information is of value not only to the individual undertaking the procedure, but also to immediate family members and direct descendants. Such information should be treasured and safeguarded by families whose members have chosen to investigate their genomes.

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It provides information about the genome sequences of different types of animals and organisms, such as chimpanzees and yeast, that can also provide insights into the biology of development and evolution.

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The benefits that can be derived by having the capability to sequence the DNA are there will an advantage for the technologies for the technologist to know or to have an ideas on the diagnosis and therapies of his or her patients. The DNA sequencing will also give the technologist to have a vast idea on the risk of the patient's situation. Also, it will be a big help in creating some treatments for the problems.

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DNA sequencing can provide information on genetic variants that can aid in disease diagnosis, even in asymptomatic people.

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The benefits of having the capability sequence the DNA is that we have the capability to know if the order or sequence of DNA bases (A,C,G,T) is precise so that detection of mutation or syndromes would also be possible

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What potential benefits can be derived by having the capability to sequence the DNA? 

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What potential benefits can be derived by having the capability to sequence the DNA? 

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I believe knowing can provide information on genetic variants that can cause disease or increase the risk of disease development. Thus, genome sequencing has the potential to improve the ability to act preventively prior to disease development or to begin treatment for a disease that has not yet been diagnosed. For instance, for people suffering from a life-threatening condition, DNA sequencing can provide a precise diagnosis that can influence medical management of symptoms or provide treatment options.

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One of the significant purposes of DNA sequencing in the medical field is to detect mutations. Through DNA sequencing, we are able to identify and characterize most sequence variations.