Future of Computing Computer Science & Engineering DNA Computing Computer chip manufacturers have discovered that sooner or later the physical speed and miniaturization limits of silicon chip is bound to hit a wall‚ therefore they need a new material to produce faster computing speed with fewewr complexity. DNA‚ the material are genes are made of‚ is being used to built the next generation of microprocessor. A nascent technology that uses DNA molecules is to build computers
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DNA profiling is a method of identifying an individual by unique characteristics of their DNA. A specific DNA pattern‚ called a profile‚ is obtained from an individual or a sample of tissue. This allows the comparison of the base sequence of two or more DNA samples to determine whether they are related. DNA profiling has many uses‚ in prevention of economic fraud‚ dietetic work‚ and classifying species‚ identifying bodies‚ forensic science‚ screening for disease‚ and investigating paternity.
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share was not considered well by Mr.Finson. Multifaceted issues such as the mix of business shifting towards more complex systems requiring intensive research and development spending‚ short product life cycle‚ rapid technology obsolescence and fast growth with increasing technology competition and the potential price competition were not taken into account. The failure to consider these issues led the CFO to assume a large sales growth from 1985 to 1989. These assumptions would further hurt the
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of diplomacy using technology? Give examples! Despite all the helpful features of the technology‚ especially the information and communication technology‚ on diplomacy‚ there are also numbers of the limitation of the technology that are in some way become the double-edge sword for the diplomacy itself. There are three main limitation of the technology itself for the practice of diplomacy which are the pervasive surveillance‚ cyberwar‚ and loss of privacy. In addition to that‚ the using of the technology
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Forensic DNA Evidence DNA has become one of the most accurate tools used in law enforcement in determining guilt or innocence. DNA is different in all people it is our “genetic blueprint.” DNA is so significant to law enforcement because DNA left at a crime scene can be collected and tested to see if there is a match. It is unique because it ensures accuracy and fairness. The initial use of DNA began in Britain in 1986; the FBI used it for the first time in the United States two years
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life (1). Significant developments have been made in gene monitoring techniques specifically in DNA microarrays which only very recently revolutionized genome expression analysis (1). Despite continuous improvements and modification to the technique‚ DNA microarrays are still no more than a glass microscope slide studded with individual immobile nucleotide fragments (1‚ 2). The fundamentals of DNA microarrays are set on complementary base-pairing (3)‚ and because the exact sequence and position
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The topic on the website I found most in was Forensics and biotechnology. Forensics is the application of science in a legal setting. An example of modern forensics evidence is the use of DNA fingerprints. Sources of DNA include blood‚ hair‚ semen‚ saliva‚ bone and tissue. Each person has a unique DNA fingerprint. A DNA fingerprint is the same for every cell‚ tissue‚ and organ of a person. It cannot be altered by any known treatment. Consequently‚ DNA fingerprinting is rapidly becoming the primary method for identifying and
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DNA sequencing From Wikipedia‚ the free encyclopedia [pic] The term DNA sequencing refers to sequencing methods for determining the order of the nucleotide bases—adenine‚ guanine‚ cytosine‚ and thymine—in a molecule of DNA. Knowledge of DNA sequences has become indispensable for basic biological research‚ other research branches utilizing DNA sequencing‚ and in numerous applied fields such as diagnostic‚ biotechnology‚ forensic biology and biologicalsystematics. The advent of DNA sequencing
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The year is 2067. This is a landmark year in DNA technology and its impact on human reproduction. The DNA technology that now exists has surpassed anything imaginable fifty years earlier. Historically‚ Gregor Mendel is credited with some of the earliest research into genetic modification‚ but the first successful transfer of genetic material was not reported in medical journals until 1997 (Rangel). Since then‚ DNA and human genetic research and modification has grown exponentially‚ with the past
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such as Nietzsche‚ Santayana and Russell‚ claim that ethical values are rather personal interpretations‚ deliberations or preferences and not general principles that can be proven true or false. John Ziman‚ the former Chairman of the Council for Science and Society‚ interprets ethics not as an abstract discipline but as a way of dealing with differing opinions that arise when traditional values are faced with new realities (Ziman‚ 2001). Ethics also refers to the moral principles or values that
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