what is RFLP analysis?
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When DNA fingerprinting first began, restriction fragment length polymorphism (RFLP) analysis was used, though it has been almost completely replaced with newer techniques. RFLP analysis is performed by using a restriction enzyme to cut the DNA into fragments which are separated into bands during agarose gel electrophoresis. Next, the bands of DNA are transferred via a technique called Southern blotting from the agarose gel to a nylon membrane. This is treated with a radioactively-labelled DNA probe which binds to certain specific DNA sequences on the membrane. The excess DNA probe is then washed off. An X-ray film placed next to the nylon membrane detects the radioactive pattern. This film is then developed to make a visible pattern of bands called DNA fingerprinting. By using multiple probes targeting various polymorphisms in successive X-ray images, a fairly high degree of discrimination was possible. The primary drawback of RFLP is that the exact sizes of the bands are unknown and comparison to a molecular weight ladder is done in a purely qualitative manner. Many labs developed policies that described what they considered a unique band, but it was not standardized and led to DNA fingerprinting coming under harsh attack in People v. Castro 545 N.Y.S. 2d. 985 (Sup. Ct. 1989). RFLP was a very time consuming method which required relatively high quantity of good quality DNA to be used (such as a dime sized blood drop). This made typing degraded samples such as those from evidence that had been exposed to the elements fairly difficult.
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http://www.rrdonnelley.com/wwwrrd/Home.asp
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Do you mean RFLPs?\n\nRestriction fragment length polymorphisms?\n\nThey are used in genetic fingerprinting.  In theory anyway, SNPs are much more numerous, and easier to genotype if you have a good platform for it.
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LIFR(Line Item Fill Rate)
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TLRC - Technology Livelihood and Resource Center of DTI. \nhttp://www.dti.gov.ph/contentment/66/69/558.jsp
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http://abstracts.aspb.org/pb2004/public/P28/7904.html\n\nhttp://www.nio.org/jsp/analytical.jsp
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The test that was performed in the past was RPR, a way of detecting antibodies to syphilis. However, most states have since phased out the test. They are in no way testing to see if you are related to your fiancee, that is much too involved and expensive to run on a routine basis.
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here you go: http://finance.yahoo.com/q?s=FSL
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A SWOT Analysis is a strategic planning tool used to evaluate the Strengths, Weaknesses, Opportunities, and Threats involved in a project or in a business venture or in any other situation requiring a decision.\n\nMore here: http://en.wikipedia.org/wiki/SWOT
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chartereted financial analysist(u.s.a.
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Failure Modes and Effects Analysis (FMEA) is a tool used to prioritize problems or failures. Once you have identified the process or service then you need to \n1.)List the potential problems\n-What could go wrong?\n2)Rate each problem for Severity, Occurrence and Detectability\n-use a 1-10 scale, 10 is the biggest problem\n3)Calculate the Risk Priority Number (RPN)\n-multiply the three factors\n4)Take Action to reduce risk\n-focus on higher RPN's first and attack the severity, occurrence,  detectability, or all three.
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One method is by solubilizing a portion of the polymer and analyzing via GC/Mas spectrometer. Another means would be to burn a portion of the polymer and trap the gases in a trap of sodium hydroxide solution. The solution could then be tested via specific ion electrode and the proportion of flourine could be calculated by knowing the volume of the trap solution, the concentration of fluoride in the trap and the mass of material burned.There are several other means of performing this analysis. One non-destructive test is via X-ray fluorescence. Each element has characteristic fluorescent lines. This method is not terribly sensitive for fluorine but might work well if one was dealing with percentage levels of fluorine.
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Hi, \n\nI think you are referring to the r-squared value of an equation that models a set of data. Often times when we plot a set of data, we want to find a relationship between the points that reveals an underlying relationship. In some cases, that relationship is linear, that is all the points lie roughly on a line.\n\nThe R-squared value tells you how well your line fits the points that you've plotted. It's simply a way of judging how good your approximation is.
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http://www.lsp.org/index.html
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Qualitative analysis answers the question what substances or elements are within a sample. Quantitative analysis answers the question how much of these substances are within the sample.\n\nIn both cases, a negative answer means "we didn't find anything using the methods we had", not "there isn't anything of this substance inside".
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A non-invasive analytical technique with an infinitely broad range of applications in plant biotechnology and food processing. It is similar to MRI (Magnetic Resonance Imaging) in that it can be used for medical applications. Non-destructive analysis with this tool can be applied to a wide range of research challenges, including the determination of chemical structure, microimaging and plant metabolism studies.\npbi-ibp.nrc-cnrc.gc.ca/en/media/glossary.htm\n\nAn analytical technique devoted to the identification of the elements and the elucidation of atomic and molecular structure by measurement of the radiant energy absorbed or emitted by a substance in any of the wavelengths of the electromagnetic spectrum in response to excitation by an external energy source.\nwww.fire.org.uk/glossary.htm
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http://radioreference.com/modules.php?name=RR&stid=36