whay is the critical analysis of  POSITRON EMISSION TOMOGRAPHY?
966212
That topic deserves a MUCH better phrased question
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Study of data with respect to different spectral responses
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The link below is a pretty good analyzes of the two with out favoring one or the other.  It was written in a method that even I can understand so you should be fine ;-)
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years of expensive analysis
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As you work with th periodic table you will remember the important ones. You always have a periodic table to work with. In quantiitative analysis you need to use all those decimal places in your calculations.
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http://www.intracen.org/tradstat/sitc3-3d/er528.htm
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i use ImageAnalyzer. It is good software and free.\nhttp://meesoft.logicnet.dk\ni've been using it for 1 year and had no problems.\nit has loads of buttons and whistles, too.
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Depends on what is being analyzed. In Radiology for example, we analyze any films that were rejected for;\nTechnical error, patient movement, technologist's error or bad chemicals to name a few. It's basically a way of analyzing mistakes to see what is causing them and if they can be fixed in the future.
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Very roughly:  by comparing the ratio between a radioisotope and its "daughter product", and with the knowledge of the radioisotope's half-life, calculate the amount of time needed for the observed ratio to develop.\n\nIn short, if there is a 50-50 split between the radioisotope and its daughter product, one half-life has passed.
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I googled "stop sign statistics", and a fine study came up at the top of the list.\n\nhttp://www.cis.ysu.edu/~chang/student_proj/S3743_s02/s3743s02KenAl.pdf
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I find it cool for one to know spectroscopy. especially pros in them\nhaving the "ability" to find properties of matter by investigating light, sound, or particles that are emitted, absorbed or scattered by the matter under investigation. its a BIG wow!
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A PET scan is simply a medical examination done with the use of sophisticated technological equipment that take pictures of specific areas such as your head and brain.\n\nIt is not as scary as being inside an MRI. If you are struggling do know that sometimes, there is seizure activity so deep within the brain that nothing can detect it but your body.\n\nEpilepsy for some is only temporary as there have been several cases in which a person recovers.\n\nI personally spent about 10 years on medication and now its been about 3 years since I last had an episode. \n\nI no longer take medications, who knows, it could have been that I grew too tall, in to little amt of time.
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i think it would be f-critical times Degress fredom alpha.  but i am not 100%.  i'm going with that b/c i dont think there is addition in that function.  the real question is how much turkey is there in the turkey test?
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I really like R.  CRAN (the comprehensive R archive network) has packages that might help you out.\n\nTry a Yahoo Search such as:\ncanonical analysis CRAN\nhttp://search.yahoo.com/search?ei=utf-8&fr=slv8-wdgt&p=canonical%20analysis%20CRAN\n\nIt turns up results such as:\nhttp://www.bioconductor.org/CRAN/src/contrib/Views/Environmetrics.html\nhttp://www.bioconductor.org/CRAN/doc/packages/pcurve.pdf#search='canonical%20analysis%20CRAN'
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I have no idea about the math, but I'm thinking the assumption is that the data are relatively correlated linearly.  There's a lot of math behind the wiki link.
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Links below have history of the development of radioactivity:\n\nIsotopes in Research and Medicine\n\nScientists can now create radioactive forms of common elements, called isotopes. Each isotope has a fixed rate of decay which can be characterized by its half-life, or the length of time that it takes half of the radioactive atoms in a sample to decay. Because each isotope decays at a unique and predictable rate, different isotopes can be used for a variety of purposes. For example, isotopes play an important role in modern medicine. They can be ingested and traced in their path through the body, revealing biochemical and metabolic processes with precision. These isotropic "tracers" are currently used for practical diagnosis of disease as well as in research.
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Diagnostics and Statistics Manual V4