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Tuesday, November 27, 2018

Applications of Fluorometry

Fluorometry is a way of analyzing and identification of analytes depends on light-absorbing and then emitted from the sample. Fluorometry methods basically applied to low concentration categories and therefore have sensitive analytical techniques compared to spectrophotometric determination. The fundamental diversity in sensitivity among two methods is generated by the fact that parameters related to concentration for the Fluorometry can be determined separately from the power source. Fluorometric methods usually have sensitivities, which are two to four orders of magnitude and compared better than spectrophotometric procedures. There are two types of inorganic fluorometric analysis. Direct methods include the formation of fluorescent chelate and its measure of emission. The second group depends on the reduction of fluorescence coming about because of the quenching action of the determined substance and this technique has widely used for the anion analysis.
  • Fluorometry used in pharmaceutical analysis
  • Fluorometry used in environmental applications
  • Fluorometry used in clinical applications
  • Fluorometry used in vitamin analysis
  • Fluorometry used in quantitative analysis
  • Fluorometry used in qualitative analysis
  • Fluorometry used in chemistry
  • Fluorometry used in life science
  • Fluorometry used in biomedical

  

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