Significance of Calibration curve
A calibration curve is a graphical representation that illustrates the relationship between the concentration of a substance and its measured response, primarily used in quantitative analysis. It is instrumental in determining drug concentrations by plotting known concentrations against absorbance values. Calibration curves facilitate the quantification of unknown samples by comparing their measurements to established standards, making them essential tools in various analytical techniques across different compounds like Tioconazole, Pazufloxacin mesylate, and many others.
Synonyms: Standard curve
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The concept of Calibration curve in scientific sources
The keyphrase "Calibration curve" refers to a graphical tool used in analytical chemistry that illustrates the relationship between a substance's concentration and detector response, essential for quantifying various drugs like Cefadroxil, Domapridone, Atenolol, and Nifedipine.
From: The Malaysian Journal of Medical Sciences
(1) The sensitivity and linear concentration range of the steady-state calibration curves are determined by plotting the ratio (Rss-Rbl)/c or (Rss-Rbl)/log c/c° versus log c/c°, which is more concise than plotting the typical calibration curves.[1] (2) This is developed by plotting the peak area of each component of vitamin E against the concentration of the standards, used for quantification purposes.[2]