Method for calculating colloidal gold peak value in multiple modes
The invention discloses a method for calculating a colloidal gold peak value in multiple modes, and relates to the technical field of colloidal gold. The method comprises the following steps: converting two-dimensional picture data of a reagent piece into one-dimensional linear data; intercepting a...
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creator | YUAN TAO LIU JIAOLI HUANGFU TIANCI |
description | The invention discloses a method for calculating a colloidal gold peak value in multiple modes, and relates to the technical field of colloidal gold. The method comprises the following steps: converting two-dimensional picture data of a reagent piece into one-dimensional linear data; intercepting a test region, selecting a plurality of groups of regions from the regions except the peak value as original curve data, and carrying out data fitting on the plurality of groups of original curve data; if fitting succeeds, subtracting the fitted curve data from the original curve data to obtain a final corrected data curve; if fitting fails, obtaining a correction data curve through parabola calibration with the unified curvature or straight line calibration; and determining a quality control peakin the corrected data curve, and determining the positions and reaction values of other test peaks and output peaks through the quality control peak. The method can be simultaneously suitable for low-value and high-value qua |
format | Patent |
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The method comprises the following steps: converting two-dimensional picture data of a reagent piece into one-dimensional linear data; intercepting a test region, selecting a plurality of groups of regions from the regions except the peak value as original curve data, and carrying out data fitting on the plurality of groups of original curve data; if fitting succeeds, subtracting the fitted curve data from the original curve data to obtain a final corrected data curve; if fitting fails, obtaining a correction data curve through parabola calibration with the unified curvature or straight line calibration; and determining a quality control peakin the corrected data curve, and determining the positions and reaction values of other test peaks and output peaks through the quality control peak. 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The method comprises the following steps: converting two-dimensional picture data of a reagent piece into one-dimensional linear data; intercepting a test region, selecting a plurality of groups of regions from the regions except the peak value as original curve data, and carrying out data fitting on the plurality of groups of original curve data; if fitting succeeds, subtracting the fitted curve data from the original curve data to obtain a final corrected data curve; if fitting fails, obtaining a correction data curve through parabola calibration with the unified curvature or straight line calibration; and determining a quality control peakin the corrected data curve, and determining the positions and reaction values of other test peaks and output peaks through the quality control peak. 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The method comprises the following steps: converting two-dimensional picture data of a reagent piece into one-dimensional linear data; intercepting a test region, selecting a plurality of groups of regions from the regions except the peak value as original curve data, and carrying out data fitting on the plurality of groups of original curve data; if fitting succeeds, subtracting the fitted curve data from the original curve data to obtain a final corrected data curve; if fitting fails, obtaining a correction data curve through parabola calibration with the unified curvature or straight line calibration; and determining a quality control peakin the corrected data curve, and determining the positions and reaction values of other test peaks and output peaks through the quality control peak. The method can be simultaneously suitable for low-value and high-value qua</abstract><oa>free_for_read</oa></addata></record> |
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subjects | CALCULATING COMPUTING COUNTING ELECTRIC DIGITAL DATA PROCESSING IMAGE DATA PROCESSING OR GENERATION, IN GENERAL INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES MEASURING PHYSICS TESTING |
title | Method for calculating colloidal gold peak value in multiple modes |
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