Analysis of a Comparability Test between LX Detergent Cleaning Solution and OC Detergent Cleaning Solution Using OC Sensor PLEDIA

This study aimed at comparing the performance of imported LX detergent cleaning solution (LX-CS) and the self-manufactured OC cleaning solution (OC-CS), based on functional and quantitative analysis. The functional analysis was carried out using apparent diffusion coefficient (ADC) values. For qu...

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Main Author: Kyung Jae Cha
Format: Article
Language:English
Published: The Korean Society for Clinical Laboratory Science 2021-03-01
Series:Korean Journal of Clinical Laboratory Science
Subjects:
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spelling doaj-3bd8862dd83342f9811c096f7cf240d32021-03-30T00:27:33ZengThe Korean Society for Clinical Laboratory ScienceKorean Journal of Clinical Laboratory Science1738-35442288-16622021-03-01531193110.15324/kjcls.2021.53.1.19Analysis of a Comparability Test between LX Detergent Cleaning Solution and OC Detergent Cleaning Solution Using OC Sensor PLEDIAKyung Jae Cha0https://orcid.org/0000-0003-2708-2811Department of Field Application Scientist Team, Shinyang Chemical Co.,Ltd., Seoul, KoreaThis study aimed at comparing the performance of imported LX detergent cleaning solution (LX-CS) and the self-manufactured OC cleaning solution (OC-CS), based on functional and quantitative analysis. The functional analysis was carried out using apparent diffusion coefficient (ADC) values. For quantitative analysis, precision, linearity, and carry-over rates were measured with commercial control materials according to the Clinical and Laboratory Standards Institute (CLSI) guidelines. Using OC-Sensor PLEDIA (Eiken Chemical, Japan), the ADC value of all cuvettes satisfied the acceptance criteria. For quantitative analysis, precision was less than 5.0% for the two products, and carry-over rates were less than ±1.00%. The linearity slopes and r2 values were 1.0017 and 0.9982 in the LX-CS, and 0.9924 and 0.9996 in the OC-CS, respectively. The correlation coefficient (r) was found to be 0.9997. Also, the percent difference in correlation with 40 artificial-stool specimens was less than 10% and the p-value was less than 0.1. The result of standard deviation ratio (D: ±1 SD ratio) was similar for both products. In conclusion, the functional and quantitative analyses of the two products were compared and showed similar results. In the future, the self-manufactured OC-CS will be able to provide a much more stable and faster supply than the imported LX-CS.fecal occult blood testlx detergent cleaning solutionprecision
collection DOAJ
language English
format Article
sources DOAJ
author Kyung Jae Cha
spellingShingle Kyung Jae Cha
Analysis of a Comparability Test between LX Detergent Cleaning Solution and OC Detergent Cleaning Solution Using OC Sensor PLEDIA
Korean Journal of Clinical Laboratory Science
fecal occult blood test
lx detergent cleaning solution
precision
author_facet Kyung Jae Cha
author_sort Kyung Jae Cha
title Analysis of a Comparability Test between LX Detergent Cleaning Solution and OC Detergent Cleaning Solution Using OC Sensor PLEDIA
title_short Analysis of a Comparability Test between LX Detergent Cleaning Solution and OC Detergent Cleaning Solution Using OC Sensor PLEDIA
title_full Analysis of a Comparability Test between LX Detergent Cleaning Solution and OC Detergent Cleaning Solution Using OC Sensor PLEDIA
title_fullStr Analysis of a Comparability Test between LX Detergent Cleaning Solution and OC Detergent Cleaning Solution Using OC Sensor PLEDIA
title_full_unstemmed Analysis of a Comparability Test between LX Detergent Cleaning Solution and OC Detergent Cleaning Solution Using OC Sensor PLEDIA
title_sort analysis of a comparability test between lx detergent cleaning solution and oc detergent cleaning solution using oc sensor pledia
publisher The Korean Society for Clinical Laboratory Science
series Korean Journal of Clinical Laboratory Science
issn 1738-3544
2288-1662
publishDate 2021-03-01
description This study aimed at comparing the performance of imported LX detergent cleaning solution (LX-CS) and the self-manufactured OC cleaning solution (OC-CS), based on functional and quantitative analysis. The functional analysis was carried out using apparent diffusion coefficient (ADC) values. For quantitative analysis, precision, linearity, and carry-over rates were measured with commercial control materials according to the Clinical and Laboratory Standards Institute (CLSI) guidelines. Using OC-Sensor PLEDIA (Eiken Chemical, Japan), the ADC value of all cuvettes satisfied the acceptance criteria. For quantitative analysis, precision was less than 5.0% for the two products, and carry-over rates were less than ±1.00%. The linearity slopes and r2 values were 1.0017 and 0.9982 in the LX-CS, and 0.9924 and 0.9996 in the OC-CS, respectively. The correlation coefficient (r) was found to be 0.9997. Also, the percent difference in correlation with 40 artificial-stool specimens was less than 10% and the p-value was less than 0.1. The result of standard deviation ratio (D: ±1 SD ratio) was similar for both products. In conclusion, the functional and quantitative analyses of the two products were compared and showed similar results. In the future, the self-manufactured OC-CS will be able to provide a much more stable and faster supply than the imported LX-CS.
topic fecal occult blood test
lx detergent cleaning solution
precision
work_keys_str_mv AT kyungjaecha analysisofacomparabilitytestbetweenlxdetergentcleaningsolutionandocdetergentcleaningsolutionusingocsensorpledia
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