Chromametry: measuring precision of diurnal and local variation of human forearm skin colour

Chromameters are compact portable instruments used for the assessment of surface colour based on the tristimulus analysis of a reflected xenon light pulse, and have been used for the quantification of erythema in the study of irritant dermatitis, and corticosteroid-induced skin blanching in the vaso...

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Main Authors:	Schwarb, F P, Smith, E W, Haigh, J M, Surber, C
Format:	Others
Language:	English
Published:	1998
Online Access:	http://hdl.handle.net/10962/d1006610

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spelling	ndltd-netd.ac.za-oai-union.ndltd.org-rhodes-vital-63432018-03-06T03:55:31ZChromametry: measuring precision of diurnal and local variation of human forearm skin colourSchwarb, F PSmith, E WHaigh, J MSurber, CChromameters are compact portable instruments used for the assessment of surface colour based on the tristimulus analysis of a reflected xenon light pulse, and have been used for the quantification of erythema in the study of irritant dermatitis, and corticosteroid-induced skin blanching in the vasoconstriction assay. The variability and the reproducibility of chromameter results were investigated since it is known that the location and application force of the measuring head on the skin and the orthostatic maneuver of the arms influence the colour measurement. Furthermore the diurnal variation and the homogeneity of forearm skin colour were investigated.1998Conference paper2 pagespdfvital:6343http://hdl.handle.net/10962/d1006610English
collection	NDLTD
language	English
format	Others
sources	NDLTD
description	Chromameters are compact portable instruments used for the assessment of surface colour based on the tristimulus analysis of a reflected xenon light pulse, and have been used for the quantification of erythema in the study of irritant dermatitis, and corticosteroid-induced skin blanching in the vasoconstriction assay. The variability and the reproducibility of chromameter results were investigated since it is known that the location and application force of the measuring head on the skin and the orthostatic maneuver of the arms influence the colour measurement. Furthermore the diurnal variation and the homogeneity of forearm skin colour were investigated. === ===
author	Schwarb, F P Smith, E W Haigh, J M Surber, C
spellingShingle	Schwarb, F P Smith, E W Haigh, J M Surber, C Chromametry: measuring precision of diurnal and local variation of human forearm skin colour
author_facet	Schwarb, F P Smith, E W Haigh, J M Surber, C
author_sort	Schwarb, F P
title	Chromametry: measuring precision of diurnal and local variation of human forearm skin colour
title_short	Chromametry: measuring precision of diurnal and local variation of human forearm skin colour
title_full	Chromametry: measuring precision of diurnal and local variation of human forearm skin colour
title_fullStr	Chromametry: measuring precision of diurnal and local variation of human forearm skin colour
title_full_unstemmed	Chromametry: measuring precision of diurnal and local variation of human forearm skin colour
title_sort	chromametry: measuring precision of diurnal and local variation of human forearm skin colour
publishDate	1998
url	http://hdl.handle.net/10962/d1006610
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Chromametry: measuring precision of diurnal and local variation of human forearm skin colour

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