This paper describes recent progress in colour measurement for biomedical applications, with special emphasis on the design of new instruments using various new technologies, and on the benefits of these designs. The biomedical applications of instrumental colorimetry are illustrated with examples of the clinical diagnosis of skin erythema, colour matching in plastic surgery and skin transplantation, and the clinical analysis of blood and urine strip tests
Chromogenic assays (color detection) result in colored reaction products. By detecting the color cha...
As a part of a collaboration with NEMCH aimed at the automation of the differential white blood cell...
A system of illuminant-independent color reproduction has been developed for practical use in medici...
There are two general methods for analyzing the color of an object, visual and instrumental, and bot...
So far, skin color has been measured only visually in most instances. Conventional colorimeters need...
In the clinical field, reproducible and comparable assessments of skin color are needed for objectiv...
The skin is unique as an organ that is highly accessible to direct visual inspection with light. Vis...
Many cases of critical decisions in medicine rely on color images and they will soon be commonly dig...
Colour is central and integral to the practice of pathology; pathologists use coloured histochemical...
Summarization: There has been a considerable effort in several medical fields, for objective color a...
This work proposed a novel approach to practical use of digital photography for biological purposes....
The biochemical analysis in medicine is an important inspection and diagnosis method in hospital cli...
Objective: Scar assessment in the clinical setting is typically impeded by a lack of quantitative da...
Summary:. Measuring skin color for medical research in an objective and nonbiased manner usually req...
Background/aims: It was the aim of this study to carry out a comparative evaluation in vitro on stan...
Chromogenic assays (color detection) result in colored reaction products. By detecting the color cha...
As a part of a collaboration with NEMCH aimed at the automation of the differential white blood cell...
A system of illuminant-independent color reproduction has been developed for practical use in medici...
There are two general methods for analyzing the color of an object, visual and instrumental, and bot...
So far, skin color has been measured only visually in most instances. Conventional colorimeters need...
In the clinical field, reproducible and comparable assessments of skin color are needed for objectiv...
The skin is unique as an organ that is highly accessible to direct visual inspection with light. Vis...
Many cases of critical decisions in medicine rely on color images and they will soon be commonly dig...
Colour is central and integral to the practice of pathology; pathologists use coloured histochemical...
Summarization: There has been a considerable effort in several medical fields, for objective color a...
This work proposed a novel approach to practical use of digital photography for biological purposes....
The biochemical analysis in medicine is an important inspection and diagnosis method in hospital cli...
Objective: Scar assessment in the clinical setting is typically impeded by a lack of quantitative da...
Summary:. Measuring skin color for medical research in an objective and nonbiased manner usually req...
Background/aims: It was the aim of this study to carry out a comparative evaluation in vitro on stan...
Chromogenic assays (color detection) result in colored reaction products. By detecting the color cha...
As a part of a collaboration with NEMCH aimed at the automation of the differential white blood cell...
A system of illuminant-independent color reproduction has been developed for practical use in medici...