Add to ORKGThis paper presents the design and experimental out comes of an ongoing research project aimed at the early detection of melanoma by means of a new diagnostic device. This device, based on the principles of spectrophotometry, is expected to improve upon the current diagnostic methods, which are known to carr y a margin of error quantified as 10-20%. This article presents the implemented technology, in the form of two scanning prototypes, the current experimental work, and the analysis procedures leading to the develop ment of a diagnostic model based upon the spectral representa tion of pigmented lesions
textThe number of skin cancer cases reported in the United States is increasing every year and nearl...
To assist in the distinction of melanoma from benign pigmented lesions, an imaging system was develo...
The development of an optical skin-tissue phantom can be useful in accelerating and optimizing the d...
This paper presents the design and experimental outcomes of an ongoing research project aimed at the...
As early diagnosis is the gold standard in the treatment of melanoma; the Plastic and Reconstructive...
This article presents a set of software tools which are used in conjunction with spectrophotometric ...
Multicenter study of the diagnostic parameters was conducted by three groups in Poland to determine ...
represent a commonly used clinical guide for the diagnosis of early melanoma. The authors revised th...
Skin cancer is one of the most frequently encountered types of cancer in the Western world. Accordin...
The early detection of cutaneous pigmented lesions is an important aid to the clinician in recognizi...
According to the World Health Organization skin cancer, melanoma and non-melanoma, accounted for 8% ...
This thesis offers an insight into skin cancer detection, focusing on the extraction of distinct fea...
Novel optical spectroscopy and imaging methods may be valuable in the early detection of cancer. Thi...
The method of diagnosis of pigmented skin tumors using spectrophotometric analysis (SPM) of dermatos...
Reflectance spectrophotometry from 400 to 800 nm on different cutaneous pigmented lesions, including...
textThe number of skin cancer cases reported in the United States is increasing every year and nearl...
To assist in the distinction of melanoma from benign pigmented lesions, an imaging system was develo...
The development of an optical skin-tissue phantom can be useful in accelerating and optimizing the d...
This paper presents the design and experimental outcomes of an ongoing research project aimed at the...
As early diagnosis is the gold standard in the treatment of melanoma; the Plastic and Reconstructive...
This article presents a set of software tools which are used in conjunction with spectrophotometric ...
Multicenter study of the diagnostic parameters was conducted by three groups in Poland to determine ...
represent a commonly used clinical guide for the diagnosis of early melanoma. The authors revised th...
Skin cancer is one of the most frequently encountered types of cancer in the Western world. Accordin...
The early detection of cutaneous pigmented lesions is an important aid to the clinician in recognizi...
According to the World Health Organization skin cancer, melanoma and non-melanoma, accounted for 8% ...
This thesis offers an insight into skin cancer detection, focusing on the extraction of distinct fea...
Novel optical spectroscopy and imaging methods may be valuable in the early detection of cancer. Thi...
The method of diagnosis of pigmented skin tumors using spectrophotometric analysis (SPM) of dermatos...
Reflectance spectrophotometry from 400 to 800 nm on different cutaneous pigmented lesions, including...
textThe number of skin cancer cases reported in the United States is increasing every year and nearl...
To assist in the distinction of melanoma from benign pigmented lesions, an imaging system was develo...
The development of an optical skin-tissue phantom can be useful in accelerating and optimizing the d...