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Slow-growing melanoma: Report of five cases

Authors :
Ines Mordente
Iris Zalaudek
Pietro Annese
Antonia Martino
Rachele Nicolino
Patrizio Capoluongo
Giuseppe Argenziano
Imma Savarese
Paolo Roma
Domenico Martino
Roma, P
Savarese, I
Martino, A
Martino, D
Annese, P
Capoluongo, P
Mordente, I
Nicolino, R
Zalaudek, I
Argenziano, Giuseppe
Roma, Paolo
Savarese, Imma
Martino, Antonia
Martino, Domenico
Annese, Pietro
Capoluongo, Patrizio
Mordente, Ine
Nicolino, Rachele
Publication Year :
2007

Abstract

Background : Epidemiologic data on melanoma reveal a considerable increase in incidence, especially of the early forms (melanoma in situ and early invasive melanoma), but the mortality rates are relatively stable. These data suggest the hypothesis of the existence of a melanoma with less aggressive biological behaviour. This hypothesis is, however, hard to be proven if the assumption is true that more and less aggressive melanomas very often exhibit overlapping clinical and histopathologic features. Digital dermoscopic imaging techniques permit today a detailed documentation of lesions over time and, therefore, represent an optimal tool to disclose the natural evolution of a given lesion. We present five case of slow-growing melanomas observed during a long-term period of follow-up. Main observation : Five pigmented skin lesions from five patients with multiple atypical melanocytic nevi were examined at the baseline consultation and digital pictures were taken for monitoring purposes. The lesions have been followed-up for a long time because of the absence of significant changes over time. After a variable period of follow-up (1 to 10 years) all lesions were finally removed and subsequent histopathologic examination revealed early stage melanoma in all cases. Conclusion : Dermoscopy and digital follow up might be the key factors to improve the knowledge about the natural evolution of nevi and melanoma and the spectrum of undefined melanocytic proliferations.

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.doi.dedup.....d13942ff4d1779866117c322309e916c