Histopathology is considered the 'gold' standard for the diagnosis and classification of melanocytic nevi, but the widespread use of in vivo diagnostic technologies such as dermoscopy and reflectance confocal microscopy (RCM), has enriched profoundly the knowledge regarding the morphological variability in nevi. This is because most morphological observations made via these in vivo tools are closely correlated with features seen in histopathology. Dermoscopy has allowed for a more detailed classification of nevi. As such, dermoscopy identifies four main morphologic groups (i.e. globular, reticular, starburst and structureless blue nevi), one group of nevi located at special body sites (i.e. face, acral, nail) and one group of nevi with spec...
The evolution of nevi is a complex process involving several constitutional and environmental factor...
Multiphoton microscopy (MPM) is a promising non-invasive imaging tool for discriminating benign nevi...
Distinct melanoma types exist in relation to patient characteristics, tumor morphology, histopatholo...
Histopathology is considered the 'gold' standard for the diagnosis and classification of melanocytic...
Different types of nevi do exist in relation to their epidemiology, morphology, evolution, and assoc...
BACKGROUND: Nevi are common benign neoplasms and the main diagnostic entity in the differential diag...
The broad universe of "melanocytic nevi" includes a variety of different subtypes, which can be clas...
Common, non-dysplastic nevi include a wide group of benign melanocytic lesions histologically charac...
Background and objective: In vivo reflectance confocal microscopy (RCM) is a promising novel technol...
The evolution of melanocytic nevi is a complex, multifactorial process involving both constitutional...
Background & Development of melanocytic nevi is a complex process. Objective. The aim of the stu...
Background: Most of the knowledge on the prevailing dermoscopic patterns of acquired melanocytic nev...
BACKGROUND: Development of melanocytic nevi is a complex process.OBJECTIVE: The aim of the study was...
Objectives: To identify in vivo microscopic substrates of the dermoscopic patterns of melanocytic le...
The evolution of nevi is a complex process involving several constitutional and environmental factor...
Multiphoton microscopy (MPM) is a promising non-invasive imaging tool for discriminating benign nevi...
Distinct melanoma types exist in relation to patient characteristics, tumor morphology, histopatholo...
Histopathology is considered the 'gold' standard for the diagnosis and classification of melanocytic...
Different types of nevi do exist in relation to their epidemiology, morphology, evolution, and assoc...
BACKGROUND: Nevi are common benign neoplasms and the main diagnostic entity in the differential diag...
The broad universe of "melanocytic nevi" includes a variety of different subtypes, which can be clas...
Common, non-dysplastic nevi include a wide group of benign melanocytic lesions histologically charac...
Background and objective: In vivo reflectance confocal microscopy (RCM) is a promising novel technol...
The evolution of melanocytic nevi is a complex, multifactorial process involving both constitutional...
Background & Development of melanocytic nevi is a complex process. Objective. The aim of the stu...
Background: Most of the knowledge on the prevailing dermoscopic patterns of acquired melanocytic nev...
BACKGROUND: Development of melanocytic nevi is a complex process.OBJECTIVE: The aim of the study was...
Objectives: To identify in vivo microscopic substrates of the dermoscopic patterns of melanocytic le...
The evolution of nevi is a complex process involving several constitutional and environmental factor...
Multiphoton microscopy (MPM) is a promising non-invasive imaging tool for discriminating benign nevi...
Distinct melanoma types exist in relation to patient characteristics, tumor morphology, histopatholo...