To define the dermoscopic aspects of the network in melanoma in situ (MIS), using both standard and newly introduced network descriptors. Fifty-four histologically confirmed MIS with a reticular pattern, 108 atypical reticular naevi and 108 typical reticular naevi were evaluated for the presence of 11 network descriptors. The ABCD-score and the seven-point score were calculated, and the diameter of the lesions was measured by means of a dedicated software. Clinical data including age, sex and skin site were also considered. The prevalence of different dermoscopic features was calculated to allow (i) the identification of lesions to be excised and (ii) the distinction between MIS and dermoscopically atypical naevi. In dermoscopically atypica...
Background: The negative pigment network (NPN) is seen as a negative of the pigmented network and it...
Objectives: To identify in vivo microscopic substrates of the dermoscopic patterns of melanocytic le...
Abstract. We present a method to detect and classify the dermoscopic structure pigment network which...
To define the dermoscopic aspects of the network in melanoma in situ (MIS), using both standard and ...
To define the dermoscopic aspects of the network in melanoma in situ (MIS), using both standard and ...
BACKGROUND: Melanomas in situ (MIS) are difficult to diagnose, lacking well-established dermoscopic...
Background: Melanomas in situ (MIS) are difficult to diagnose, lacking well-established dermoscopic ...
The dermoscopic descriptor "negative pigment network" (NPN) has been reported in several types of me...
BACKGROUND: By dermoscopy, regression structures are substantially defined by the presence of white ...
Background: Pigment network is an important dermoscopic feature for melanocytic lesions, but alterat...
BACKGROUND: By dermoscopy, regression structures are substantially defined by the presence of white ...
Objective: To characterize the microscopic aspects of the dermoscopic pigment network in vivo, by me...
BACKGROUND: The negative pigment network (NPN) is seen as a negative of the pigmented network and it...
Several melanoma-specific dermoscopic features have been described, some of which have been reported...
Background: The negative pigment network (NPN) is seen as a negative of the pigmented network and it...
Background: The negative pigment network (NPN) is seen as a negative of the pigmented network and it...
Objectives: To identify in vivo microscopic substrates of the dermoscopic patterns of melanocytic le...
Abstract. We present a method to detect and classify the dermoscopic structure pigment network which...
To define the dermoscopic aspects of the network in melanoma in situ (MIS), using both standard and ...
To define the dermoscopic aspects of the network in melanoma in situ (MIS), using both standard and ...
BACKGROUND: Melanomas in situ (MIS) are difficult to diagnose, lacking well-established dermoscopic...
Background: Melanomas in situ (MIS) are difficult to diagnose, lacking well-established dermoscopic ...
The dermoscopic descriptor "negative pigment network" (NPN) has been reported in several types of me...
BACKGROUND: By dermoscopy, regression structures are substantially defined by the presence of white ...
Background: Pigment network is an important dermoscopic feature for melanocytic lesions, but alterat...
BACKGROUND: By dermoscopy, regression structures are substantially defined by the presence of white ...
Objective: To characterize the microscopic aspects of the dermoscopic pigment network in vivo, by me...
BACKGROUND: The negative pigment network (NPN) is seen as a negative of the pigmented network and it...
Several melanoma-specific dermoscopic features have been described, some of which have been reported...
Background: The negative pigment network (NPN) is seen as a negative of the pigmented network and it...
Background: The negative pigment network (NPN) is seen as a negative of the pigmented network and it...
Objectives: To identify in vivo microscopic substrates of the dermoscopic patterns of melanocytic le...
Abstract. We present a method to detect and classify the dermoscopic structure pigment network which...