The fluorescence-advanced videodermatoscopy (FAV) is a new noninvasive method for in vivo skin examination. In a series of 6 flat melanocytic pigmented lesions(3 melanomas and 3 melanocytic naevi), FAV allowed a correct characterization between benign and malignant lesions, showing that types of cell clusters were more frequently represented in different kinds of lesions. Despite the limitations of our study due to the small number of cases, these observations lead us to think that FAV may represent a new noninvasive investigative method in studying cellular resolution melanocytic pigmented lesions
Background: Intradermal naevi represent a benign histopathological variant of common melanocytic nae...
BACKGROUND: Multiphoton Laser Tomography (MPT) has developed as a non-invasive tool that allows real...
The clinical use of dermoscopy has uncovered a new and fascinating morphological dimension of pigmen...
The fluorescence-advanced videodermatoscopy (FAV) is a new noninvasive method for in vivo skin exami...
Recently, fluorescenceadvanced videodermatoscopy (FAV) has been presented as a new, noninvasive meth...
In vivo imaging of pigmented lesions in human skin was performed with a clinical multiphoton microsc...
Objectives: To identify in vivo microscopic substrates of the dermoscopic patterns of melanocytic le...
Dermatoscopy is a non-invasive technique that allows a rapid and magnified in-vivo observation of th...
Objective: To characterize the microscopic aspects of the dermoscopic pigment network in vivo, by me...
Background: Human cutaneous malignant melanoma (CMM) is an aggressive cancer showing a dramatic worl...
In vivo reflectance-mode confocal laser microscopy enables the visualization of the skin at quasi- h...
<p>A, dermoscopic images and stacks of 3 melanomas; B, typical dermoscopic features; C, and D, upper...
Monitoring of atypical nevi is an important step in early detection of melanoma, a clinical imperati...
Human skin is a highly complex and dynamic biological organ providing many critical functions for th...
Abstract Problem: Non-invasive diagnostic techniques to facilitate diagnosis of pigmented skin les...
Background: Intradermal naevi represent a benign histopathological variant of common melanocytic nae...
BACKGROUND: Multiphoton Laser Tomography (MPT) has developed as a non-invasive tool that allows real...
The clinical use of dermoscopy has uncovered a new and fascinating morphological dimension of pigmen...
The fluorescence-advanced videodermatoscopy (FAV) is a new noninvasive method for in vivo skin exami...
Recently, fluorescenceadvanced videodermatoscopy (FAV) has been presented as a new, noninvasive meth...
In vivo imaging of pigmented lesions in human skin was performed with a clinical multiphoton microsc...
Objectives: To identify in vivo microscopic substrates of the dermoscopic patterns of melanocytic le...
Dermatoscopy is a non-invasive technique that allows a rapid and magnified in-vivo observation of th...
Objective: To characterize the microscopic aspects of the dermoscopic pigment network in vivo, by me...
Background: Human cutaneous malignant melanoma (CMM) is an aggressive cancer showing a dramatic worl...
In vivo reflectance-mode confocal laser microscopy enables the visualization of the skin at quasi- h...
<p>A, dermoscopic images and stacks of 3 melanomas; B, typical dermoscopic features; C, and D, upper...
Monitoring of atypical nevi is an important step in early detection of melanoma, a clinical imperati...
Human skin is a highly complex and dynamic biological organ providing many critical functions for th...
Abstract Problem: Non-invasive diagnostic techniques to facilitate diagnosis of pigmented skin les...
Background: Intradermal naevi represent a benign histopathological variant of common melanocytic nae...
BACKGROUND: Multiphoton Laser Tomography (MPT) has developed as a non-invasive tool that allows real...
The clinical use of dermoscopy has uncovered a new and fascinating morphological dimension of pigmen...