Optical Coherence Tomography
Fig. 16.1 In FD-OCT, each depth scan is performed by sampling the interference pattern in optical frequency space, either with a spectrometer and a broadband light source (a) or with…
Fig. 16.1 In FD-OCT, each depth scan is performed by sampling the interference pattern in optical frequency space, either with a spectrometer and a broadband light source (a) or with…
Fig. 4.1 Major pathways involved in melanoma. Arrows, activating signals; interrupted lines, inhibiting signals. CDKN2A cyclin-dependent kinase inhibitor of kinase 2A, CDK2/4/6 cyclin-dependent kinase 2/4/6, MDM2 murine double minute 2…
Fig. 21.1 MMS technique (1). Debulking. The visible tumour is debulked with scalpel (2). Excision of 1–2 mm of healthy tissue surrounding the wound resulting from debulking (3). The specimen…
Fig. 36.1 Schematic representation of the double- and single-channel array technologies. The two methods differ in the sample preparation and labelling procedures. A typical microarray experiment consists in the expression…
Type of lesion Single lesion (e.g., a small tumor) Localized lesion (e.g.. metameric lesion) Generalized lesions (e.g., multiple skin metastasis) Pictures required Close-up ✓ ✓ ✓ Medium view ✓…
Author Bernard [10] Dessinotti [22] Year/country 2008/France 2011/Greece N 1,655 199 Head/neck 64.5 % 78 % Trunk 25.1 % 15 % Limbs 10.4 % 7 % BCC is rarely described…
Fig. 14.1 Basal cell carcinoma gray-scale ultrasound (transverse view, tip of the nose). Hypoechoic lesion (bcc and outlined) that involves dermis and presents hyperechoic spots. The nasal cartilage is unremarkable….
Fig. 18.1 FLIM images acquired at 760 nm excitation wavelength by the Imperial College FLIM system incorporated in the DermaInspect ® and processed using the software SPC IMAGE (Becker &…
Fig. 33.1 Frontal (a) and lateral (b) view in a dog with diffuse and infiltrative SCC of the nasal planum. Please note marked depigmentation and asymmetry associated with the lesions…