Gender is identified as a significant source of variation in optical reflectance measurements
on mouse skin, with variation in the thickness of the dermal layer being the key explanatory …

This contribution presents the development of an optical spectroscopy device, called
SpectroLive, that allows spatially-resolved multiply-excited autofluorescence and diffuse …

Laser surgery provides a number of advantages over conventional surgery. However, it
implies large risks for sensitive tissue structures due to its characteristic non-tissue-specific …

Exposure to solar radiation, particularly its ultraviolet (UV) component, has a variety of
harmful effects on human health. Some of these effects include sunburn cell formations …

Background During surgery, surgeons must accurately localize nerves to avoid injuring
them. Recently, we have discovered that nerves fluoresce in near-ultraviolet light (NUV) …

Background: Keloids and hypertrophic scars (HSc) affect 4.5–16% of the population. Thus
far, the different approaches of keloid treatment are not very efficient, with a 50% relapse …

In the context of cutaneous carcinoma diagnosis based on in vivo optical biopsy, Diffuse
Reflectance (DR) spectra, acquired using a Spatially Resolved (SR) sensor configuration …

A spatially resolved multimodal spectroscopic device was used on a two‐layered “hybrid”
model made of ex vivo skin and fluorescent gel to investigate the effect of skin optical …

The estimation of skin optical properties by means of inverse problem solving from spatially
resolved diffuse reflectance (SR-DR) spectra is one way to exploit the acquired clinical …

This paper deals with multi-class classification of skin pre-cancerous stages based on
bimodal spectroscopic features combining spatially resolved AutoFluorescence (AF) and …