Recent technological developments have resulted in the availability of miniaturised spectral
imaging sensors capable of operating in the multi-(MSI) and hyperspectral imaging (HSI) …

Interest in minimally invasive and localized treatments for cancer has led toward a dramatic
increase in the development of novel nanomaterials as light absorbing agents. The …

Widefield fluorescence microscopy is used to monitor the spiking of populations of neurons
in the brain. Widefield fluorescence can originate from indicator molecules at all depths in …

Understanding the interactions of non-ionizing radiation with living organisms has been the
focus of much research over recent decades. The complex nature of these interactions …

We present protoporphyrin IX (PpIX) fluorescence measurements acquired from patients
presenting with superficial basal cell carcinoma during photodynamic therapy (PDT) …

A two-dimensional model including the effects of dynamic changes in the physical properties
on tissue temperature and damage was developed to describe laser energy transport, heat …

Fabricated tissue phantoms are instrumental in optical in-vitro investigations concerning
cancer diagnosis, therapeutic applications, and drug efficacy tests. We present a simple non …

AIM: The purpose of the present study is to compare the optical properties of normal human
colon mucosa/submucosa and muscle layer/chorion, and adenomatous human colon …

The choice of light source is important for the efficacy of photodynamic therapy (PDT) of non-
melanoma skin cancer. We simulated the photodynamic dose (PDD) delivered to a tumour …

A two-dimensional model was developed to model the effects of dynamic changes in the
physical properties on tissue temperature and damage to simulate laser-induced interstitial …