Digital diagnostic pathology has become one of the most valuable and convenient
advancements in technology over the past years. It allows us to acquire, store and analyze …

In the year 2012, there were approximately 226,160 cases of lung cancer and 160,340
deaths out of it as per the National Cancer Institute. There are mainly two types of lung …

Tissue polarimetry provides a non-invasive, fast and relatively cheap differentiation of
healthy from tumor tissues. This approach uses the different manner in which healthy tissues …

In biophotonics, novel techniques and approaches are being constantly sought to assist
medical doctors and to increase both sensitivity and specificity of the existing diagnostic …

The objective of this study is the discrimination and characterization of different lung cancer
monoline cells using statistical analysis of polarimetric backscattered signals. The main …

Tissue polarimetry has been gaining importance in extracting useful diagnostic information
from the structural attributes of tissues, which vary in response to the tissue health status and …

In early diagnosis of lung cancer, a polarization microscopy is a powerful tool to obtain the
optical information of biological tissues. In this paper, a new microfluidic polarization …

The microstructural analysis of tissues plays a crucial role in the early detection of abnormal
tissue morphology. Polarization microscopy, an optical tool for studying the anisotropic …

A simple and effective polarimetric technique is used to discriminate benign lesions from
cancerous ones. This method is based on key polarimetric parameters of diattenuation …

In this article, we explore the potential of an original label-free Near-Infrared (NIR) imaging
technique, based on Mueller Matrix decomposition reflectance, for efficient detection and …