Accurate and fully automatic brain tumor grading from volumetric 3D magnetic resonance
imaging (MRI) is an essential procedure in the field of medical imaging analysis for full …

Use of spectroscopy for the analysis of biological molecules has significantly increased
during the past few years, hence, it is important to accumulate relevant Raman …

Fluorescence imaging assisted photodynamic therapy (PDT) is a viable two-in-one clinical
tool for cancer treatment and follow-up. While the surface plasmon effect of gold nanorods …

Prolonged usage of traditional nanomaterials in the biological field has posed several short-
and long-term toxicity issues. Over the past few years, smart nanomaterials (SNs) with …

The study utilizes autofluorescence spectroscopy (AFS) along with multivariate spectral
analysis for differentiating various stages of hepatic fibrosis. AFS has recently emerged as …

Strong plasmon absorption in the near‐infrared (NIR) region renders gold nanorods (GNRs)
amenable for biomedical applications, particularly for photothermal therapy. However, these …

Tobacco abuse and alcoholism cause cancer, emphysema, and heart disease, which
contribute to high death rates, globally. Society pays a significant cost for these habits whose …

The present study is designed to understand the nature of endogenous fluorophores and
cellular metabolism that occur in the experimental oral carcinogenesis and to assess their …

Worldwide, liver cancer is the fifth most common cancer in men and seventh most common
cancer in women. Intoxicant-induced liver injury is one of the major causes for severe …

In this study, we aim to use the fluorescence spectroscopic data as a preliminary forensic
evidence for the detection of saliva stains from the surface of drinking glass, to see the …