Three dimensional collagen gels have been used as matrices for the imaging of live cells by
Raman spectroscopy. The study is conducted on a human lung adenocarcinoma (A549) and …

Three dimensional collagen gels are evaluated as matrices for the study of live cells by
Raman spectroscopy. The study is conducted on a human lung adenocarcinoma (A549) and …

The in vitro cell culture environment can impact on cell biochemistry and cell cycle. The
manifestation of such substrate-induced changes in cell cycle in the Raman …

Raman imaging was used to illustrate heterogeneity of a single endothelial cell and the
vascular wall sample. The spectral analysis allowed for exploring the complexity of the …

The three-dimensional environment is known to play an important role in promoting cell–
matrix interactions. We have investigated the possibility of using Raman microspectroscopy …

Raman mapping in combination with uni-and multi-variate methods of data analysis is
applied to articular cartilage samples. Main differences in biochemical composition and …

Raman microspectroscopy is a powerful tool for the analysis of tissue sections, providing a
molecular map of the investigated samples. Nevertheless, data pre‐processing and …

A multi‐purpose instrument which allows the recording of confocal micro‐Raman, micro‐
SERS and micro‐fluorescence spectral images of sample areas from 5× 5 to l50× l50 μm …

Raman spectroscopy is an established laser‐based technology for the quality assurance of
pharmaceutical products. Over the past few years, Raman spectroscopy has become a …

Understanding the biochemical and biophysical properties of live cells is fundamental for
unravelling the secrets of many diseases and developing new therapies. Raman micro …