… vibrational spectroscopy via fiber optics and imaging have to tissue engineering approaches.
… , we present applications of vibrational spectroscopy for tissue engineering investigations. …

… Vibrational spectroscopy has been applied to study cells or molecules in tissues changed
by various factors. It is therefore frequently used as a diagnostic tool in pharmacy (Wartewig & …

… Here, we focus on how vibrational spectroscopy has … composition and structure of biological
tissues. In particular, we … of tissue engineered cartilage were used to predict the tissue …

… in tissue engineering strategies. However, before the translation of vibrational spectroscopy
… out so far and the problems that might be encountered when using vibrational spectroscopy. …

… The developments in the relatively new area of vibrational spectroscopic imaging of bone
and mineralized tissues … Vibrational spectroscopy is an extremely useful tool in this endeavor. …

… research done in the field of medicine and tissue engineering. … using spectroscopy for the
analysis of biological tissues, combine to provide a broad overview of vibrational spectroscopy …

… using vibrational spectroscopic techniques such as mid-infrared spectroscopy (MIR) and
near-infrared (NIR) spectroscopy. Sasic et al. previously described that both MIR and NIR …

… of vibrational spectroscopic techniques, mainly Raman spectroscopy and IR-spectroscopy.
Several groups have reported the use of Raman spectroscopy in bacterial classification up to …

… shifted by the unique vibrational transition energies of its … As such, the vibrational spectrum
of intracellular and … ), which have all been explored in tissue engineering. In RRS, tuning laser …

… In this paper we characterised the above mentioned oligopeptides by vibrational spectroscopy,
to evaluate the influence of the sequence on the conformation of the peptide, both as-…