Modern Techniques for Rapid Microbiological Analysis

729 EMISSION nm absorption amide Anal analysis angle application aureus Bacillus bacterial cells bands beam Biochem biological calculated carotenoids characterization Chem chemical marker chlorophyll chromatograms cm¯¹ cm¹ coli components culture D-values derivatization detection detector differentiation electronic EXCITATION nm fatty acids filter fluorescence fluorometer frequency FT-IR function GC-MS Gram-negative Gram-positive growth infrared instrument intensity laboratory laser Legionella light scattering log phase mass matrix elements measurements medium methods methyl esters microbial Microbiol microbiological microorganisms modes molecular molecules Mueller matrix mycolic acids nm excitation nucleic acid obtained optical organisms particles pattern recognition peak phytoplankton pigments polarization present procedure protein Py-OLD pyrolysis pyrolytic Raman spectra Raman spectroscopy rapid ratio resonance Raman spectra resonance Raman spectroscopy sample scans sensitivity shown in Figure signal spec species Spectrosc spectrum spores Staphylococcus Staphylococcus aureus stationary phase Stokes vector strains structure techniques tion UV resonance Raman vibrational wavelength WAVENUMBERS