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implications for protein orientation and protein
at charged interfaces studied by resonance Raman and surfaceenhanced
Surfaceenhanced hyperRaman and ncarIR FTRaman studies of biomolecules
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absorption acid adenine adsorbed agarose gel analysis aqueous band beam biological Biophys Ca2+ calculated CARS cells chains changes charged rods Chem complex component concentration conformational correlation functions curve cytochrome d-glucose dependence depolarization detection diameter diffusion coefficient dynamic light scattering effect elastic modulus electric field electronic electrophoretic mobility erythrocytes excitation experimental Figure fluctuations fluorescence frequency FT-Raman Gel Electrophoresis granules heme hydrogen bonds hydrosol increase indicate inhomogeneous intensity interaction investigated lipid macromolecules measurements membrane method modes molecular molecules monolayer nonresonant normal observed obtained optical parameters particles phase transition Phys polarization polymer porphyrin potential probe protein proton radiation Raman scattering Raman spectra Raman spectroscopy ratio region relaxation resonance Raman resonance Raman spectroscopy rotation RR spectra sample SERRS shown shows signal simulations solution solvent spectrum structure factors surface surface-enhanced tautomers technique temperature tissue USSR vector vesicle vibrational viscosity wavelength