Multimodality Investigation of Microstructures by the Combination of Diffusion NMR and Diffuse Optical Spectroscopy

Keywords

accordingly accuracy accurate advanced alone apparent application applied approximation assumes audience axons bars better bioengineering biological biophysical cancer cells cellular chain chemical coefficient college combination combinations combined combining comes commercial common compartments complementary computer computing confocal consequently constrained datasets density deviation diffuse diffusion diffusivity dimension domain droplets either emulsifiers emulsion error especially estimation even experimental exploit exploits facilitated features fitted fitting fraction function fuses generated gradient ground histology improvements improves improving independently individually informed inside introduce introduced investigate investigation kingdom larger laser light linked long mayonnaise measured measures medical microscopy minimizes minimizing modalities modality model modeled molecules moreover much natural noise normally ones optical optics organelles overview performance physics precise principle proof providing pulse radius realistic reducing reduction relate repetitions represent researchers restricted restricting sample scanning scatterer scatterers scattering science sensitive since slight smaller spectroscopy spherical spread squared stimulated synthetic system table target temporal theory tissue truth validation volume water wavelength