Complex Dynamics, Fluctuations, Chaos, and Fractals in Biomedical PhotonicsSPIE, 2004 - Biosensors |
Contents
Voltagesensitive fluorescence imaging on the heart surface 533002 | 5 |
COMPLEX HEMODYNAMICS OF THE BRAIN | 13 |
Study of complex hemodynamic fluctuations in the human brain by simultaneous near | 22 |
Copyright | |
20 other sections not shown
Common terms and phrases
absorption action potential aggregation amplitude analysis apoptosis apoptotic applied aqua medium Bessel beam biological Biomedical Photonics blood flow blood microcirculation blood sedimentation calculated calibration model cerebral changes chemical cisplatin cm¹ coefficient components correlation corresponding Daphnia's heart rate dependence detection detector dextrans distribution DMSO Doppler electrical equation erythrocytes experimental Figure fluctuations fluorescence fluorophore fractal dimension Fractals in Biomedical frequency function glucose glucose concentration glucose sensing glycerol imaging intensity interface Intralipid laser layers light scattering magnetic measuring conditions membrane method monitoring motor near-infrared non-invasive obtained optical coherence tomography oscillations parameters particles phase synchronization pixels porous potential probe Proceedings of SPIE propagation proteins rats red blood cells refractive index resolution rotation sample Saratov State University sedimentation sensor signal solution spatial speckle spectra spectroscopy spectrum stimulation subunit technique temporal tissue Tuchin values vasomotion velocity wavelength wavelet whole blood