Chemical Technology: An Indian Journal
ISSN (PRINT):0974-7443

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Diffuse Correlation Spectroscopy

 Diffuse correlation spectroscopy (DCS) has extensively been used as a non-invasive optical method to amount tissue perfusion in vivo. DCS technology can be used for bedside monitoring of tissue blood flow as demonstrated by applications involving tumors, brains, and skeletal muscles. DCS measurements are quantified to yield material about moving scatters using photon diffusion theory and are consequently, obtained at long source-detector separations. Surprisingly, experimental data primarily reflect diffusive behaviour has widely been used as a non-invasive optical technique to measure tissue perfusion in vivo. DCS measurements are quantified to yield information about moving scatters using photon diffusion theory and are therefore obtained at long source-detector separations to provide quantitative estimates of the relative contributions of convective and diffusive movements; diffusive motion dominates the correlation decay for typical DCS measurement parameters.  We performed Montehttps://emerging-diseases.infectiousconferences.com/ Carlo simulations of light scattering through tissue of varying vessel densities.  

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Citations : 261

Chemical Technology: An Indian Journal received 261 citations as per Google Scholar report

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