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The increment is about 30% in the range of hematocrit of physiological interest (from 30% to 50%).The variation follows a quadratic relationship for the entire hematocrit range. This photoacoustic signature of hematocrit variation has further been validated against minimum detectable pressure (800 Pa). This numerical model is expected to be an important basis to realize the idea of low cost small footprintin-vivophotoacoustic hematocrit measurement device.5, 7, 12, 14-pentacenetetrone (PT), Polycyclic quinone derivatives, are rich in c
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