Hardware-software design for structural analysis of biological fluids

In modern medicine methods for studying structural properties of biological fluids are very demanded. However, existing methods for blood and other biofluids analysis do not allow mass studies and dynamics considerations. In this case, medicine can use a number of optical methods, which usually are able to perform express and simpler types of measurements. Our previous studies have shown that methods based on light scattering, such as laser correlation spectroscopy, are useful for structural analysis of biological fluids, in particular blood serum and saliva. In this work, we discuss an original hardware-software complex based on laser correlation spectroscopic technique. We present an original setup and algorithm of data analysis to study compounds of biofluids. The testing of the hardware-software complex have shown high sensitivity and accuracy. The further applications in medicine are also discussed in this work.