Protein models biochemical experiments using

Similar arguments can be adduced and for an explanation of the different dependences of ACW values on the blood serum uric acid content (the biochemical analysis) received forthese models (Figure 18.5). The relative stoichiometric coefficient for uric acid in ABAP-luminol system makes about 2.0 [12], while in Hb-H O -luminol - less 1.0 [4]. Interacting with various radical intermediates, uric acid influences in the first model not only on the latent period, but substantially and on the CL intensity. Correlation of ACW with the uric acid content is much worse for the first model (r=0.583. Figure 18.5a), than for the second (n=0.745. Figure 18.5b). The values of similar correlation coefficients defined with uric acid on ABAP-luminol model in other works [ 12,13] are rather close to coefficient received in ours experiments. In work [2] using ABAP-luminol model on the basis of blood serum measurements for 45 donors it is shown that the contribution of uric acid to ACW makes 64%, and proteins of 5%. 

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