A research on albumin and $16$-doxyl stearic acid complex formation in water solutions by $^1\mathrm H$ relaxation method

This paper presents the results of a study of proton spin-lattice relaxation times in binary and ternary molecular systems containing buffer, human serum albumin, alcohol, human blood plasma, and $16$-doxyl stearic acid ($16$-DSA). It is shown possible to trace albumin binding capacity changes according to spin-lattice relaxation times using $16$-DSA type spin-labeled fatty acid injections into blood plasma.