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The weighty evidences of specific transformations of the thermal motion inpure water in the physiological temperature interval (PTI) from (30 +(-) 3)o Cto (42 +(-) 3)o C for warm-blooded organisms are presented. It is shown thatnear the right end of the PTI (42 +(-) 3)o C the crystal-like thermal motion inwater transforms to argon-like one (i.e. the dynamic phase transition (DPT)occurs). It is show that the similar transformation takes also place inwater-Mioglobin solutions. It is proposed that the DPT takes also place in theintracellular water, where it stimulates the denaturation of proteins. Therestriction of the PTI on the left of (30 +(-) 3)o C is naturally explained bythe clusterization of water molecules, which strongly increases whentemperature drops. The middle, ((36 +(-) 1)o C), of the PTI for warm-bloodedorganisms is disposed at the minimum of the heat capacity at constant pressure,that forwards to the stability of heat-exchange for bio-cells.

What water properties are responsible for the physiological temperature interval limits of warm-blooded organisms?