Patent ID: 8177825
Filing Date: 2012-05-15
Classification: A61F

Abstract:
1. A method of dynamic spatiotemporal temperature-physiological optimization of a physiological process, in a dynamic temperature system with at least one block of automatic contrast thermocycling having a plurality of a dynamic temperature modules for providing a contrast temperature action on a zone of a surface of an organism, comprising the steps of selecting a zone of the surface of the organism for providing the contrast temperature action; selecting on the selected zone a plurality of a local surface portions having a given form; arranging to the plurality of the selected local surface portions a plurality of the dynamic temperature modules, having a given form of a contact surface corresponding to the form of the local surface portions, for providing at least one type of a surface structure of the contrast temperature action on the selected zone; modulating a value of the contrast temperature action of at least one of the dynamic temperature modules having parameters for providing a modulating with a comparative phase of the modulating providing a phase shift relative to a comparative phase of an independent predetermined periodic process for providing an additional action on the organism simultaneously with said modulating, with a range of the modulating, providing a change of the value of the temperature action between a maximal value and a minimal value during a modulating period, in accordance with a law of the modulating, providing a form of a change of the value of the temperature action during the modulating period, with a frequency of the modulating which is selected to provide the modulating period including providing a cooling phase and a heating phase of the change of the value of the temperature action each with a phase law, a phase duration and a maximal phase amplitude, so that said contrast temperature action of each two of the dynamic temperature modules disposed side by side form a dynamic temperature pair providing a modulated wave gradient of a differential-residual spatial temperature action in a portion of an organism zone externally limited by external borders of two of said selected local surface portions of the zone of the organism; and changing a value of at least one parameter of the modulating in dependence on a change of a value of at least one characteristic connected with the physiological process of the organism for providing a maximal therapeutical efficiency of said action on the zone of the organism.