SHF radiation from albumin solution upon external excitation.

Patologicheskaia fiziologiia i eksperimental'naia terapiia Pub Date : 2016-07-01

Yu D Ivanov, K A Malsagova, V Yu Tatur, S G Vesnin, N D Ivanova, V S Ziborov

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Abstract

The purpose of the research consisted in the measurement of nonequilibrium radiation in superhigh frequency (SHF) range from aqueous solution of albumin upon its mechanical stimulation.

Methods: the monitoring of change in the ratio between brightness temperatures TSHF and TIR values after the mechanical stimulation of aqueous solution of albumin in the measuring cell at 35-39°С. The measurements of brightness temperatures were carried out with use of radiothermometer. SHF frequency range corresponded to 3.4-4.2 GHz, SHF frequency range corresponded to 8-13 mm.

Results: It was found that mechanical stimulation of aqueous solution of albumin at the temperature ~39°С, the change in the ratio between TSHF and TIR occurs. This corresponds to emergence of nonequilibrium SHF radiation from the solution near the phase transition with ~39°С temperature.

Conclusion: The effect of emergence of nonequilibrium SHF radiation from protein solution near its temperature 39°С was found. This temperature corresponds to the temperature of human organism upon a number of pathological states connected with inflammatory processes. The discovered effect can be used in the development of novel non-invasive methods of disease diagnostics.

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外源激发下白蛋白溶液的超高频辐射。

研究了白蛋白水溶液在机械刺激下的超高频非平衡辐射的测量。方法:在测量池中对白蛋白水溶液在35-39°С下进行机械刺激后，监测亮度温度TSHF值与TIR值之比的变化。亮度温度的测量是用辐射温度计进行的。SHF频率范围对应3.4-4.2 GHz, SHF频率范围对应8-13 mm。结果:发现在~39°С温度下对白蛋白水溶液进行机械刺激，TSHF与TIR比值发生变化。这对应于温度为~39°С的相变附近的溶液中出现非平衡SHF辐射。结论:发现了蛋白质溶液在温度39°С附近产生非平衡SHF辐射的影响。这个温度对应于与炎症过程有关的许多病理状态下人体机体的温度。发现的效果可用于开发新的非侵入性疾病诊断方法。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Patologicheskaia fiziologiia i eksperimental'naia terapiia

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