INFLUENCE OF A PULSE MAGNETIC FIELD OF HIGH VOLTAGE ON THE INDICATORS OF ANTI-AGGREGATION ACTIVITY OF THE CHEMICAL SUBSTANCE AND THE PREPARED PHARMACY PREPARATION PENTOXYPLIN

It was found that the pharmaceutical preparation of pentoxifylline, treated with a pulsed magnetic field (PMF), changes the antiaggregatory properties.The pharmaceutical preparation contains the pure substance of pentoxifylline and a number of excipients. To understand the mechanism of changes in the antiaggregatory activity of a pharmaceutical preparation, the goal was to further investigate the effect of PMF parameters on its chemically pure substance.PMF processing was carried out on the «MIU Bio» installation with a single exposure at a field strength in the range (0.48–1.17) 106 A/m at discharge circuit frequencies (8–50) 103 Hz.Experiments have shown that the effect of PMF on the pure substance of pentoxifylline did not cause significant changes in its antiaggregatory activity. This result made it possible to get one step closer to understanding the mechanism of the effect of PMF on a given drug. Apparently, the reason for the change in the biological effectiveness of the pharmaceutical pentoxifylline treated with PMF lies in the effect of impurities, which will be the focus of further research.

All the 14 meridians course can be searched enough by meridian-like high thermal line inducing technique in human body.

Background: The meridian-like high thermal line (MLHTL) is induced along the target meridians course after acupoints stimulus by mineral pulse light stimulator. The rising temperature is average 1.85±0.52°C. So then, what’s the inducing mechanism of MLHTL? And can search all the 14 meridians course? Objectives: The purpose of this study is to explain the inducing mechanism of MLHTL, and the searching possibility of MLHTL course and all the 14 meridians course in the human body.Methods: Inducing character of meridian-like high thermal lines were researched and analyzed. And the searching possibility of MLHTL course and all the 14 meridians course, was analyzed.Results: Inducing characteristic of MLHTL is that MLHTL is induced when acupoints are stimulated by the mineral pulse light (Hz= 1.25), and in opposite, never induced, when acupoints is stimulated by the mineral non-pulse light (Hz= 0). This result is same as meaning of the pulse light resonance circuit (pulse current circuit) at electronic engineering. And the mini atomic magnetometer (QZFM Gen-2) can search enough pulse magnetic field induced from MLHTL course. Conclusions: The meridian-like high thermal lines are induced by pulse ion current occurred along the classic meridians course, so that all the 14 meridians course can be searched by MLHTL inducing technique enough in human body.

Influence of He+-ion beam induced effect on ultrafast quantum spin-state switching dynamics in exchange bias Co–Mn FM/AFM systems

A study of magnetic or spin logic appears as an appealing alternative due to its nonvolatile character, which can boost up switching on/off. The influences of Dzyaloshinskii–Moriya (DM) interaction on non-classical correlations play an important role in foundations of quantum technologies such as quantum information and quantum computation. We have considered the anisotropic general spin Hamiltonian (GSH) model in presence of DM interaction in addition to the Landau–Lifshitz–Gilbert (LLG)-model in a pulse magnetic field. For study of ultrafast spin dynamics in exchange bias Co–Mn FM/AFM systems, we present some quantum circuits for a deterministic quantum computing in Co–Mn FM/AFM systems.