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气体放电可视化成像在健康与疾病中的应用:系统评价。

Applications of Gas Discharge Visualization Imaging in Health and Disease: A Systematic Review.

出版信息

Altern Ther Health Med. 2023 Sep;29(6).

Abstract

CONTEXT

Gas discharge visualization (GDV) works on the principle of the Kirlian effect. It's a noninvasive, quick, and safe biometric tool to investigate the psychophysiological state of an individual, with the potential to identify deviations from the healthy functioning of humans at early stages.

OBJECTIVE

The study intended to systematically document the scientific evidence pertaining to the use of GDV devices in human health and disease conditions.

DESIGN

The research team performed a systematic search for studies on GDV on research databases such as Google Scholar, PubMed, and PsychINFO, using the following inclusion criteria: (1) experimental studies dealing with a GDV device, (2) studies dealing with human participants related to health and disease, and (3) studies published in the English language. The study excluded: (1) review articles, (2) case studies, (3) letter to editors, (4) studies with unclear methodology, and (5) studies published before the year 2000.

SETTING

The study took place in the Department of Integrative Medicine at the National Institute of Mental Health and Neurosciences (NIMHANS) in Bengaluru, India.

RESULTS

After filtering, the research team obtained 108 publications that dealt with the application of a GDV device in human participants. Based on the selection criteria, 42 studies were included in the review. These 42 studies included eight randomized controlled trials (RCTs), five nonrandomized controlled studies, 17 cross-sectional studies, 10 single-group pre-post studies, and two correlational studies.

CONCLUSIONS

More studies with a robust methodology are needed to make definitive conclusions. The literature reveals that the GDV technique has the potential to provide early diagnosis and screening, especially in disorders of the endocrine and immune systems. It might also be used to assess wellness in healthy subjects and monitor the effects of interventions, such as yoga-including pranayama and meditation, acupuncture, qigong, music therapy, and massage on the human energy system. Future studies should focus on the validation of GDV imaging in clinical settings.

摘要

背景

气体放电可视化(GDV)基于基尔希纳效应原理。它是一种非侵入性、快速且安全的生物计量工具,可用于研究个体的心理生理状态,有可能在早期识别人类健康功能的偏差。

目的

本研究旨在系统记录与 GDV 设备在人类健康和疾病状况中的使用相关的科学证据。

设计

研究团队在 Google Scholar、PubMed 和 PsychINFO 等研究数据库中,按照以下纳入标准对 GDV 研究进行了系统检索:(1)涉及 GDV 设备的实验研究,(2)涉及与健康和疾病相关的人类参与者的研究,以及(3)以英文发表的研究。本研究排除了以下研究:(1)综述文章,(2)病例研究,(3)致编辑的信,(4)方法不明确的研究,以及(5)发表于 2000 年以前的研究。

地点

该研究在印度班加罗尔国家心理健康与神经科学研究所(NIMHANS)的综合医学系进行。

结果

经过筛选,研究团队获得了 108 篇涉及 GDV 设备在人类参与者中应用的出版物。根据选择标准,有 42 项研究被纳入综述。这 42 项研究包括 8 项随机对照试验(RCT)、5 项非随机对照研究、17 项横断面研究、10 项单组前后研究和 2 项相关研究。

结论

需要更多具有稳健方法学的研究来得出明确的结论。文献表明,GDV 技术有可能提供早期诊断和筛查,特别是在内分泌和免疫系统紊乱方面。它也可能用于评估健康受试者的健康状况,并监测干预措施的效果,如瑜伽,包括呼吸法和冥想、针灸、气功、音乐疗法和按摩对人体能量系统的影响。未来的研究应集中在 GDV 成像在临床环境中的验证上。

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