量子检测在内脏功能评估中的应用

Application of the quantum resonance spectrometer in organ function assessment

目的 介绍量子共振检测仪的基本原理,分析其在内脏功能评估中的具体应用方法.方法 将光波、声纳,通过耳膜进入到人体大脑神经元,运用量子共振技术,探测身体特定器官组织细胞的氢原子能量,产生共振电磁波再反馈到计算机,与精细庞大的数据库进行对比,以量化指标将结果显示出来,从而得知所探测人体器官目前的状况.结果 本组共646例健康人.其中,肺、支气管机能处于亚健康的占70.27％;免疫机能处于亚健康的占68.58％;心脑血管机能处于亚健康的占80.18％;肝胆机能处于亚健康的占71.21％;颈椎、腰椎机能处于亚健康的占81.57％;血液机能处于亚健康的占62.23％;淋巴机能处于亚健康的占68.57％;泌尿生殖机能处于亚健康的占69.97％;胰脾机能处于亚健康的占59.44％;消化系统机能处于亚健康的占75.39％.结论 量子共振检测仪是一种应用量子医学理论研制的检测人体生命活动状态的医疗仪器.它具有方便、快捷、准确、无创等特点,可以用来判断人体内脏的功能状态.

Objective To introduce basic principles of the quantum resonance spectrometer （QRS） and analyze its application in assessment of internal organ functions. Methods By transmitting light waves and so- nar to brain neurons through eardrum, the QRS was used to detect the energy of hydrogen atoms in histiocyte of certain body organs by means of quantum resonance technology. Then the stimulated resonance electromagnetic waves were collected by the computer and compared with the enormous database. The results were shown in terms of quantitative forms to indicate the health condition of the organs at present. Results Of 646 healthy ca- ses, the incidence rate of subhealthy state of lung and bronchial function, immunological function, cardiovascular function, hepatobiliary function, cervical vertebra and lumbar function, blood function, lymphatic function, uro- genital function, spleen and pancreatic function and digestive system function were 70.27%, 68.58%, 80. 18%, 71.21%, 81.57%, 62.23%, 68.57%, 69.97%, 59. dd%, and 75.39%, respectively. Conclusion Quan- tum resonance spectrometer （QRS） is a medical instrument applying the quantum medicine theory to detect hu- man life activities. As a result of its convenience, efficiency, accuracy and noninvasiveness, it is widely used nowadays, especially on fields of organ function diagnosis.