The stomach's communication with its related acupoints

This data compliments a paper entitled: The stomach’s communication with its related acupoints, and the “intelligent tissue” hypothesis. The paper fully describes and analyses the data. At the time of writing, the paper is still in production. Please see the links at the end of this dataset, which will be updated once the paper is published. The paper demonstrates that the impedance waves recorded at the stomach-related acupoints contain a real-time reflection of the subject’s “duodenal” waves, and also the stomach’s slow waves; that these are not artefact of any type; and also that when the local tissue at the acupoints interprets organ information conveyed on an electromagnetic wave, the interpretation at each acupoint takes place at a variable speed (presumably the time taken for the local tissue to interpret and then reflect the information), which tends to produce a variable phase shift in the waves when compared to those at the other acupoints or with the source. Hence, the paper demonstrates that the tissue at the monitored acupoints adopts real-time physical changes that reflect the state of the related organ’s function (though with a variable delay, ranging from between 10ths of a second, to 1-2 seconds).本数据集配套于一篇题为《胃部与其相关穴位（acupoints）的通信及"智能组织（intelligent tissue）"假说》的论文。该论文对本数据集进行了完整的描述与分析。在撰写本数据集说明时，该论文仍处于编撰出版流程中。请查看本数据集末尾的链接，待论文正式发表后该链接将更新相关内容。该论文证实，在胃部相关穴位处记录到的阻抗波（impedance waves），可实时反映受试对象的十二指肠波（duodenal waves）与胃慢波（stomach’s slow waves），且此类信号绝非任何类型的伪影（artefact）。此外，当穴位处的局部组织解析以电磁波（electromagnetic wave）传递的器官信息时，各穴位的解析速率存在差异（据推测该差异对应局部组织解析并反射信息所需的时长）；相较于其他穴位处的信号或原始信号源，此类差异往往会导致波形产生可变相移（phase shift）。综上，该论文证实：被监测穴位处的组织会产生实时物理变化，以反映对应脏器的功能状态（此类变化存在可变延迟，时长范围从十分之一秒至1至2秒不等）。