Investigation of Food and Relative Risk Probability of Having Five Different Diseases, Including Diabetes Using Collected Food Data Over A 6.5-Year Period Based on GHMethod: Math-Physical Medicine (No. 492)

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Abstract

The author is a professionally trained mathematician, physicist and engineer. His view of health and medicine is similar to his past experience on designing a physical object, such as a building structure or a working machine, which he calls an “object”. The object’s strength or its expected lifespan is similar to the health conditions and longevity of a human being based on the following three key factors: (1) The original strength of the object’s material which is similar to the genetic factors of a human body. (2) The engineering design and site construction of this object are similar to the fundamental influential causes, including lifestyle details, life-long habits, and environmental factors, on the human health. Among those external causes, if the author has to pick up one category which has the most influence above of all that is the “food”. (3) The object endures different operational problems due to external forces or impacts which are similar to various diseases suffered by humans. After the object experiences external forces or impacts, we use some structural reinforcements to fix the building’s damaged cracks or replace the malfunctioned part of the machine. These engineering actions are similar to the “medical treatments” doctors provide patients. The medical treatments, including medication interventions (oral drugs or biochemical injections), necessary surgeries, or certain organ transplants are similar to the engineering repair of the damaged object. This article emphasizes the relationship between causes and results such as symptoms of diseases. It particularly addresses the inter-relationship of 5 selected diseases: cancers, cardiovascular diseases (CVD), chronic kidney diseases (CKD), diabetic retinopathy (DR), and type 2 diabetes (T2D), where the most important cause for most diseases is “food”. This food category in his study contains 25 defined elements include input data of food are collected via the developed iPhone APP. There are 5 elements for “Food Quantity”: breakfast amount, lunch amount, dinner amount, amount of between-meals snacks and fruits, and the average daily food consumption amount. In addition, there are 20 selected elements for “Food Quality” (see Figure 1). The combined Food score is the average value of both food quantity score and food quality score.
基于ghd方法的6.5年食品数据与糖尿病等5种疾病的相对风险概率调查:数理医学(第492号)
作者是一位受过专业训练的数学家、物理学家和工程师。他对健康和医学的看法与他过去设计物理对象的经验相似,比如建筑结构或工作机器,他称之为“对象”。物体的强度或预期寿命类似于人的健康状况和寿命,基于以下三个关键因素:(1)物体材料的原始强度,类似于人体的遗传因素。(2)该对象的工程设计和现场施工与生活方式细节、终生习惯、环境因素等对人体健康的根本影响原因相似。在这些外部原因中,如果作者必须挑选一个影响最大的类别,那就是“食物”。(3)物体在外力或冲击作用下出现不同的操作问题,类似于人类所患的各种疾病。在物体受到外力或冲击后,我们使用一些结构加固来修复建筑物损坏的裂缝或更换机器的故障部分。这些工程行为类似于医生为病人提供的“医疗”。医学治疗,包括药物干预(口服药物或生化注射)、必要的手术或某些器官移植,类似于对受损物体的工程修复。本文强调病因与结果的关系,如疾病的症状。它特别讨论了5种选定疾病的相互关系:癌症、心血管疾病(CVD)、慢性肾脏疾病(CKD)、糖尿病视网膜病变(DR)和2型糖尿病(T2D),其中大多数疾病的最重要原因是“食物”。在他的研究中,这个食物类别包含25个定义元素,其中食物的输入数据是通过开发的iPhone APP收集的。“食物量”有5个元素:早餐的量、午餐的量、晚餐的量、零食和水果的量、平均每天的食物消费量。此外,“食品质量”有20个选择的元素(见图1)。食品综合得分是食品数量得分和食品质量得分的平均值。
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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