The Brain Is Processing Information: Then, Why Does Research Into Human Brain Disorders So Firmly Avoids Information Processing Modeling?

E. Diamant
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Abstract

Brain disorders are a rapidly growing global health problem affecting millions of people worldwide. To date, however, no effective problem treatment is available because the efforts are directed not at the possible roots of disorders (which are still unknown) but only at the disorders’ symptoms. To better understand disorders’ causes and their underlying mechanisms, a large amount of scientific research is focused on developing disease models that rely on biological mechanisms taken from various fields of knowledge, such as genetics, molecular biology, neural and behavioral processes. It is extremely surprising that information processing mechanisms are never mentioned in this regard. (despite the fact that the dictum “The brain is processing information” is widely spread and generally accepted in the research community). A possible answer might be – the research community does not know “what information is”. To reverse this bizarre situation, I introduced my own definition of information. In biological systems information is represented as text strings written with nucleotide letters and amino acid signs. which makes information a physical entity with distinctive physical properties: length, weight, structure. Consequently, brain information processing is regarded as a chain of interconnected neurons (neuron network) with information flowing between successive network stages. In the course of information processing, only part of the processed information is advanced within the network. The remaining (not used) part of the information must be destroyed, demolished, and led out from the neuron for further recycling and utilization. Nature has provided the brain with genetic mechanisms for such “information waste” processing and utilization. But over time and especially in course of human aging such mechanisms become damaged and dysfunctional. Consequently, neurons clogged with the “information waste” become damaged and dysfunctional. And the brain disorders mounting. “Genetical engineering” can serve us as a remedy and the answer to neuronal disorders expansion.
大脑在处理信息:那么,为什么对人类大脑疾病的研究如此坚决地避免信息处理建模?
脑部疾病是一个迅速增长的全球健康问题,影响着全世界数百万人。然而,迄今为止,没有有效的问题治疗方法,因为这些努力不是针对疾病的可能根源(这仍然是未知的),而是针对疾病的症状。为了更好地了解疾病的原因及其潜在机制,大量的科学研究集中在开发依赖于来自不同知识领域的生物学机制的疾病模型,如遗传学、分子生物学、神经和行为过程。在这方面从未提到信息处理机制,这是非常令人惊讶的。(尽管“大脑在处理信息”这句格言在研究界广为传播并被普遍接受)。一个可能的答案可能是——研究界不知道“什么是信息”。为了扭转这种奇怪的局面,我引入了自己对信息的定义。在生物系统中,信息被表示为用核苷酸字母和氨基酸符号写成的文本字符串。这使得信息成为具有独特物理属性的物理实体:长度,重量,结构。因此,大脑信息处理被认为是一个相互连接的神经元链(神经元网络),信息在连续的网络阶段之间流动。在信息处理的过程中,只有一部分被处理的信息在网络中被推进。剩余的(未使用的)信息部分必须被破坏、破坏,并从神经元中引出,以便进一步回收和利用。大自然为大脑提供了处理和利用这种“信息废物”的遗传机制。但随着时间的推移,尤其是在人类衰老的过程中,这些机制变得受损和功能失调。因此,被“信息浪费”堵塞的神经元受损并功能失调。脑部疾病也越来越多。“基因工程”可以为我们提供一种治疗方法,并解决神经疾病的扩展问题。
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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