Abstract
A case study (with involvement of the author in various observational settings and many subjects) leads to confirmation of the general link between schizophrenia and traumatic brain injury that was already underlined in the existing literature. The effects of the welfare State conceal the core idea that schizophrenia can hence be healed radically because the existence of monetary incomes for people suffering of mental disease triggers an incentive to self-contaminate and maintain the state of dereliction of the brain instead of actually contributing to society. This case study allows to prove that second statement and to confirm as well general demands of French economist Jacques Rueff. The issue of marijuana risks is also discussed, confirming the dangers of marijuana (THC, THCa only) in a situation in which the brain is contaminated.
Highlights
There already is literature demonstrating the endocrine disruption effect of alpha-emitting nanoparticles as well as their various neurological effects, all linked to the decay energy - see for instance [1] on the endocrine disruption effect, [2] on epilepsy, dementia and Alzheimer’s and [3] on traumatic brain injury, impulsivity, apathy, impaired alertness and neurodegenerative disorders in general
Endocrine disruption from alpha decay hitting on glands, triggering a change in their production rate will affect the hormonal balance
The combination of an abnormal hormonal balance and of abnormal signaling can be expected to lead to acts, movements with hands, legs, for instance, that only some subparts of the brain controlled as they were in the receiving part of a signal that was deformed by internal contamination with alpha-emitting nanoparticles through the above processes, and these subparts may be influenced by hormones that do not correspond to what the core parts of the brain demanded, due to interference of alpha-emitting nanoparticulates on the endocrine system, leading to a discrepancy between feelings in the subjects and acts
Summary
There already is literature demonstrating the endocrine disruption effect of alpha-emitting nanoparticles as well as their various neurological effects, all linked to the decay energy - see for instance [1] on the endocrine disruption effect, [2] on epilepsy, dementia and Alzheimer’s and [3] on traumatic brain injury, impulsivity, apathy, impaired alertness and neurodegenerative disorders in general. The transmission of signals inside the brain may be interrupted at each moment by an alpha decay hitting on the channel (neuron for instance) through which that signal was to transit, modifying the resulting message. Endocrine disruption from alpha decay hitting on glands, triggering a change in their production rate (be it an acceleration in the production due to cell proliferation in the gland linked to the bystander effect [4], so that these newborn cells increase the secretion of these hormones, or a decrease linked to cell death in these glands, depending on the proximity of the alpha-emitting nanoparticles to the cells in that gland 1 ) will affect the hormonal balance
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Published Version
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