Page 213 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

immune system must switch off to rest and recuperate: total recovery requires a
considerable length of time.

During this interim the body is unable to fight the infection, which resumes progressing

at a much faster pace than the immune system can recover. As soon as the quantity of
secreted toxins exceeds the tolerable level, the brain activates the immune system all
over again – quite often before the latter has had a chance to restore its potential to the
normal level.

This triggers the immune system to switch on earlier than optimum, at time t1, causing
its energy surge to be less than its initial Jmax. This continues until its exhaustion,

robbing the system of its ability to significantly check the progress of the infection.
Thus, the first active phase in the progress of the disease, W1, comes to an end,
ushering in the second and chronic phase of disease, W2.

Amidst all this, not only does the system’s immune reaction undergo change, but many
other fundamental alterations also occur in the body. To understand the latter, let us
first explore how the human brain coordinates and monitors the functions and activity

level of every single organ and system in the body.

There is a specific cortical area that orchestrates and governs the functioning of all
bodily organs and systems by generating nerve signals through its locally branching-
out neuronal apparatus (the axons). From here the signals are relayed to the reticular
formation (see F Fi ig g. . 1 10 08 8), the so-called “primitive brain” and thence to a corresponding
area in the spinal cord, from which they pass to the sympathetic branch of the

autonomic nervous system.

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