alex3619
Senior Member
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- Logan, Queensland, Australia
Here is one way to think about it. Depending on personal status and the nature of the infection, a cold or flu will trigger a new focus for the immune system. It will cease doing much of what it was doing, and start going after the new infection for which it is receiving new signals.
Part of this involves migration of gamma delta T cells. They suppress excess inflammation and drive healing. I am planning a blog on this. Once the infection is dealt with, those migrant gamma delta T cells will go back to where they were. In healthy people this is primarily the gut. I strongly suspect that in us they are going places they should not be, driven by biochemical attractants including LPS. LPS should be primarily in the gut wall. In us its everywhere.
This is a pied piper effect. The immune system goes after something new. I am not sure it can be sustained. However if the secondary biochemistry could be identified it might lead to a treatment, who knows?
Sudden and prolonged shifts in sleep may well be due to alterations in arachidonic acid chemistry. Arachidonic acid is the precursor for many inflammatory hormones. Its also the precursor for prostaglandin D2, which is probably the actual biochemical trigger that shuts the brain down during sleep.
Bye, Alex
Part of this involves migration of gamma delta T cells. They suppress excess inflammation and drive healing. I am planning a blog on this. Once the infection is dealt with, those migrant gamma delta T cells will go back to where they were. In healthy people this is primarily the gut. I strongly suspect that in us they are going places they should not be, driven by biochemical attractants including LPS. LPS should be primarily in the gut wall. In us its everywhere.
This is a pied piper effect. The immune system goes after something new. I am not sure it can be sustained. However if the secondary biochemistry could be identified it might lead to a treatment, who knows?
Sudden and prolonged shifts in sleep may well be due to alterations in arachidonic acid chemistry. Arachidonic acid is the precursor for many inflammatory hormones. Its also the precursor for prostaglandin D2, which is probably the actual biochemical trigger that shuts the brain down during sleep.
Bye, Alex