Diokine
Member
- Joined
- Mar 2, 2016
- Messages
- 624
So what I'm thinking about is - specifically in relation to my own case growing up and the sort of health problems that I've had, and then kind of extrapolating out the health problems other people have - looking at them in the context of continued adrenal dysfunction, continued over activation or under activation of the HPA axis and failure of certain elements of the HPA axis to maintain the sort of structure needed to generate the sort of swings in physiology that we need to be able to control our bodies effectively.
I started considering the fine degree of control required of the vascular system in the context of the central and autonomic nervous systems, primarily thinking about the control of autonomic processes relating to digestion and fear responses but then tying that in with more Prefrontal responses, conditioned fear and perceived fear, perceived danger, and this especially relates to social stress, family unit and domestic comfort essentially.
So an inability of the brain - specifically the hypothalamus and pituitary and amygdala - to regulate the adrenal glands, represents a severe deficit in the kind of tissues needed to have a system that is very sensitive to change. Because it's very important we keep that blood as bloody as it can be, whatever blood does, as far as transferring oxygen and keeping oxidation in motion, it’s important we regulate that closely. It's a lot more than just oxygen - there's phosphorus, calcium, all kinds of minerals, colloidal minerals, albumin, all these sort of pressures present, osmotic, chemo gradients, etc.
This creates a really complex picture of maintaining the different types of tissue through the kidneys and corticoid systems – these maintain pressure in vital areas, vital organs and such. So especially with something like continued social stress you can see a dysregulation of the pituitary and respiratory centers in the brain, like the hypothalamus, preBoltzmann complex, retrotrapezial nucleus, and these feed into the trigeminal nucleus and the facial nerves referring up through the amygdala as part of a very sensitive circuit that maintains your degree of comfort around other people.
We are able to put on a mask and disguise how we really feel, although sometimes that's not necessarily possible because of direct connections between the muscles of your face to the trigeminal nucleus and hypoglossal muscles and just all the muscles coming out of your face, basically your facial expression or facial posture is directly tied into the motor control from your brainstem which goes right out of the pituitary and the amygdala.
So continued dysfunction of this type, especially exposure to a lot of glucocorticoids in early life, from allergic triggers or something like, that can generate a body of tissue – which is responsible for maintaining the vascular system - that doesn't have enough competency, or is not capable enough to generate the sort of voltage swings or electrical potential gradients that we need to coordinate the tissue and this reflects all the way down into the spine, the splanchic nerves, the renal nerves, the suprarenal or adrenal system, all of that stuff controlling the reactivity of the aorta and the vena cava - there's a lot a lot of work going here to keep you alive.
Considering a child prone to allergies, someone that has a lot of problems regulating physiologically or emotionally as they grow up, they can lead to these different challenges in many different ways. No cases are exactly the same, there might be patterns of similarity but everyone's going to express a little bit differently, because their growth process is different from everyone else. But it's basically the inability to electronically control the blood vessels, creating an inability to express full breathing, that creates metabolic problems; acidosis or alkalosis in certain areas. You will see blood stagnating, the blood is still moving but it's not refreshing correctly, there are low lying areas becoming stagnant, still water. There's a little bit of blood moving through but it's not flushing out the way that it should through the capillaries, and you get a lot of cellular debris in this case - you get a lot of closing off of narrow areas and entrapment and vascular issues. An inability to regulate this through the adrenals, especially the gut and vascular systems of the liver, you will find a lot of cases where this will progress to either chronic gut problems and inability to sleep or all kinds of neurological issues. I think these focal neurological issues are the foundation of a lot of autoimmune conditions, the inability of the nerves to control the tissue and maintain it in a proper state. And as a consequence this generates a lot of debris and worsens the blood delivery problem.
I started considering the fine degree of control required of the vascular system in the context of the central and autonomic nervous systems, primarily thinking about the control of autonomic processes relating to digestion and fear responses but then tying that in with more Prefrontal responses, conditioned fear and perceived fear, perceived danger, and this especially relates to social stress, family unit and domestic comfort essentially.
So an inability of the brain - specifically the hypothalamus and pituitary and amygdala - to regulate the adrenal glands, represents a severe deficit in the kind of tissues needed to have a system that is very sensitive to change. Because it's very important we keep that blood as bloody as it can be, whatever blood does, as far as transferring oxygen and keeping oxidation in motion, it’s important we regulate that closely. It's a lot more than just oxygen - there's phosphorus, calcium, all kinds of minerals, colloidal minerals, albumin, all these sort of pressures present, osmotic, chemo gradients, etc.
This creates a really complex picture of maintaining the different types of tissue through the kidneys and corticoid systems – these maintain pressure in vital areas, vital organs and such. So especially with something like continued social stress you can see a dysregulation of the pituitary and respiratory centers in the brain, like the hypothalamus, preBoltzmann complex, retrotrapezial nucleus, and these feed into the trigeminal nucleus and the facial nerves referring up through the amygdala as part of a very sensitive circuit that maintains your degree of comfort around other people.
We are able to put on a mask and disguise how we really feel, although sometimes that's not necessarily possible because of direct connections between the muscles of your face to the trigeminal nucleus and hypoglossal muscles and just all the muscles coming out of your face, basically your facial expression or facial posture is directly tied into the motor control from your brainstem which goes right out of the pituitary and the amygdala.
So continued dysfunction of this type, especially exposure to a lot of glucocorticoids in early life, from allergic triggers or something like, that can generate a body of tissue – which is responsible for maintaining the vascular system - that doesn't have enough competency, or is not capable enough to generate the sort of voltage swings or electrical potential gradients that we need to coordinate the tissue and this reflects all the way down into the spine, the splanchic nerves, the renal nerves, the suprarenal or adrenal system, all of that stuff controlling the reactivity of the aorta and the vena cava - there's a lot a lot of work going here to keep you alive.
Considering a child prone to allergies, someone that has a lot of problems regulating physiologically or emotionally as they grow up, they can lead to these different challenges in many different ways. No cases are exactly the same, there might be patterns of similarity but everyone's going to express a little bit differently, because their growth process is different from everyone else. But it's basically the inability to electronically control the blood vessels, creating an inability to express full breathing, that creates metabolic problems; acidosis or alkalosis in certain areas. You will see blood stagnating, the blood is still moving but it's not refreshing correctly, there are low lying areas becoming stagnant, still water. There's a little bit of blood moving through but it's not flushing out the way that it should through the capillaries, and you get a lot of cellular debris in this case - you get a lot of closing off of narrow areas and entrapment and vascular issues. An inability to regulate this through the adrenals, especially the gut and vascular systems of the liver, you will find a lot of cases where this will progress to either chronic gut problems and inability to sleep or all kinds of neurological issues. I think these focal neurological issues are the foundation of a lot of autoimmune conditions, the inability of the nerves to control the tissue and maintain it in a proper state. And as a consequence this generates a lot of debris and worsens the blood delivery problem.