Pregnenolone and progesterone deficiency does not cause memory loss, destabilization of nerve cells, failure of myelin formation, or excess cortisol synthesis
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Opposing Arguments
Argument #c25abf36 1 0 2
If it is true that...
Estrogen and calcium depolymerize microtubules 1 0 2and
Microtubule transport for Apo E, transthyretin, thyroid, and cholesterol for pregnenolone synthesis is disrupted when estrogen increases 1 0 2Then it must be true that...
Pregnenolone and progesterone deficiency causes memory loss, destabilization of nerve cells, failure of myelin formation, and excess cortisol synthesis 1 0 2Citations
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Related Propositions
The absence of bright light can create a progesterone deficiency and leave estrogen and prolactin unopposed 1 0 2Progesterone and pregnenolone, by reducing the stress reactions, should be helpful in the eye diseases of infancy and old age, as they are in the respiratory distress syndromes 1 0 1Cholesterol, pregnenolone, and progesterone are the main long-range defenses in the human body 1 0 2Progesterone is a nerve growth factor, produced by glial cells 1 0 2Stress is normally balanced by increased synthesis of pregnenolone, which improves the ability to cope with stress 1 0 2Lipid peroxidation damages the mitochondrias' ability to produce pregnenolone 1 0 2When pregnenolone is inadequate, cortisol is over-produced 1 0 2When progesterone is deficient, estrogen's effect is largely unopposed 1 0 2Pregnenolone and progesterone deficiency causes memory loss, destabilization of nerve cells, failure of myelin formation, and excess cortisol synthesis 1 0 2Imbalances of other steroids, including cortisol and DHEA, develop as cells compensate for pregnenolone deficiency 1 0 2