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interesting link which is between craniofacial growth and skeletal maturation in this study here:https://www.researchgate.net/public...keletal_maturation_A_mixed_longitudinal_study
For those that are interested, see Table 3 and Figure 2 to identify the correlations between craniofacial growth and the maturation of hand-wrist bones.
You can see clearly that the results of mewing would be correlated with the distances measured on the skull in Figure 2 associated with stronger correlations between craniofacial growth and hand-wrist bone size.
So basically the study suggests that "better/good" craniofacial growth results in "bigger" bones.
Now interestingly there are other studies which clearly show that: Low levels of HGH (somatotropin & somatomedin), Low Thyroid Hormone levels and Low sex hormone levels (testosterone & estrogen) result in lower bone mass, density and volume.
Also too much Glucocorticoids (released by adrenal cortex) - impairs bone growth, so does too much Serotonin, Parathyroid Hormone, Calcitriol and Calcitonin.
For those that are interested, see Table 3 and Figure 2 to identify the correlations between craniofacial growth and the maturation of hand-wrist bones.
You can see clearly that the results of mewing would be correlated with the distances measured on the skull in Figure 2 associated with stronger correlations between craniofacial growth and hand-wrist bone size.
So basically the study suggests that "better/good" craniofacial growth results in "bigger" bones.
Now interestingly there are other studies which clearly show that: Low levels of HGH (somatotropin & somatomedin), Low Thyroid Hormone levels and Low sex hormone levels (testosterone & estrogen) result in lower bone mass, density and volume.
Also too much Glucocorticoids (released by adrenal cortex) - impairs bone growth, so does too much Serotonin, Parathyroid Hormone, Calcitriol and Calcitonin.
