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Before posting a thread asking wheter you are going bald or not the first thing to do is to check your head shape. The head shape of men that develop thinning at the crown and receding hairline is not the same as the one that don't.
You can clearly see that balding men have wider, more uneven heads with more ridges. Non balding men have flatter and smoother heads.
I strongly believe in the scalp tension theory and I think that this is how it works. When you google head muscles you will find pictures like this
And you will notice that the areas where head muscles are located matches exactly the Norwood 7 horseshoe.
And that the galea aponeurotica is the area where baldness develop.
The head shapes of balding men to men look similar to the babies with craniosynostosis.
Craniosynostotis is a condition where a baby's cranial sutures close too early and the scull fails to provide space for the rapidly growing brain. The scull of the baby then becomes misshapen.
Since this condition is caused by genetic mutation I do believe that some men's cranial sutures are genetically predetermined to close earlier than the ones of others and they develop a mild form of craniosynostosis that go unnoticed. In this case the rapidly expandind brain doesn't have enough space to expand properly and this results in a wide head with ridges on it. As the scull continues to grow it exapands in an improper way well into adulthood. As it exapands it puts pressure on the surrounding muscles. As they are pressured they become tense and start to produce involuntary contractions. These contractions stretch the galea, tightening it and compressing tissues. Then an inflammatory response is activated. The body sends DHT to the affected areas to reduce the inflammation but it can't reduce the inflammation because it's chronic and persistent. When chronic inflammation is present somewhere in the body two progressive conditions develop called calcification and fibrosis. Those conditions prevent the blood flow from reaching the hair follicle and it becomes smaller and smaller until it becomes peach fuzz.
Evidence for this are;
This study that contains images created by lisa software using measurments from the galeas of real men. Lisa is a software that can make simulations of how the surrounding forces act on an object, You can notice that the surrounding forces on the images of the galeas match exactly the pattern of how men are losing their hair.
The other evidence is the study in which bottox injections were used to relax the surrounding muscles in 10 men with androgenetic alopecia and they all experienced improvements.
You can clearly see that balding men have wider, more uneven heads with more ridges. Non balding men have flatter and smoother heads.
I strongly believe in the scalp tension theory and I think that this is how it works. When you google head muscles you will find pictures like this
And you will notice that the areas where head muscles are located matches exactly the Norwood 7 horseshoe.
And that the galea aponeurotica is the area where baldness develop.
The head shapes of balding men to men look similar to the babies with craniosynostosis.
Craniosynostotis is a condition where a baby's cranial sutures close too early and the scull fails to provide space for the rapidly growing brain. The scull of the baby then becomes misshapen.
Since this condition is caused by genetic mutation I do believe that some men's cranial sutures are genetically predetermined to close earlier than the ones of others and they develop a mild form of craniosynostosis that go unnoticed. In this case the rapidly expandind brain doesn't have enough space to expand properly and this results in a wide head with ridges on it. As the scull continues to grow it exapands in an improper way well into adulthood. As it exapands it puts pressure on the surrounding muscles. As they are pressured they become tense and start to produce involuntary contractions. These contractions stretch the galea, tightening it and compressing tissues. Then an inflammatory response is activated. The body sends DHT to the affected areas to reduce the inflammation but it can't reduce the inflammation because it's chronic and persistent. When chronic inflammation is present somewhere in the body two progressive conditions develop called calcification and fibrosis. Those conditions prevent the blood flow from reaching the hair follicle and it becomes smaller and smaller until it becomes peach fuzz.
Evidence for this are;
Involvement of Mechanical Stress in Androgenetic Alopecia - PMC
Androgenetic alopecia (Androgenetic Alopecia) is a frequent disorder characterized by progressive hair miniaturization in a very similar pattern among all affected men. The pathogenesis is related to androgen-inducible overexpression of transforming growth factor β-1 ...
www.ncbi.nlm.nih.gov
This study that contains images created by lisa software using measurments from the galeas of real men. Lisa is a software that can make simulations of how the surrounding forces act on an object, You can notice that the surrounding forces on the images of the galeas match exactly the pattern of how men are losing their hair.
The other evidence is the study in which bottox injections were used to relax the surrounding muscles in 10 men with androgenetic alopecia and they all experienced improvements.
A Pilot Study to Evaluate Effectiveness of Botulinum Toxin in Treatment of Androgenetic Alopecia in Males - PMC
Androgenetic alopecia is a common form of alopecia with multifactorial etiology. Finasteride and minoxidil are approved by the FDA for the treatment of androgenetic alopecia. Balding scalp is believed to have relative microvascular insufficiency. ...
www.ncbi.nlm.nih.gov