Thank you for the study....
I think that common baldness is similar in women and men, the investigation you cited seems says the same.
Off the topic:
Did you read my post about a Kligman`s paper regarding the existence of sebum hair in childrens?
Quotes:
"The comparative fungistatic activity of pooled hair fat from pre-pubertal and
post-pubertal hair""
"In no instance was post-pubertal sebum more fungistatic
than pre-pubertal hair fat"
"He drew no conclusion from this except to remark that ether-extracted pre-pubertal hair was a good medium for the growth of various fungi"
"it seemed evident that the sebum present on freshly epilated hairs, whether adult or pre-pubertal in origin, did not prevent the physical growth of the
fungus upon them."
"Pre-pubertal sebum is fungistatic for M. audouini, according to Rothman's figures, even when diluted 20 to 40 times."
"Since even pre-pubertal sebum is fungistatic it is remarkable that infection
occurs at all unless there are great individual differences in the fungistatic
power of sebum."
"we have been unable to show that its fungistatic potency is decisively greater than that of pre-pubertal sebum."
"SUMMARY
When the minimal fungistatic concentration of pre- and post-pubertal sebum
was determined against three strains of M. audouini and two strains of M. canis, it was not demonstrated that post-pubertal sebum possessed decisively superior fungistatic activity.
The inhibition curves of sebum extracted from the hair of individuals in various
age groups was determined. Adult sebum was not more fungistatic than children's hair fat by this method."
http://www.nature.com/jid/journal/v14/n ... 95043a.pdf
If this is real as ever I thought, we must be revising the androgenetic theory because androgens are present in scalp hairs years before puberty. The link is sebaceous gland: 100% androgen dependent.