Yes, a diffuse thinner all over the top is certainly much better off than most NWs above 2.0. princessRambo, from reading the studies you know yourself that there is a lot of interdependence on neighboring follicles. This is shown by regworth only being possible 95% of the time very close to the hairline, and shown by the "wave" in one of squeegee's latest posts. Stem cells, growth factors (for signalling) and the like are recruited from among neighboring follicles. As long as you still have some in an area, it's easy to regrow.
Anyway, thanks a lot for your photos. This should show pretty well how well this treatment works.
In terms of tracing back the chain of events here, this is the relevant passage stating that PGD2 is elevation is mediated through androgens:
Now, next questions going further up stream:
1. What can lead to follicles producing too much DHT locally? (resulting in high PGD2)
2. What can lead to not enough aromatase around follicles? (resulting in low PGE2)
Anyway, thanks a lot for your photos. This should show pretty well how well this treatment works.
In terms of tracing back the chain of events here, this is the relevant passage stating that PGD2 is elevation is mediated through androgens:
Prostaglandin D2 Inhibits Hair Growth and Is Elevated in Bald Scalp of Men with Androgenetic Alopecia said:Intriguingly, Ptgds is a highly testosterone-responsive transcript (30, 31), which further suggests its importance in Androgenetic Alopecia. PGD[SUB]2[/SUB] is thought to play a central role in male gonadal sex determination (32) and is highly expressed in male genitalia (32, 33). Similarly, Ptgds expression in the heart is regulated by estrogen (34). Estrogen leads to increases in 15-dPGJ[SUB]2[/SUB] levels in the uropygial gland (35). Recent evidence also suggests that prostaglandins induce virilization of the mouse brain through estrogen (36). Given the androgens are aromatized into estrogens, these results may be relevant to hair growth and alopecia in both men and women. Thus, these or similar pathways might be conserved in the skin and suggest that sex hormone regulation of Ptgds may contribute to the pathogenesis of Androgenetic Alopecia.
Now, next questions going further up stream:
1. What can lead to follicles producing too much DHT locally? (resulting in high PGD2)
2. What can lead to not enough aromatase around follicles? (resulting in low PGE2)