Have you ever checked your PSA levels? If so, do a test again. Maybe you can try to check 3a-Diol-G too. Have you considered Dutasteride? Anyways, DHT levels are not always accurate. Hormones fluctuate a lot during the day. There is even a study done for Dutasteride, and the DHT levels, surprisingly, were not reduced as expected:UPD:
So, a little more than a month has passed since the end of taking finasteride 5 mg and my testing for dihydrotestosterone. As I already wrote, I switched back to taking 1 milligram per day (a little more, since I divide the pill into 4 parts).
Today I received new test results and they not only do not please me, but also confuse me. Now the result is 1312. I don't understand why this is happening. Does anyone have any thoughts?
I really don't know what to do. I could say finasteride doesn't work for me, but April's test results say otherwise.
Results:
DHT and DHEAS decreased by 38.5% and 20.3%, respectively. On the contrary, T and E2 increased by 34.3% and 9.4%, respectively. PV and prostate-specific antigen decreased by 17.7% and 63.4%, respectively. The rate of decrease of DHT had a negative correlation with PV, and the rate of decrease of DHEAS had positive correlation with PV.Conclusion:
DHT did not decrease as expected (previous studies showed a decrease of approximately 90%). However, DHEAS decreased more than a natural decrease. It is possible that the conversion from DHEAS to DHT, via the conversion to T, in the prostate was accelerated by the decrease of DHT, especially in larger prostates. However, this discrepancy cannot be full explained by the conversion from DHEAS to DHT, as mentioned above.Also, keep in mind that there is a "backdoor" pathway, which can still promote DHT. Finasteride can't help with this pathway due to the limited blockade in 5AR1. On the other hand, Dutasteride, due to the dual inhibition of the SRD5A, can handle "better" this pathway.
The “backdoor pathway” of androgen synthesis in human male sexual development
Mammalian sex determination (male versus female) is largely controlled by genes, whereas sex differentiation (development of reproductive structures) is largely controlled by hormones. Work in the 20th century indicated that female external anatomy was ...
www.ncbi.nlm.nih.gov
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