Yes, I know E2 is anabolic and it's the low E2 that causes the issues in terms of muscle growth, but the penis tissue is different compared to muscle tissue, so I don't know.
I heard that elevated E2 can reduce the sensitivity and the number of androgen receptors in the penis, causing erectile issues.
I don't have testosterone-estrogen imbalance because the testosterone level is significantly higher than E2.
My blood work 12 hours after injecting testosterone:
Total testosterone: ~5,000 ng/dL
Free testosterone: 1 to 1.3 times above reference range
DHT: This is at upper end of reference range without exceeding it
E2 (estradiol): ~500 pmol/L
At this e2 level, I'm not experiencing any side effects, including water retention, gynecomastia and erectile dysfunction.
I have been on these levels for around 1 year.
In the long-run, can such values cause any erectile issues and issues related to androgen receptors' sensitivity and number in muscle tissue and in the penis?
I basically heard that elevated E2 can reduce the sensitivity and the number of androgen receptors, even if androgen levels are high and are trying to cause upregulation of androgen receptors.
Is this true or it's just broscience?
I heard that elevated E2 can reduce the sensitivity and the number of androgen receptors in the penis, causing erectile issues.
I don't have testosterone-estrogen imbalance because the testosterone level is significantly higher than E2.
My blood work 12 hours after injecting testosterone:
Total testosterone: ~5,000 ng/dL
Free testosterone: 1 to 1.3 times above reference range
DHT: This is at upper end of reference range without exceeding it
E2 (estradiol): ~500 pmol/L
At this e2 level, I'm not experiencing any side effects, including water retention, gynecomastia and erectile dysfunction.
I have been on these levels for around 1 year.
In the long-run, can such values cause any erectile issues and issues related to androgen receptors' sensitivity and number in muscle tissue and in the penis?
I basically heard that elevated E2 can reduce the sensitivity and the number of androgen receptors, even if androgen levels are high and are trying to cause upregulation of androgen receptors.
Is this true or it's just broscience?