An objective measurement for penile fascia collagenization/flexibility.
I think we could quantify how easily the fascia is inflated to erection using a penis pump as a new metric for distributed penile fibrosis and collagenization, independent of arterial blood supply induced intracavernosal pressure.
Using a hand pump while completely unaroused/flaccid and using a penis pump cylinder that is large enough to not restrict the penis girthwise or lengthwise, what is the minimal inHg necessary for the penis to become full erect? We can make distinctions between CC inflation and CS/glans inflation when the amount of vacuum pressure required for full inflation is different.
I propose that the lower inHg required for a full erection, the less collagenized a penis is. Though there are other possible reasons that the penis could require a higher inHg to fully inflate than excess collagen, such as structural abnormalities in the connective tissue.
It’s possible for the penis to become so collagenized from PE that gains from any method are impossible. I experienced this in the past while clamping as my penis became so tough that even clamping could not force it to expand any further. This test should be able to quantify how fibrosed the penis has become, allowing us to evaluate PE techniques for collagenization and the remediation of collagenization.
In the long run, I think the challenge of PE is limiting collagenization while exerting just enough stimuli to keep gains coming.
Starting: 7"bplx5.2" 2017 (shrunk from disuse)(originally 8"bplx4.5", gained to 9"bplx6")
Current: 9.0"bplx6.125" 2020
Goal: 11.5"bplx7" 2021.