Megalophallus Hypoxia Growth Key.
Hi guys, this is my first post here. I’ve read a lot of deep thinking on this forum as a non-member though, and I’d like to post now and share some thoughts.
So, I’ve been experimenting for a while with the idea of replicating a megalophallus. I know this subject has been talked about many times, but not quite in the way I’m thinking about it. I’ve read every study on priapism and it’s resulting functional megalophallus. While not every priapism produces an incredibly over-grown phallus, it is very possible. And I feel like we can eventually replicate it.
Now, there are two schools of thought regarding megalophallus. Extreme pressure, and hypoxia (blood oxygen deprivation). I firmly believe that pressure is not the true cause of megalophallus because in several studies, the patients extreme growth came in a relatively short time following episodes of hypoxic priapism, there was recorded new healthy bleeding fibrous tissue synthesis, and I think the amount of force you would need to stretch to the extent of the massive gains seen in megalopgallus priapism cases would rupture and tear apart the tunica before it would stretch to that point.
In one study, a penis reduction case actually, the 17 year old developed 10inch girth after only 3 priapisms and the growth was the result of tons of new healthy bleeding tissue formation. The case report even said that this was most likely hypoxia induced growth as hypoxia is known to cause cellular proliferation.
I’ve been basically clamping an erection insanely tight and just letting it sit for a while until it’s purple. This usually takes about 40 minutes. I feel that if I can induce a low oxygen environment in the tissue over and over for short periods of time, I can stimulate tissue growth. However, I’m not sure exactly how long penile tissue can live without oxygen. Obviously I don’t want to kill cells. I just want to deprive them enough to stimulate a little bit of tissue growth at the cellular level. Not tunica stretching force, but rather brand new healthy fibrous tissue growth in the CC like in the case of the 10in girth case.
Any thoughts or input is welcome. Thanks!