“penismith - Yes, I’ve followed your thread. It was sort of a validation of the topics discussed in previous threads (listed in my post in this thread).”
Hey, my thread is in that list. You used my thread to validate my thread.
“I’m glad you overcame your support of the “pores” theory. The tunica is not porous. It couldn’t be with 100+ mm Hg pressure inside it.”
Well, I have not given that up completely, although I agree that vascular leakage is by far the best explanation at this point. I didn’t mean to say that it might always have small pores, but it is not unreasonable to suggest that as the tunica is expanded past its usual diameter that small holes might develop, allowing fluid to traverse from within the tunica to the area between the tunica and the skin. What I have mostly abandoned is the idea that it evolved to be that way.
As you know, the penis is really complicated; there is variable elasticity. You can have a 100%(rock hard) erection where it is virtually impossible to increase the diameter with a uli. You can also start a uli at a 60-80% erection and increase the diameter to that beyond what can be achieved with a 100%. I think that some of this difference can be atributed to the ease of clamping off at the base but not all of it. The tunica is somehow different in these two instances. It seems to be more elastic in the latter and perhaps it is a little leaky in the latter. If you do extreme enough uli work you will get fluid build up like in pumping and there is no external pressure.
“And while this leakage is at a cellular level”
I am confused by this, are you saying that the cells are dehydrating or that the fluid vessels (blood and lymph) are dehydrating.
Cheers,
PS