Shockwave Therapy: Can This Possibly Replace Jelqing?

Shockwave therapy uses a type of ultrasound that is less powerful than the ultrasound used to break up kidney stones in the body, but strong enough to cause an internal friction between affected cells. This friction induces micro-tears in body tissue, which in turn stimulates the body's growth and rebuild reaction to trauma. Apparently, severe erectile dysfunction can be treated with shockwave delivered to the penis, which causes angiogenesis in cavernosal tissues and revascularizes damaged blood vessels.

Jelqing causes micro-trauma as well, but is labor intensive and must be done on a daily basis, and many people do not do it with proper technique. Unfortunately, many jelqing tutorials on the net are not adequate in educating the proper way of jelqing. Shockwave therapy is interesting because it can cause the necessary damage to the penis in a short amount of time, with almost no work involved. A small shockwave unit is a few hundred dollars and it would seem feasible to wear a divosuit to elongate the shaft right after each session to promote healing in an elongated state.

I want to thank a recent consultation client for the idea of researching topical collagen and its effects on ligaments. When a surplus of collagen is present, the ligaments do not cross-link when healing. But transdermal collagen is not the most efficient delivery system, and thus perhaps subcutaneous injections of collagen has more merit than just causing a cosmetic plumping of the shaft. However, jelqing with a collagen-injected penis does not appeal to me very much, as it would probably feel squishy like a fat baby's arm. However, shockwave therapy in combination to the collagen injections could be worth considering at some point.

A recent look at a study on the physical properties of a dual-chambered penis (which humans have) versus a single cavernosum penis, and it is pointed out that the septum provides support against lateral movement of an erection. The septum stabilizes sideways movement during an erection, which can also give us some clues on how to stress this internal structure more efficiently than jelqing.

If a full erection is gently bent sideways while flexing (and not twisting) the penis, this seems to target the stress on the septum, which is resisting the lateral movement. This could be done during a chemically-induced hardon, and thus possibly making the process more efficient.

Thanks for reading!

Ronielle Out

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