Scientific Backing & How it Applies to Your Efforts (from The Ultimate Guide To Male Enhancement)

The following is a chapter taken from the book: The Ultimate Guide To Male Enhancement.

In spite of all of the studies, reference materials, proof, evidence and other data, there are some constants that are as consistent for male enhancement as they are for every other thing. Some men seem lucky when it comes to penis size and/or making gains, while others aren’t so lucky. In having dealt with many different types of trainees over the years, there seem to be four major groups that they fall under. There are those who make easy gains and do not need to work [relatively] hard for them (the smallest group); and there are those who make good to great gains but have to work for them (this describes most trainees who make a serious attempt at training); then there are those who do not put in effort and get little in return (unfortunately this is the largest group percentage–wise); and then there are the unfortunate few who train hard and get disproportionately little returns for their efforts.

While we are open to training everyone, our main efforts are directed toward trainees who are serious about training.

Let’s look at some of the hard science that backs up the penis enlargement portion of male enhancement training.

For one, we have Davis’ Law. It states:

Ligaments, or any soft tissue, when put under even a moderate degree of tension, if that tension is unremitting, will elongate by the addition of new material; on the contrary, when ligaments, or rather soft tissues, remain uninterruptedly in a loose or lax state, they will gradually shorten, as the effete material is removed, until they come to maintain the same relation to the bony structures with which they are united that they did before their shortening. Nature never wastes her time and material in maintaining a muscle or ligament at its original length when the distance between their points of origin and insertion is for any considerable time, without interruption, shortened.

The effects of penis enlargement may best be explained by a combination of mechanical and biological creep.

Mechanical creep is defined as the elongation of tissue beyond its intrinsic extensibility resulting from a constant load applied over time (as with PE exercises). On the cellular level: “Networks of fibrous collagen and elastin within these tissues are clearly able to reorient themselves after the application of force.”

Biological creep refers to the generation of new tissue (after mechanical creep). This can occur during the cementing phase of PE.

There’s also the very interesting and rare phenomenon known as “megalophallus”. Cases of megalophallus result when one who suffers from sickle cell has an episode of priapism resulting in a dramatic and permanent expansion of the penis. What’s truly interesting is the recorded cases show these men are still able to obtain erections after this occurs.

Before you consider inducing priapism in an attempt to duplicate this, priapism very often does NOT result in megalophallus. What often happens is patients with a priapism that doesn’t subside will need emergency procedures in order to prevent ischemia and tissue death. These can range from injecting the penis with stimulant-type substances to surgical shunting.

A much better route to attempt to mimic the effects of priapism in a much more controlled and beneficent manner is to maximize your erection quality. When you can induce erections that feel skin splitting in nature, your penis should become very responsive to enlargement and stamina exercises.

References:

Nutt, JJ (1913) Diseases and Deformities of the Foot; Davis’ Law. New York E. B. Treat & Company

Hammer, Warren I. (March 2007) ESO: Functional Soft–tissue Examination and Treatment by Manual Methods, 3rd Edition. Jones & Bartlett Learning. p.18