10-07-2004
"Here’s a very simple possible answer to the question, why do gains slow with training.
Collagen fibers tend to align along the lines of applied stress. The more the stress, the more complete the alignment. The more the fibers align, the harder it is to stretch the tissues. Collagen has a higher tensile strength than steel.
Maybe that’s all there is to it. Deconditioning would then consist of allowing the orientation of the fibers to become more random, not necessarily to have fewer fibers."
The tunica albuginea (TA) is the outer covering of the corpora cavernosa (CCs) and corpus spongiosum (CS) of the penile shaft. This structure is composed of structural proteins including collagen which is arranged in rope or cable like fibers.
ModestoMan - Why gains slow!
10-07-2004
"I just found this interesting article on connective tissue."
This post contains four links to articles on connective tissue. Collagen is a major component of connective tissue.
ModestoMan - Why gains slow!
10-03-2004
"Collagen
Your Most Plentiful Protein
About one quarter of all of the protein in your body is collagen. Collagen is a major structural protein, forming molecular cables that strengthen the tendons and vast, resilient sheets that support the skin and internal organs. Bones and teeth are made by adding mineral crystals to collagen. Collagen provides structure to our bodies, protecting and supporting the softer tissues and connecting them with the skeleton. But, in spite of its critical function in the body, collagen is a relatively simple protein."
This post contains an easily understood description of collagen.
Collagen
09-23-2004
"As we know, fascia can be stretched. The "tunica" that we so often mention consists of fascia ("Buck’s fascia").
Apparently, even the world outside the PE community knows fascia can be stretched. Here’s another interesting analogy to bodybuilding. Stretching your fascia gives your muscles room to grow, just like stretching your tunica gives your penis room to grow.
Check out the article: http://www.fitstep.com/Misc/Newslet…ves/issue10.htm"
This thread discusses methods used by body builders to stretch structures that are like the tunica.
Stretching Fascia—Another BB analogy
10-04-2004
"This article says that "struts" help contain the diameter of the CCs during an erection. Therefore, the strength of these "struts" may be a limiting factor in increasing girth.
Quote:
The tunica albuginea of the penis(above) consists of two fibro-elastic connective tissue layers, an inner circular and an outer longitudinal. The inner circular connective tissue layer serves to contain the erectile tissue’s diameter during erection. This is analogous to inserting a balloon into a drinking straw and attempting to blow it up. In the corpus cavernosum, this layer is also continuous with "intracavernosal struts" or spokes radiating from the connective tissue surrounding the cavernosal or deep artery. These act to increase the ability of the circular layer to contain the diameter of the expanding penis."
This thread discusses an often ignored structural component of the penis, the intracavernosal struts. They are contained in the cavernosum which are the two major erectile champers. The referenced publication in the first post also describes the two major lavers of the tunica which are a circular inner layer and the outer layer which is composed of parralel collagen fibers which run the length of the cavernosum.
CC "Struts" may limit girth growth
10-03-2004
"In leg lengthening surgery, the tibia and fibula or each leg are broken and the two halves of each bone are affixed to a threaded splint that holds them apart. The threads are advanced to separate the bone segments 1mm per day until the desired new length is achieved.
Have you ever wondered whether PE gains work essentially the same way? Bigger talked about "pulling out" his penis by hanging, but the amount he pulled out exceeded anything that was within his body. Perhaps the tunica has a weak point, analogous to the break in the bone above, which stretches in response to regular stress, while the rest of the tunica remains substantially unaffected."
This thread references a technique that is employed in leg lengthening. The leg bones are cleanly broken laterally and then a device is attached to the leg which keeps the bone separated by small amount. As the space between the broken bone is filled in, the device is adjusted to maintain the gap. Interestingly, the soft tissue surrounding the bone will grow to accommodate the new longer leg length. This proves that soft tissue including muscle and nerves can elongate in response to a chronically applied force.
Penis lengthening like bone lengthening?