The normal physiology of achieving and maintaining an erection involves a complex interaction of physiological processes. Sexual arousal results in excitatory signals to the nervous system resulting in a release of nitric oxide in the corpus cavernosum (i.e., spongy erectile tissue of the penis). Nitric oxide diffuses into the smooth muscle cells lining the arteries of the corpus cavernosum, thereby relaxing vascular and trabecular smooth muscle cells. The relaxation of the smooth muscles lining the penile arteries allows these arteries of the corpus cavernosum to become engorged with blood, compressing the veins that drain blood from the penis and, as a result, trapping blood within the corpus cavernosum to produce an erection.
Solutions Targeting Sexual Arousal
The physiology of the male erectile tissue provides numerous points of interaction in which nervous or chemical manipulation may be used to overcome a decline in erectile responsiveness. For example commercially successful prescription drugs designed to interact with biochemistry of this system to treat erectile dysfunction include potent inhibitors of phosphodieterase type 5 enzymes (such as sildenafil), which function to prevent the ensuing subsidence of the corpus cavernosum. Maxoderm?, on the other hand, is aimed at taking advantage of enhancing stimulation regularly to help produce quality erections.
Benefits Of Targeted Delivery
Targeted delivery has been recently identified as an emerging alternative to orally administered products mainly due to the current concerns of the side effects that may occur from taking prescription drugs. Thus, Maxoderm? presents a preferable delivery method that enhances the desired effect directly to the intended site of action while limiting the exposure of the rest of the body to the ingredients.
