NATURAL TREATMENT OF PROSTATE

We offer you a natural treatment for prostate disease and follow-up for prevention for those who are already old enough to develop prostate symptoms.

The composition of our products is made up of six antioxidant, regenerating, purifying, diuretic and detoxifying molecules: African plum (Pygeum africanum), Serenoa repens, pumpkin seeds (Cucurbita Pepo) or nettle extracts (urtica dioica).etc…

For a complete treatment, 42 vials of GEZENA 2 are required. The treatment helps to fight against the contraction of the urinary tract and makes it easier to urinate. They have no effect on prostate volume and improve urinary retention. It allows you to avoid consuming a lifelong treatment that can be harmful in the long term to your overall state of health.

The prostate is the largest exocrine gland of the male urogenital system. It is located at the intersection of the genital and urinary tracts. Along with the seminal vesicles, the prostate plays an essential role in the synthesis and emission of spermatic fluid. It contributes more indirectly to the voiding-continence cycle through its smooth muscle component, its close relationship with the urethra which crosses it, the bladder neck, the intrinsic urethral sphincter and the structures supporting the bladder (pubo-vesical ligaments and pelvic aponeurosis ).

Finally, the prostate is surrounded by neurovascular pedicles participating in the male sexual response (cavernous and spongy nerves, accessory pudendal arteries and Santorini venous plexus).

With aging, the anatomical changes of the prostate gland are sometimes the cause of urinary disorders and sexual dysfunctions responsible for a decrease in the quality of life. The organization, topography and anatomical relationships of the prostate are important elements for understanding its combined role in both the genital and urinary spheres.

Anatomy of the prostate gland

The anatomical organization of the prostate has been the subject of numerous studies over the last century. The zonal anatomy of a 20 g prostate has been established by taking the prostatic urethra and the ejaculatory ducts as anatomical landmarks, thus illustrating the prostatic convergence of the male urinary and genital tracts. The prostatic urethra is divided by anterior angulation into a proximal and distal segment of 15 mm each.

It is at this 145° angle located halfway between the bladder neck and the prostatic apex that the veru montanum (Seminal colliculus) protrudes from the posterior wall of the prostatic urethra. The proximal prostatic urethra is surrounded by smooth muscle fibers constituting the smooth urethral sphincter which, by contracting during ejaculation, prevents retrograde ejaculation. At the prostatic apex, the urethra is surrounded by the smooth and striated muscle fibers of the intrinsic urethral sphincter which insinuate at the level of the distal wall of the prostatic urethra.

The prostatic utricle opens onto the relief of the veru montanum and the ejaculatory ducts on either side of it.

The prostatic utricle is a median blind duct, directed upwards and backwards between the 2 ejaculatory ducts, which opens at the top of the veru montanum (seminal colliculus). The ejaculatory ducts, formed by the convergence of the vas deferens and seminal vesicles at the level of the prostate base, cross the prostate in a plane parallel to the axis of the distal prostatic urethra where they come together on either side. veru montanum. The prostate is mainly made up of tubuloalveolar glandular tissue and smooth muscle fibers divided into four zones.

The transition zone, surrounding the proximal prostatic urethra, is made up of two lobes comprising 5% of the prostatic glandular mass, the ducts of which connect to the terminal part of the proximal prostatic urethra upstream of the urethral angle. The central zone, located behind the transition zone, surrounds the ejaculatory ducts and forms the major part of the prostate base. It constitutes 25% of the prostatic glandular mass, the ducts of which open into the distal prostatic urethra near the verumontanum. The peripheral zone surrounds the central zone and the distal prostatic urethra. It therefore constitutes only a small part of the prostatic base but essentially the entirety of the prostatic apex. It forms 70% of the prostatic glandular mass, the ducts of which also open into the distal prostatic urethra near the verumotanum. The last area is the anterior fibromuscular stroma developed from the bladder neck proximally and the striate sphincter distally. Located in front of the prostatic urethra, this area made up of smooth and striated muscle fibers is completely devoid of glandular tissue. This detailed description of the prostate is often simplified to an inner zone (transitional zone) and an outer zone (central and peripheral zone).

Benign prostatic hypertrophy mainly involves the central zone derived from Wolff’s canal, while 70% of prostate cancers develop from the peripheral zone derived from the urogenital sinus, and rhabdomyosarcomas in children develop in the depends on the anterior fibromuscular zone.

The prostate is surrounded by a pseudo-capsule composed of an inner layer of smooth muscle and an outer layer of collagen [16]. This limit is interrupted at the level of the bladder neck, the vesiculo-deferential and anterolateral regions of the prostatic apex which can make it difficult to classify a cancer developed in one of these regions.

Intimate Anatomical Relationships of the Prostatic Gland

The prostate is a midline exocrine pelvic gland located in the subperitoneal space between the pubic symphysis, in front, and the rear rectum. Conical in shape, it includes a base in relation to the bladder neck and an apex resting on the pelvic floor in close contact with the levator muscle.

The vascularization of the prostate comes mainly from the internal iliac artery via the inferior vesical artery. The urethral branches vascularize the bladder neck and the periurethral prostate while the anterior and posterior capsular branches vascularize the peripheral prostate. These inferior bladder arteries sometimes give rise to one or more accessory pudendal arteries which pass under the symphysis pubis to supply the erectile bodies of the penis. Prostatic venous drainage is via the Santorini plexus running through the preprostatic fascia to join the internal iliac veins. The prostate is the central element of the lower urinary tract. It surrounds the prostatic urethra as it travels from the bladder neck to the striated sphincter located around the membranous urethra below the prostatic apex. With a horseshoe shape, the striated sphincter of the urethra largely ensures urinary continence in association with extrinsic muscular elements.

The confluence between the urinary and seminal tracts at the center of the prostate explains the anatomical proximity and intimate relationship between the male urinary and genital tracts.

At the borders of the urinary and seminal tracts, in close contact with the nervous pathways of the male sexual response, the prostate, in the course of its pathological changes, is strongly implicated in the occurrence of disorders of urination, continence and sexuality. .

Beyond its anatomical location, the prostate shares with the erectile bodies of the penis a close vascularization subject to the same pathological modifications and an innervation of the same origin. The prospect of natural treatments with molecules without side effects acting on the prostate and the mechanisms of the sexual response is thus possible.