Metatron 4025 Hunter Diagnosis of Prostate Disease
Metatron 4025 Hunter Diagnosis of Prostate Disease
More and more physicians have the opportunity to screen for NLS diagnoses of the prostate and bladder. In the West, prostate cancer accounts for 20% of all cancers and is second only to lung cancer as a cause of death.
According to some autopsy findings on prostate histological investigations, 12-47% of men over the age of 50 appear to have cancerous kidney disease. Clinically, cancer is diagnosed at a lower rate because a large proportion of this number corresponds to a less aggressive "minor form" of cancer, so patients with cancer die from another pathology.
To improve the quality of prostate disease diagnosis, it is important to understand the details of the topography and regional anatomy of a particular organ.
The prostate is located in the small pelvis between the bladder and the anterior abdominal wall, the anterior wall of the rectum, and the secondary urogenital diaphragm. The glands are chestnut-shaped and tightly wrap the bladder cervix and prostatic urethra. The base of the gland is gently connected to the bladder in a coherent mass. Its anterior surface points towards the symphysis and its posterior surface points towards the rectal ampulla. The posterior surface of the gland has a distinct groove that routinely subdivides the gland into left and right lobes. In addition, there is a prominent central conical lobe with the prostatic urethra anteriorly and the seminiferous duct posteriorly.
According to the theory of band anatomy, 4 glandular regions are usually distinguished in the prostate. Proper interpretation of NLS data largely depends on knowledge of its topical patterns. 20% of glandular tissue corresponds to the central zone (CZ). The peripheral zone (PZ) accounts for 75%. The intermediate (temporary) zone (TZ) constitutes 5% of the total glandular tissue.
This will assist in the follow-up of the case. In benign hyperplasia, NLS is able to detect the direction of the main sprouting. In the case of a hypertrophic transition zone, the glands proliferate inward. Despite the formation of dark lateral areas (4-5 points on the Flandler scale), nodes are always visible. Transrectal NLS provides the most detailed and truthful information.
As can be seen from the NLS study, chronic prostatitis does not give a common feature map, but the morphological processes at different stages of the disease are reflected in the histogram. For long-lasting disease, chromogenic density tends to rise due to post-inflammatory replacement of glandular components and their histograms. In the "organ preparation" mode, the deconstruction of the fibrous components begins to dominate.
Analysis of nidi histograms helps to differentiate tumor processes. The sensitivity of this method becomes higher with the use of Elimination and NLS Analysis modes. In terms of cancer incidence, peripheral regions top the list. They account for 70-80% of cases. The transition zone (TZ) is affected in 10-20% of cases and the CZ in less than 5% of cases. In the transition zone, tumor lesions should be looked for within 3-4 mm of the capsule. In the presence of tumor vigilance, the symmetry of the lobe influence was assessed in terms of the sagittal axis and intensity of black plaques (4-5 points on the Flandler scale), in adjacent organs, especially the seminal vesicles and bladder, because in the In 25% of cases, metastases occur through gland apex and seminiferous tracts.
Considering that cancer development is often accompanied by some diffuse changes occurring in the background, such as chronic prostatitis or adenomatosis, newly formed cancerous areas are not always visible. In this case, the definition of PSA level and the results of digital rectal examination should be considered. The PSA level was defined taking into account the patient's age and gland volume.
The Metatron 4025 Hunter's NLS approach can diagnose most prostate diseases and is a screening diagnostic that should be supplemented by biopsy if any pathological changes are detected.