Al-kzayer lf, keizer p, abdulraheem ft, sano k, kamata m, sakashita k, habbaba la, koike k: Rapidly progressive kaposi's Sarcoma in an Iraqi boy received Valproic acid: a case report and review of literature. . Yoshimura y, sano k, isobe k, aoki k, kito m, kato H: A recurrent solitary fibrous tumor of the thigh with malignant transformation: A case report. Int j surg Case rep. Hirabayashi k, yamauchi s, matsuzaki s, komatsu k, sano k, koike k, nakazawa Y: Anaplastic Large-cell Lymphoma of the left Ventricle Presenting With Arrhythmia and Cerebral Infarction due to cardiogenic Embolism. Yanagisawa r, noguchi m, fujita k, sakashita k, sano k, ogiso y, katsuyama y, kondo y, komori k, fujihara i, kitamura r, hiroma t, nakamura T: Preoperative treatment With pazopanib in a case of Chemotherapy-resistant Infantile fibrosarcoma. Fujimori n, tanaka n, shibata s, sano k, yamazaki t, sekiguchi t, kitabatake h, ichikawa y, kimura t, komatsu m, umemura t, matsumoto a, tanaka.: Controlled attenuation parameter is correlated with actual hepatic fat content in patients with non-alcoholic fatty liver disease with none-to-mild., uehara t, gomi d, ito N: Denosumab is Effective for Controlling Serum Calcium levels in Patients with Humoral Hypercalcemia of Malignancy syndrome: a case report on Parathyroid Hormone-related Protein-producing Cholangiocarcinoma. Shigemura t, ohno y, sano k, uehara t, terada m, koike k, nakazawa Y: Gangrenous appendicitis in a patient with severe congenital neutropenia. Hanamura t, ito t, kanai t, maeno k, shimojo y, uehara t, suzuki t, hayashi s, ito K: Human 3β-hydroxysteroid dehydrogenase type 1 in human breast cancer: clinical significance and prognostic associations. Komori k, yanagisawa r, miyairi y, sakashita k, shiohara m, fujihara i, morita d, nakamura t, ogiso y, sano k, shirahata m, fukuoka k, ichimura k, shigeta H: Temozolomide Treatment for Pediatric Refractory Anaplastic Ependymoma with Low mgmt protein Expression. Tatai t, gomi d, fukushima t, kobayashi t, sekiguchi n, sakamoto a, sasaki s, koizumi t, sano K: Effectiveness of Imatinib Mesylate Treatment in a patient with Dermatofibrosarcoma Protuberans with Pulmonary and Pancreatic Metastases.
Nov., isolated from a patient with endophthalmitis. Int j syst evol Microbiol. Mukai s, nagata k, ikeda m, arai s, sugano m, honda t, okumura.: Genetic analyses of novel compound heterozygous hypodysfibrinogenemia, tsukuba I: fgg.112962_65 del aata and fgg.12994 del. Kobayashi m, yamamoto k, ogiwara n, matsumoto t, shigeto s, ota h : Helicobacter heilmannii-like organism in parietal cells: A diagnostic pitfall. Hoshino h, ohta m, ito m, uchimura k, sakai y, uehara t, low s, fukushima m, kobayashi M: Apical membrane expression of distinct sulfated glycans represents a novel marker of cholangiolocellular carcinoma. Zhang m, yoshizawa a, kawakami s, asaka s, yamamoto h, yasuo m, agatsuma h, toishi m, shiina t, yoshida k, honda t, ito ki: The histological characteristics and clinical rituals niet outcomes of lung cancer in patients with combined pulmonary fibrosis and emphysema. Yasuo m, kobayashi t, hama m, ichiyama t, horiuchi t, yamamoto h, kawakami s, hamanaka k, honda t, hanaoka m: Combination of virtual bronchoscopic navigation with conventional transbronchial needle aspiration in the diagnosis of peribronchial pulmonary lesions located in the middle third of the lungs. Honda t, uehara t, matsumoto g, arai s, sugano M: neutrophil left shift and white blood cell count as markers of bacterial infection. Yamaguchi a, matsuda k, uehara m, honda t, saito Y: A novel automated device for rapid nucleic acid extraction utilizing a zigzag motion of magnetic silica beads. . Sueki a, matsuda k, yamaguchi a, uehara m, sugano m, uehara t, honda T: evaluation of saliva as diagnostic materials for influenza virus infection by pcr-based assays.
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Home shigeto s, matsuda k, yamaguchi a, sueki a, uehara m, sugano m, uehara t, honda T: Rapid diagnosis hyperbare of acute promyelocytic leukemia with the pml-rara fusion gene using a combination of droplet-reverse transcription-polymerase chain reaction and instant-quality fluorescence in situ hybridization. Nakajima t, uehara t, maruyama y, iwaya m, kobayashi y, ota H: Distribution of Lgr5-positive cancer cells in intramucosal gastric laser signet-ring cell carcinoma. Negishi t, matsumoto t, saito s, kasuga e, horiuchi k, natori t, takehara k, sugano m, honda T: Catheter-Related Bacteremia due to gordonia sputi in a patient with Acute lymphocytic leukemia: a case report. . Jpn j infect Dis. Tokoro y, yasuo m, kobayashi t, hama m, ichiyama t, horiuchi t, ushiki a, kawakami s, honda t, hanaoka m: Computed tomography-guided bronchoscopy in the diagnosis of small peripheral pulmonary lesions: A retrospective study of 240 examinations in a single academic center. Respir Investig. Matsumoto t, negishi t, hamada m, komaki h, gonoi t, yaguchi T: Nocardia shinanonensis.
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Prostatic blockage and calcification lesions, the prostate is a compound tubuloalveolar exocrine gland. There are 30-50 acini in the prostate gland and 16-32 tiny ducts opening in the posterior urethra, this structure cannot discharge secretions well. Once the causative pathogens and prostatic endotoxin go into the prostate through different pathways, they directly damage the epithelial cells of the prostate and produce pathological cells, cause prostate congestion and swelling. Acini and ducts in the prostate gland begin to form blockage, secretions cannot be discharged, and calcification will be formed inside the blocked areas. Overtime the prostate began to form a variety of lesions, including infection lesions, hypertrophic lesions, cancer lesions, resulting in an enlarged prostate. The causative pathogens and pathogenic cells and prostatic endotoxin hide in the blocked areas, but when a patients immunity is weak or stimulated by internal or external factors, their growth and reproduction make the prostate irritated and enlarged, and compress the surrounding tissues such. Sometimes, the causative pathogens and pathogenic cells and prostatic endotoxin can spread to the seminal vesicles, spermatic duct, epididymis, and other areas, which will cause many symptoms.
When prostatic endotoxins continuously deposit in the prostate, they cause the prostate blockage, prostate calcification, and prostate cancer. The causative pathogens and prostatic endotoxin, direct damage to prostate cells and tissues, produce a variety of pathological cells, compromise gland function, and the quality of semen, stimulate the urethra and nerves, can cause dysuria and male dysfunction. And then the prostate and vas deferens tubes become blocked, and calcification form. Overtime the prostate begin to form a variety of lesions, including infection lesions, hypertrophic lesions, cancer lesions, resulting in an enlarged prostate. These pathogens and prostatic endotoxin must be identified through proper specimen sampling techniques so the most effective treatment medications can be used for pathogen and endotoxin clearance. However, many urologists and healthcare providers are unable to properly identify the problem causing pathogens and endotoxin because of (1) a lack of understanding of the biology necessary to obtain accurate test result, and (2) inadequate or incorrect testing methods. Unfortunately, the blind use afvallen of oral and systemic injection medications to treat these conditions have become the treatment standard.
At the same time many healthcare providers refuse to acknowledge the existence of causative pathogens and prostatic endotoxin. This results in treatment failure and additional complications (side effects) from the overuse and misuse of medications. In turn, this makes the initial prostate diseases become more complex and difficult to treat. At our 3D Urology and Prostate Clinic we have overcome the problems of testing and identifying causative pathogens and prostatic endotoxin. We have our own biological laboratory. We use a full set of laboratory examination and testing procedures in combination with our 3D Prostate targeted Treatment to accurately determine (1) the causative pathogens and prostatic endotoxin of prostate disease, (2) the most effective treatment medications by drug sensitivity testing, (3) dior the location.
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The most common non-bacterial pathogens are virus, chlamydia, mycoplasma, fungus, and trichomonas, etc. We have found there are one or more specific pathogens for all prostate diseases in the development process. We can often find these bacteria in the patient's prostate, like staphylococcus Aureus and Streptococcus can cause enlarged tonsil, and Streptococcus bovis can cause rectal cancer-like. Prostatic endotoxin refers to harmful substances within the prostate. Prostatic endotoxin is divided into exotoxin and endotoxin.
Exotoxin refers to external environment pollution, such as, air pollution, water pollution, and food pollution. Environment pollution brings harmful chemical materials, such as heavy metal cadmium can lead to prostate cancer. Endotoxin refers to harmful products created in the human body during the process of metabolism. These harmful products include: lactic acid, ketone acid, uric acid, and free radicals. Prostatic endotoxin also includes: biological toxins produced by pathogenic micro-organisms, excess fat, and old and dead cells within the prostate. Prostatic endotoxin can accumulate in the prostate through a variety of channels into the prostate, such as rectal spread, blood circulation, lymphatic circulation, and bladder urine backflow, etc. These endotoxins damage prostatic cells and tissues, irritate the urethra and nerves, and cause dysuria and male sexual dysfunction.
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The prostate blood circulation and endocrine secretions tend to return to normal. Urination improves significantly, and pain disappears. The result is a truly successful treatment of your prostate problem. Countless patients have been helped this way including many advanced cases of very long term sufferers of prostate problems. . Prostate disease causative conditions, prostate diseases are usually caused by complex various causative pathogens and various prostatic endotoxins. The most common pathogens include two types of bacterial and non-bacterial ones. The most common bacterial pathogens are staphylococcus, streptococcus, enterococcus, escherichia coli, corynebacterium, proteus, klebsiella, etc.
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3D Prostate targeted Treatment consists of several steps: (1). Determining - the first step is a complete evaluation and comprehensive testing to determine the causative pathogens and prostatic endotoxin, and the lesion tissue sites of your prostate condition. Destroying - once those causative pathogens and prostatic endotoxin are known, treatment begins by destroying those causative and prostatic endotoxin conditions through tiny injections of targeted powerful treatment medicines directly into the prostate. These treatment medications all belong to herbal extracts without any side effects,including anti-infective herbal extracts, anti-enlarged herbal extracts, anti-cancer herbal extracts, unblocking herbal extracts, and improving immunity and blood circulation zelfbruiners herbal extracts, etc. Discharges - a proprietary unblocking formula directly discharges various prostatic endotoxin and blockage and calcification substances from the prostate. This prostate treatment technology is unique in the world. After the causative pathogens and pathogenic cells have been eradicated, and the prostatic endotoxin and blockages and calcifications have been cleared, the prostate develops its own healing stages — the prostatic lesions shrink significantly and return to near-normal texture and shape. The patients symptoms and general condition improve as the body heals itself over time.
Prostate, targeted Treatment, in which he holds all the independent intellectual property rights. 3D Prostate targeted Therapy is one of the best prostate treatments, lichaam and 3d targeted. Treatment, doctors are one of the best doctors treating prostate diseases in the world. Testimonies and videos from patients all over the world fully demonstrate this. Song leads his medical excellent team and they continue to do research on prostate diseases. The research results are used to continually develop and improve the 3d targeted Therapy, to scientifically treat various complicated prostate diseases, and constantly shorten the patient's course of treatment and improve the success rate. Song and his team are trusted and respected by patients all over the world. 3D Prostate targeted Treatment, our proprietary 3D Prostate targeted Treatment is superior to all other treatments currently available for the eradication of the causative pathogens and pathogenic cells rooted deep in the prostate, and for clearing prostatic endotoxin and blockage and calcification, and for cureing.
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"Prostate disease" is believed as one of most intractable diseases in the medical profession. As the root causes of prostate disease are not fully known by the traditional medical community, so successful treatment verduisterend of prostate disease is not an easy task. There are many different treatments, but in most cases, both doctors and patients are not satisfied with the results from these prostate treatments. 3D Prostate targeted Therapy is an advanced non-surgical method that is not harmful, has no side effects and no possibility of relapse of the original disease, to completely treat various types of prostate disease and complications, such as prostatitis, enlarged prostate, benign prostatic hyperlasia (bph. Song has been engaged in prostate disease researches and treatments for 28 years. He has more than 100,000 times of experience in prostate massage and laboratory analysis and microbial testing and prostate of targeted tiny injections treatment. He has undergone the whole treatment process of thousands of patients with complex cases, and have received patients affirmation of the curative effect in clinical practice. The result is the creation of his unique proprietary.