Y chromosome prostate cancer

Imaging scans can show and track the presence of prostate cancer. Tests may include: a digital rectal examination (DRE), in which a doctor will manually check for any abnormalities of the prostate with their finger a biomarker test y chromosome prostate cancer Y chromosome prostate cancer Y chromosome prostate cancer checking the blood, urine, or body tissues of y chromosome prostate cancer a person with cancer for chemicals unique to individuals with cancer If these tests show abnormal results, further tests will include: a PCA3 test examining the urine for the PCA3 gene only found in prostate cancer cells a transrectal ultrasound scan providing imaging of the affected region using a probe that emits sounds a biopsy, or the removal of 12 to 14 small pieces Y chromosome prostate cancer of tissue from several areas of the prostate for examination under a microscope These will help Y chromosome prostate cancer confirm the stage of the cancer, whether it has spread, and what treatment is appropriate. To y chromosome prostate cancer Y chromosome prostate cancer Y chromosome prostate cancer track any spread, or metastasis, doctors may use a bone, CT scan, or MRI scan. Outlook If the disease is found before it spreads to other organs in a process known as y chromosome prostate cancer y chromosome prostate cancer metastasis, the 5-year survival rate is 99 percent. Once the cancer metastasizes, or spreads, the 5-year Y chromosome prostate cancer survival rate is 29 percent. Regular screening can help detect prostate cancer while it is still treatable. Risk factors The exact cause of prostate cancer is unclear, but there are many possible Y chromosome prostate cancer risk factors. Age Prostate cancer is rare among men under the age of 45 years, but more common after the age of 50 years. Geography Prostate cancer occurs most frequently in North America, northwestern Europe, on the Caribbean islands, And in Australia. Genetic factors Certain genetic and ethnic groups have an increased risk of prostate Y chromosome prostate cancer cancer. In the U. S., prostate cancer is at least 60 percent more common and 2 to 3 times more deadly among black men than non-Hispanic white Stage 3 prostate cancer men. A man also has a much higher risk of developing cancer if his identical twin has it, and a man Y chromosome prostate cancer Y chromosome prostate cancer y chromosome prostate cancer whose brother or father had prostate cancer has twice the risk of developing it compared to Y chromosome prostate cancer other men.

Having a brother who has or Y chromosome Prostate cancer has had prostate cancer is more of a genetic risk than having a father with the disease. Diet Studies have suggested that a diet high in red meat or high-fat dairy products may increase a person's chances of developing prostate cancer, but the link is neither confirmed nor clear.

Medication Some research has suggested that non-steroidal anti-inflammatory drug (NSAID) use may reduce the risk of prostate cancer.

Others have linked NSAID Y chromosome prostate cancer use with a higher risk of death from y chromosome prostate cancer the disease. This is a controversial area, and results have not been confirmed. There has also been some investigation into whether statins might slow the progression of prostate cancer. One 2016 Prostate removal surgery study concluded that results were "weak and inconsistent." Obesity It is often believed that obesity is linked to the development of prostate cancer, but the American Cancer Society maintains that there is no clear link. Some studies have found that obesity increases the risk of death in advanced cancers. Studies y chromosome prostate cancer have also concluded that obesity decreases the Y chromosome prostate cancer risk that a cancer will be low-grade if it does occur. Agent Orange Exposure to Agent Orange, a chemical weapon used in the Vietnam war, may possibly be linked to the y chromosome prostate cancer development of more aggressive types of cancer, but Y chromosome prostate cancer the extent of this has not been confirmed. This y chromosome prostate cancer Condition is known as Benign Prostatic Hyperplasia (or prostate adenoma) because it refers to the Y chromosome prostate cancer non-malignant growth of prostatic tissue in men from middle age onwards. In a young man, the prostate gland is at an almost undetectable rudimentary stage, and spreads across the coating of the y chromosome prostate cancer urinary tract like a cluster of seeds.

However, during puberty, its form begins to change due y chromosome prostate cancer to the increased production of the testosterone and dihydrotestosterone hormones.

Testosterone causes the "seeds", called acini, Y chromosome prostate cancer to germinate and grow. In adult life, due to this growth and proliferation, these small glandular structures can give rise to obstructive symptoms associated Y chromosome prostate cancer with urinary flow disorders.

Benign Prostatic Hyperplasia is one of the most common diseases in men and is considered to be part of the physiological ageing process. The incidence of this disease is 51% in men aged 60 to 69, y chromosome prostate cancer y chromosome prostate cancer and between 75% and 90% in octogenarians. Symptomatology Although the definition of BPH encapsulates the enlargement of the prostate and the mechanical obstruction of Y chromosome prostate cancer the flow of urine, a direct relationship between the volume of hyperplasia and the intensity of symptoms is not always present. Very enlarged prostates do not always cause symptoms and other less enlarged organs can be a source of intense discomfort. The symptoms of Benign Prostatic Hyperplasia can be divided into two categories: obstructive and irritative. Obstructive Y chromosome prostate cancer symptoms Weak and/or intermittent flow of urine.







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