What is the process of calcification in benign prostatic hyperplasia?

Prostatic hyperplasia with calcification may be caused by factors such as aging, chronic inflammatory stimulation, metabolic abnormalities, local circulatory disorders, and genetic factors. Treatment for prostatic hyperplasia with calcification can include lifestyle adjustments, medication, physical therapy, surgical intervention, and regular follow-up examinations.

1. Aging

Prostatic hyperplasia with calcification is more common in middle-aged and elderly men. As they age, the prostate tissue undergoes gradual degenerative changes. An imbalance in the ratio of prostate glandular tissue to stroma can lead to blockage of the ducts, resulting in the accumulation of secretions and the formation of calcified deposits. In most cases, no special action is required; it is recommended to maintain moderate exercise and avoid sitting for extended periods of time.

2. Chronic inflammatory stimulation

Chronic prostatitis may lead to repeated damage and repair of local tissues, resulting in the deposition of calcium salts and the formation of calcified areas. Patients may experience symptoms such as frequent and urgent urination, as well as perineal pain. For treatment, medications such as tamsulosin hydrochloride sustained-release capsules, cefixime dispersible tablets, and celecoxib capsules can be used to control the inflammation. In daily life, it is important to avoid spicy foods and alcohol.

3. Metabolic abnormalities

Disorders in the metabolism of calcium and phosphorus within the body may lead to abnormal deposition of calcium salts in prostate tissue. A long-term high-calcium diet or excessive intake of vitamin D may exacerbate this condition. It is recommended to control blood lipids through a low-fat diet, and to supplement with an appropriate amount of vitamin K2 to help with the targeted deposition of calcium. Patients with metabolic syndrome need to have their blood pressure and blood sugar levels controlled simultaneously.

4. Local circulatory disorders

Congestion of the pelvic floor veins or arteriosclerosis may lead to ischemia and hypoxia in the prostate tissue, subsequently resulting in dystrophic calcification. Such patients often suffer from erectile dysfunction, and local circulation can be improved through infrared physiotherapy. For medication, options such as enteric-coated aspirin tablets or ginkgo biloba extract tablets can be considered to improve microcirculation.

5. Genetic factors

Some patients have a genetic predisposition that increases the sensitivity of their prostate tissue to androgens, which may lead to earlier development of prostate hyperplasia and calcification. Men with a family history are advised to undergo regular prostate-specific antigen tests starting at the age of 40. Early detection allows for intervention with medications such as finasteride tablets or dutasteride soft capsules.

Patients with benign prostatic hyperplasia and calcification should maintain a daily fluid intake of 1500 to 2000 milliliters and avoid activities that put pressure on the perineum, such as prolonged cycling. Increase your intake of foods rich in zinc, such as tomatoes and pumpkin seeds, and limit your consumption of caffeinated beverages. It is recommended to have a prostate ultrasound examination every 6 to 12 months to monitor any changes in the calcifications. If symptoms such as increased difficulty in urination or blood in the urine occur, it is necessary to seek medical attention from a urologist promptly.