Prostate examination precautions

Nowadays, there are more and more patients with prostate diseases, and most of them are middle-aged and elderly people. Even many young people have prostate problems. Regarding prostate examination, it is important to drink water within 30 minutes before doing B-ultrasound, at least one kilogram of water, because this can keep the bladder full, so that the examination results can be carried out smoothly.

You should drink 500 to 1000 ml of water 30 minutes before the B-ultrasound examination to fill your bladder to a moderate level and store about 300 ml of urine. Insufficient or excessive bladder water output will affect the examination results.

Before a routine prostate fluid test, you need to abstain from sex for 5-7 days. Otherwise, the number of white blood cells may temporarily increase and affect the test results.

What you need to know about prostate disease

Baidu Encyclopedia (Conventional microwave therapy for prostatic fluid in prostatitis)

What you should know about rectal microwave therapy.

Adjunct to physical therapy.

Prostate massage can empty the concentrated secretions in the prostate duct and drain the infection focus in the obstructed area of ​​the gland. Therefore, for stubborn cases, prostate massage can be performed every 3 to 7 days while using antibiotics. A variety of physical factors are used for prostate physiotherapy, such as microwave, radio frequency, ultrashort wave, medium wave and hot water sitz bath, which are beneficial for relaxing the prostate, posterior urethral smooth muscle and pelvic floor muscle, enhancing antibacterial efficacy and relieving pain symptoms.

Effects of Rectal Microwave Therapy on the Human Body

The impact of electromagnetic radiation The testicle is one of the most sensitive tissues and organs in the human body to electromagnetic radiation. Excessive use of mobile phones can reduce sperm count and vitality, and increase sperm deformity. Microwaves can damage spermatogenic cells through thermal effects, affect the endocrine function of the testicles, increase sperm deformity rates, and reduce quality.

Testicles are particularly sensitive to microwaves due to poor blood circulation. When microwave radiation causes the testicular temperature to exceed 35°C, sperm production is inhibited or stopped. Excessive radiation can cause atrophy of the seminiferous tubules and focal necrosis. Therefore, when microwave radiation is used to irradiate the area near the testicles, the testicles should be shielded and protected. The testicular tissue allows a power density of 5mw/cm2. In addition, large doses of irradiation can also damage animal ovaries, causing loss of reproductive function. Irradiation of pregnant animals can cause premature birth or miscarriage. There are now methods of using microwave irradiation of the testicles for male contraception.