Can acute seminal vesiculitis eat cephalosporin
summary
The symptoms of seminal vesiculitis are directly related to the bacterial infection after the decline of the patient's body resistance. If there is inflammation in the organs near the seminal vesicle and there is no timely treatment, it may also cause symptoms of seminal vesiculitis. The treatment of seminal vesiculitis is generally treated with western medicine, especially when the symptoms of seminal vesiculitis are acute, the method of traditional Chinese medicine in the treatment of seminal vesiculitis will also have a very good effect. So let's share the following acute seminal vesiculitis can eat cephalosporin.
Can acute seminal vesiculitis eat cephalosporin
Drug 1: vancomycin and trimethylolpropane (TMP). It can enter the prostate through blood to achieve anti-inflammatory and bactericidal effect. Cefradine capsules are commonly used, 2 capsules (500mg) each time, 4 times a day. In severe cases, 4-8g can be injected intravenously twice a day, but it should be forbidden for those with allergic history of cephalosporin, and should be used with caution for those with allergic history of penicillin. TMP is commonly used as compound preparation, which is used with sulfanilamide. Compound TMP is compound sulfamethoxazole.
Drug 2: erythromycin. Erythromycin has strong penetrability and strong penetration to prostatic epithelium. It is highly sensitive to Staphylococcus aureus and Streptococcus, but not to gram negative bacilli. Therefore, it is often combined with kanamycin.
Drug 3: compound sulfamethoxazole. Compound sulfamethoxazole is used for 2 tablets, twice a day, for 4-6 weeks. When taking the drug orally, basic drugs can be taken at the same time to improve the curative effect.
matters needing attention
I would also like to emphasize that patients with hematospermia should also supplement iron to meet the needs of bone marrow hematopoiesis, so that anemia can be quickly corrected. Although iron in plant food is rich, it is difficult to be absorbed by gastrointestinal tract. The absorption rate of iron in animal food, such as animal liver or blood clot, is much higher than that in plant food.