2015年1月17日星期六

How to Reduce High Serum Creatinine

How to reduce high serum creatinine? This question is concerned by all of patients with kidney disease.
Creatinine is the metabolic waste of human body and high serum creatinine suggest patient's renal function has been damaged seriously. At this time, we must take treatment to protect the remnants of kidney function and repair the damaged part. Experts of shijiazhuang kidney disease hospital will tell you how to reduce serum creatinine.
Creatinine is the metabolic waste and it is mainly discharged out by glomerulis. The increased creatinine is caused by damaged renal intrinsic cells. Once our kidney is damaged, kidney will not discharge metabolic wastes ant these toxins will accumulate in human body. So the key to reduce serum creatinine is to repair the renal intrinsic cells' damage.
There are three stages of treatment for kidney disease which can not be avoided,
1 Stop the further progress of renal fibrosis. We know, once the sclerosis (dead renal intrinsic cells) occurs, there is no treatment in the world to activate it. So we should avoid the occurrence of sclerosis.
2 Repair the damaged structure of renal intrinsic cells. From cytology, our kidney consists of various functional cells. If our kidney are damaged seriously, renal intrinsic cells will be divided into three parts. Some are healthy, some are damaged, the rest are dead.
3 Rebuild new structure of renal intrinsic cells to replace the dead one. That is Immunotherapys transplant can do.

For kidney disease, we use Micro-Chinese Medicine Osmotherapy to treat. The functions of this therapy is dilating blood vessels, anti-inflammation, anticoagulation and degradation. It can repair the damage of intrinsic cells and stop the fibrosis. If you have any question about Micro-Chinese Medicine Osmotherapy and kidney disease, please send email. Wish you a good health.

Leave a Message

Full Name:
Country:
Email:
Phone Number:
Whatsapp:
Medical Report:
Disease Description:
 

24-hour doctor online, free consultation on kidney disease related issues