Can
I Take Febuxostat 40mg, Lasix, Losartan 50mg with Creatinine 13.56
A person with Creatinine 13.56 distinctly has developed into ERSD (end stage
renal disease) or Kidney Failure. In the condition, patients are usually gave
many western medicines, so as to relieve symptoms and control complications.
Well then, will Febuxostat 40mg, Lasix and Losartan 50mg help reduce creatinine
13.56?
Febusostat is mainly used to treat gout and reduce high uric acid level;
lasix is a type of diuretic which can be used to relieving swelling and urethral
stone through increasing urine output; the main function of losartan is to
control high blood pressure which is one leading cause of renal disease.
According to the above, we can see that these western medicines can do
nothing for lowering high creatinine level. What’s more, patients who have renal
insufficiency are not suggested to take these medicine, because long-term intake
of these medicines also can increase kidneys’ burden, worsening the whole
progression of kidney condition.
The appearance of creatinine 13.56 is mainly due to severe decreased renal
function. Therefore, to lower it thoroughly, it is important to take treatment
that can impair and protect renal function.
Well then, what is the treatment to repair injured kidneys and improve kidney
function?
Before increasing the level of kidney function, we should protect the
remaining kidney cells and cleanse internal environment.
Immunotherapy
is one therapy that uses various blood purification methods to clear waste
products in the blood. It, compared with dialysis, can remove not only small
molecular substances but also middle and large molecular substances. Besides, if
the patient’s kidney disease is characterized by immune complexes. Immunotherapy
is also a good therapy to remove these complexes. As long as internal
environment is cleansed, a treatment to repair damaged nephrons is needed.
Stem cell therapy has been tested again and again in clinic to improve kidney
function. Embryonic stem cells which have multipotential ability are injected
into the body, and then these cells go to the damaged tissue area so as to
differentiate corresponding cells. For people with 13% kidney function, stem
cell therapy has two effects: fix impaired kidney cells and rebuild kidney
normal structure. Finally, kidney function can be improved largely.