How to Lower Creatinine 5.7 on FSGS to Normal Range

How to Lower Creatinine 5.7 on FSGS to Normal Range Creatinine is mainly excreted out of body in the form of urine through the glomerular filtration function. When the creatinine is higher than normal, it may indicate there is a damage on glomerular filtration function. Creatinine 5.7 on FSGS appear to have several uncomfortable symptoms, such as anemia, high blood pressure, on this regard, patients want to reduce high creatinine level eagerly.

As for the treatments of kidney disease, there are two approaches can be taken into consideration, one is less intake of protein, the other one is renovation of kidney function.

People with high creatinine level on FSGS should limit the intake of protein intake. Because creatine mainly comes from excess protein you consume. Limiting the protein intake can contribute a lot to the progression of the kidney disease.

Short term of high creatinine level, it can be cured by proper treatment and healthy life style, but, if you suffer from high creatinine for longer term, there may be a damage on glomerular filtration function. In addition, simply reducing high creatinine level can not solve the problem thoroughly. Repairing the damaged glomerular filtration function is not easy as keeping a health life style.

The development of kidney disease is a long cause, so the treatment of kidney disease should focus on the long term of treatment.

The natural treatment called Micro-Chinese Medicine Osmotherapy in China can beneficial patients a lot . This natural treatment works to recover the kidney function. This natural treatment is applied with the natural herbs which is picked from natural plants, so it is a safe and natural one. This natural therapy aims at removing out the immune complexes and diseased tissues of glomerular basement membrane, repairing the damage renal inherent cells, only by this means can help patients restore glomerular filtration function. The elevated creatinine level can be reduced with the renovation of kidney function.