How to Improve Renal Function in Membranous Nephropathy

Membranous nephropathy is a refractory disease. Many patients will experience progressive renal function loss and develop kidney failure eventually. If their renal function can be improved, the bad outcome will be prevented. Then how to improve renal function in membranous nephropathy?

Renal function decline in membranous nephropathy

Membranous nephropathy occurs due to abnormal autoimmune activity. In autoimmune diseases, the immune system fails to function properly and it mistakes some of your own tissues as foreign invades and attacks them with autoantibodies. These autoantibodies can cause inflammation in kidneys. When the glomeruli become inflamed and thickened, a large of proteins will leak from the glomeruli into the urine. Chronic kidney disease (CKD) is a common result of membranous nephropathy.

How to improve renal function in membranous nephropathy?

Immunosuppressive agents and hormones are commonly used to relieve the immune response. Meanwhile, medicines for high blood pressure, water pills and statin medications are generally prescribed to control the symptoms of membranous nephropathy. However, these medicines have no point in improving renal function all. To improve renal function in membranous nephropathy, alternative treatment should be applied.

Micro-Chinese Medicines Osmotherapy is an effective treatment for refractory diseases and it has showed remarkable therapeutic effects in clinic. How does this therapy work to treat membranous nephropathy and improve its renal function?

1. It can protect the renal functional cells and prevent further renal function decline.

2. The effective medicines can activate the self-healing system of the body. The self-repairing of the impaired kidney cells can bring about renal function improvement.

3. Improve the blood circulation in kidneys, thus providing an aerobic environment for repairing kidneys.

If the above treatment goals can be attained, the impaired kidney structure will be restored. Renal function in membranous nephropathy will be improved remarkably and fundamentally.