Lastest Treatment for Diabetic Nephropathy

Traditional and Conventional Treatment for Diabetic Nephropathy is western medicine, which focuses on the diminishing of symptoms. However, with time passing by, patients with Diabetic Nephropathy find out that western medicine can not treat Diabetic Nephropathy from root. It may recur again some day when they suffer from tiredness, fatigue, infection, cold and so on. What’ more, an increasing number of patients with Diabetic Nephropathy realize that western medicine has side effects and in other words can lead to damage to human body. So more and more patients with Diabetic Nephropathy begin to search a better therapy here and there, hoping that their Diabetic Nephropathy can be treated fundamentally. What’s the lastest therapy for Diabetic Nephropathy?
Firstly, let’s have a look at the pathological mechanism of Diabetic Nephropathy. Diabetic Nephropathy, as its name implies, is a complication of Diabetes. Diabetes is a kind of disease which can cause damage to all the small blood vessels in the whole body. As we know, when patients are suffering from Diabetes, their blood sugar in all the blood vessels is high. Especially the capillary blood vessels will be damaged first due to high sugar. So the damage in the capillary blood vessels takes place. Day by day, capillary blood vessels in kidney will be in the insufficiency of blood and oxygen. Intrinsic cells in the kidney get damaged. What’ s worse, they even become necrotic.
From the above, we can make a conclusion that to treat Diabetic Nephropathy, we should both focus on its primary disease Diabetes but also focus on kidney disease.
In recent years, stem cell therapy achieve better effect in treating both Diabetes and Diabetic Nephropathy.
Why can stem cell treat Diabetes and Diabetic Nephropathy?
Firstly, stem cells have the ability of differentiation and regeneration. The area where there is damage will give a sign, which makes stem cell arriving there, and repair the damaged intrinsic cells, thus reducing the renal damage and protecting renal function.
Secondly, stem cell can also differentiate into immunocyte, and inhibit the CD8. The generation of matrix decreased. Renal glomerular membrane can be repaired as well.
Thirdly, after stem cell enters human’s body, it can relieve a large amount of growth factor, nutritious factors, and so on, which can supply good environment for the proliferation of stem cell.
In a conclusion, stem cell can rebuild the function of islet, recover the secretion of insulin. At the same time, stem cell can repair the acceptor defect, which makes islet play its role normally, thus declining sugar successfully.