The Latest Treatment for Recovering Function of Atrophic Kidneys

Kidneys are important organs responsible for filtering blood and discharging metabolic products as well as maintaining the balance of water and electrolyte balance in body. The normal sizes of kidneys are 3~4 cm in thickness, 5~6 cm in width and 10~12 cm in length. However, in some cases, the kidneys may diminish in sizes than normal, which is called atrophic kidneys.

What are the causes of atrophic kidneys?

Nephron loss and decreased blood supply to kidneys are the common causes of atrophic kidneys. Each kidney is composed of one to two million nephrons which are the functional units of kidneys. Compression to kidneys or some diseases that can affect the nephron function can lead to nephron loss. As for renal ischemia, when the blood flowing to kidneys declines, the kidneys can not get insufficient oxgen and nutrients supply. As a result, the renal cells will die leading to atrophic kidneys.

What will happen if someone experience atrophic kidneys?

If someone experiences atrophic kidneys, the kidneys will not be able to perform well and realize the mentioned functions. If the person can receive effective treatment, it is possible to reverse the renal function. However, if the kidneys atrophy further, massive metabolic wastes and excess fluid will build up in body. Finally, with nephron loss and kidney fibrosis, they have to take dialysis or kidney transplant.

How to recover the function of the atrophic kidneys?


In order to avoid Renal Failure, the persons with atrophic kidneys should receive treatment immediately. Preventing nephron loss and improving blood supply to kidneys is the key to rescue atrophic kidneys. Here Micro-Chinese Medicine Osmotherapy is recommended to the persons with atrophic kidneys. On one hand, effective integrants in Micro-Chinese Medicine Osmotherapy can dilate blood vessels and remove thrombus so as to improve blood supply to kidneys and stop renal function decline. On the other hand, it can provide some micronutrients to stimulate the self-repairing of the impaired nephrons, which can improve renal function effectively.