Can Acacia Gum Cure Kidney Failure And Eliminate The Need For Dialysis

The medical values of acacia gum are found long ago. Acacia gum has been used to treat a variety of illnesses including bleeding, respiratory tract infection and pain relief. Can it help cure kidney failure and eliminate the need for dialysis? Read through the article and fine the answer.

High soluble fiber in acacia gum

Acacia gum is rich in soluble fiber so it can improve patients’ digestive system, reduce the risk of constipation, and improve appetite. As for kidney disease patients, a good appetite helps patients get enough energy from their foods. This contributes to strengthen their body and enhance immunity. In this way, patients can fight against their kidney problem better.

Pain relief

Some common complications of kidney disease are back pain, headache and leg pain. Then, the doctors usually prescribe some painkillers for them but these medicines will produce some side effects on kidney. Acacia gum is a natural painkiller which is used to ease pain in kidney disease patients.

Lower high blood urea nitrogen (BUN) level

Acacia gum is said to lower high BUN level so as to alleviate uremic state due to buildup of nitrogenous wastes and toxins.

In general, acacia gum is able to help reverse a part of kidney damage to some extent. However, it is not enough to only depend on it for curing kidney failure. Of course, it cannot eliminate the need for dialysis. To treat kidney failure and eliminate the need for dialysis, you had better have a try of Micro-Chinese Medicine Osmotherapy which helps repair kidney damage and improve renal function. This is the radical way to treat kidney failure and also it is possible for you to eliminate dialysis. Active ingredients in Chinese medicines can help eliminate blood and qi stasis, promote blood circulation so as to provide adequate blood, oxygen to renal tissues. Besides, Chinese medicines can also provide many nutrients such as vitamins, essential amino, trace elements for restoring injured kidney tissues. It can also promote replication of DNA of renal intrinsic cells so as to produce new renal functioning cells and rebuild renal functions.