What will happen if hypercholesterolemia appears in patients with renal
disease? Will renal disease cause hypercholesterolemia? What’s the relationship
between hypercholesterolemia and renal disease?
1. How does kidney disease cause hypercholesterolemia?
Influenced by renal fibrosis degeneration, the renal glomerular filtration
barrier is damaged. A large amount of plsma protein is lost in urine, which
leads to the occurrence of hypoproteinemia. Human beings have a whole
self-regulatory mechanism. When the plasma is lost to an abnormal range, human
beings will adjust the compensation of liver, and begin the process and
combination of protein so as to add the lost proteins. In this case, liver
combines excessive lipoprotein, which leads to the fact that lipoprotein is
transfused into blood. In this case, hypercholesterolemia which is caused by the
lost of large amount of protein comes into being.
2. How does hypercholesterolemia influence kidney disease?
As we know, when kidney problem takes place, there must be insufficiency of
blood and oxygen in the capillaries, which will lead to sclerosis of capillaries
for a long time. In this case, if hypercholesterolemia takes place, it will
worsen the kidney capillary sclerosis and accelerate the renal damage.
What shall we do if we both have hypercholesterolemia and kidney damage? We
should firstly decrease the level of hypercholesterolemia. The therapy we can
choose is such as Chinese Medicine. It contains active substances which is
abstracted from natural herbs and can improve the blood circulation, including
micro-blood circulation. Secondly, the effective medicine can help dissolve the
blood stasis and discharge them out, thus decreasing the level of
hypercholesterolemia fundamentally.
After the level of hypercholesterolemia turn normal, there will be a cleaner
inner environment for the repair of the damaged intrinsic cells in the kidney.
In this condition, we can apply Chinese Medicine once more, the effective
medicines of which can repair the damaged intrinsic cells in the kidney, thus
help rebuilding renal function.
No comments:
Post a Comment