Hypertensive Nephropathy refers to kidney disease caused by chronic hypertension. Creatinine 3.3 and urea 50 means a large part of kidney functioning cells are damaged. In this case, an effective treatment is required to prevent Hypertensive Nephropathy from worsening.
How does hypertension cause kidney damage?
Kidney filters, glomeruli, consists of blood capillaries. Chronic hypertension can cause increase of pressure in blood vessels so that protein leaks from blood into urine. Protein leakage is more likely to damage kidney filtration system and cause vicious circle. Long-term damage will lead to irreversible kidney damage, so kidneys fail to work in advance.
Creatinine 3.3 and urea 50 for Hypertensive Nephropathy
With damage to kidney filtration system, kidneys fail to work gradually. Then, various metabolic waste products, such as creatinine and urea, build up in the blood and cause abnormal blood tests. Creatinine 3.3 and urea 50 are just signs of serious kidney damage. These waste products can attack many other organs and tissues via blood circulation. To avoid further damage, it is a must to control high blood pressure and lower creatinine and urea level.
To lower high blood pressure, ACE inhibitors, ARB, calcium channel blockers and some other medicines are given. If these medicines don’t work very well, some other treatments are taken to strengthen therapeutic effects. For example, Medicated Bath, Acupuncture, massage or circle therapy.
As for creatinine 3.3 and urea 50, diuretics, ketosteril and some other medications are helpful. Besides, enema therapy and medicated bath can also help lower high creatinine and urea levels. To learn which medicines and therapies suit you, you can send your test report to firstname.lastname@example.org or email@example.com, we can give you some advices in detail.
Lastly, to deal with the above problems and treat Hypertensive Nephropathy from the root, Micro-Chinese Medicine Osmotherapy may be needed. With the property of anti-inflammation, anti-coagulation, expanding blood vessels and degrading extracellular matrix, patients can get obvious improvements from this therapy.