Taking good care of your kidneys it’s of utmost importance. In fact, there are a few steps you can follow that may help you to lower the risk of chronic kidney disease. Mainly, you need to be active, maintain ideal body weight, eat healthily, reduce your blood pressure, and don’t smoke or drink too much alcohol. Thus, chiefly helps to avoid overloading your kidneys.
The kidney play’s vital roles:
- Helps to maintain the overall fluid balance
- Regulates and separates minerals from the blood
- Creates hormones that promote the formation of red blood cells, support bone health and manage blood pressure
- Filter waste materials from food, medications, and other toxic substances
However, kidneys sometimes fail, this means they aren’t able to clean waste products from the bloodstream anymore. Therefore, dangerous levels of toxins begin to accumulate, leading to a chemical imbalance in the body. Now, a transplant is the only solution to end the stage of kidney failure.
However, there are more than 100 thousand people awaiting a kidney transplant in the United States. And the average wait-time for a kidney is between 3 to 5 years.
Since the waiting list for a transplant is so long, the patients waiting for a new organ are getting dialysis until they can receive a new organ. Yet, when a person can’t receive a kidney organ, they have to stick with dialysis for the rest of their life.
The average life expectancy of people with dialysis is 5 to 10 years. Also, every day 13 people die while waiting for a kidney transplant.
Here’s the artificial kidney that eliminates the need for kidney dialysis:
As a result of this, scientists are developing an artificial kidney that might solve the issue with this organ shortage. It’s a two-part implanted artificial kidney that incorporates recent developments intended to perform various kidney functions. It has special microchips, powered by the heart to realize the actions of a healthful kidney.
Moreover, the artificial kidney contains living renal (kidney) cells that will eventually develop around the chip and simulate a real organ.