The World’s First Bionic Kidney Is All Set To Replace Dialysis

The truth is that not always natural alternatives can be sufficient for a medical condition. As a matter of fact, sometimes, when it comes to severe conditions, only medical technology might help, for instance for kidney dialysis.

In this case without dialysis, a person might not survive. In this condition, the hardest part is the waiting list for kidney transplants. The solution for this is still elusive. However, it seems that there is a good news thanks to medical technology.

Researchers from the University of California have made the first bionic kidney in the world. This bionic kidney might replace kidneys that are damaged.

More About World’s First Bionic Kidney

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This bionic kidney may be placed in the body with the help of a standard surgical procedure.

The great thing is that this has proved to be effective. Yes, this bionic kidney seems to be the ideal replacement for kidneys that are damaged.

So you probably wonder how this bionic kidney is made? This kidney is made of a couple of microchips that are moved by the heart. Moreover, this kidney eliminates toxins from the blood the same as a regular kidney.

According to associate professor of medicine and nephrologist at Vanderbilt University Medical Center, William H Fissel and members of the Shuvo Roy, the research team of the University of California in San Francisco this world’s first bionic kidney gives hope.

They say that this bionic kidney gives hope to millions of people who are on dialysis and those with kidney failure.

The Technology Behind This Innovation

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You should know that the primary technology behind this innovation is a microchip. This microchip is produced by silicon nanotechnology by a process which is similar to microelectronics usually used in computers.

These microchips serve as good filters, and they are affordable. Every single device will have approximately fifteen microchips built in layers.

Moreover, these microchips will act as a scaffold which has living renal cells that will grow around and in the microchip filters. The purpose of the cells is to mimic the activity of a live kidney.

Challenge

The main challenge of this procedure is actually to push the blood through this bionic kidney without any damage or clotting.

Amanda Bucks, the biomedical engineer uses fluid dynamics in order to make sure that no part of this device will obstruct blood flow or lead to clotting.

The Rejection Factor Is Zero

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The most great aspect of this kidney is the advantage it holds in comparison to a regular donor kidney. Why? Because the rejection factor is, believe it or not,  but – zero.

Its invention with renal cells was unveiled as a prototype the size of a common cup. As a matter of fact, it showed to work effectively when it comes to regulating blood pressure and balancing levels of potassium and sodium.

This project was funded by the National Institute of Health with $6 million grant in 2015. The result from this project was the first bionic kidney in the world. The success of the prototype means that researchers will try to progress it to human trials.

Many people who might be enquiring or wondering about the project that was scheduled for human trials at the end of 2017. Well, you should know that the date postponed to 2018 due to insufficient funding.

After the trials are over; this bionic kidney will be available to the public where the human trails are expected to end by 2020.

But this depends on no unexpected drawbacks and funding. All we need to do now is wait and hope for the best.

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