Monday , January 17 2022

Drunk went to more than one hour to provide a fresh man's kidney – and she arrived healthy


  • The USA University team is piloting an organ-by-drone test live
  • The kidneys stay healthy for more than four hours of tests
  • Drone traveled to 4.5km without damage to the kidneys

A test to present an official man's kidney to a patient by drone has declared a success.

Back in March, a team from the Maryland University Medical Center was notified that a kid was available. It was healthy enough to investigate, but not quite fit for human patients.

However, it was perfect for the team and associates in the University's Aerospace Engineering Department, to test the theory about whether drones could provide human organs safely.

First, the kidney had to make a 24 hour, 1600km to Baltimore route by regular means.

For the drone tests, a manufacturer's device of the name of Human Organ Monitoring and Quality Assurance Monitoring Equipment (HOMAL) was developed.

HOMAL "has designed to measure temperature, barometric pressure, height, vibration, and location through a global placement system (GPS) during transport." Patent stays on that.

A 11cm x 5cm kidney biopsy was given before and after the 4.5 hours of tests, which included 62 minutes of flight time with the drone.

The drone himself was a DJI M600 Pro – worth almost $ 8000, but he was chosen for this experiment because his six motors are sitting directly under their rotation, keeping heat away from & # 39 ; r HOMAL. Similarly:

In the next 24 hours, the water was kidney on 14 trips. It was just over an hour and the highest distance was 3 miles (4.8km).

The team chose the 3 mile mark as it "modeled the distances between hospitals in cities such as Baltimore".

And the kidney came across the whole in better health than expected, according to the biopsies. In fact, no damage was recorded, and it was noted that the organ was actually subject to less vibration stress than it would happen during a regular supply mission on a square table.

BI reported on medical tricks as technology in the future a couple of years ago. Now, the University of Maryland Medical Center has made a big step forward in showing that drones can introduce organs in health to a surprise well.

"I believe that what we did here is extremely cool, very exciting," said Dr Joseph Scalea from the University of Maryland Medical Center at IEEE.

"This is the first step in a series that I believe will get patients closer to their organs save life faster, and with better results."

Scalea believes that another test to successfully deliver kidney and transplantation could be successfully completed "early in 2019".

Organs on demand

The next barrier is speed and regulations.

National figures show that around 20% of kidney donations in the US are deleted because they can not get the corresponding donor fast enough. That's as much as 2700 life-saving organs in the bin every year.

At present, the speed capability and drones pay payments are much lower than what is needed to make a dentist in that figure.

Ideally, researchers say, "there would be a need for a range and speed (a small transplant (480-800 kmh, or 300-500 mph) of a jet plane".

Those drones can hit 150km and above for the most too small to carry an organ payload.

But we have seen at least one Australian company developing drones that can rise higher than kidney pressure, and close speeds of 200km.

In the case of regulations that always ask that the operator is always in the face of the operator, Scalea is confident that the current "national debate" about a tech drone goes to the correct address.

"I think these things are going to be tackled," he told IEEE.

You can read all the drone-carrying tests here in IEEE Journal of Translational Engineering in Health and Medicine.

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