Three men get bionic hands
Three men get bionic hands Milorad Marinkovic shows his bionic arm (AP photos)
Three men get bionic hands
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Three Austrians have replaced their injured hands with bionic ones. They can control the artificial hands by using nerves and muscles. Those were transplanted into their arms from their legs.

The three men are the first to undergo what doctors refer to as "bionic reconstruction." It includes a voluntary amputation, the transplantation of nerves and muscles and learning to use faint signals from them to command the hand.

Previously, people with bionic hands have primarily controlled them with manual settings.

"This is the first time we have bionically reconstructed a hand," said Dr. Oskar Aszmann of the Medical University of Vienna. He developed the approach with colleagues. "If I saw these kinds of patients five to seven years ago, I would have just shrugged my shoulders and said, 'there's nothing I can do for you.'"

He said while some patients might be candidates for a hand transplant, that has its own complications. They include having to take anti-rejection medicines for the rest of their lives.

Aszmann and colleagues described the cases of the three men in a report published online in the journal Lancet. The men decided on amputation only after having the bionic hand strapped onto their injured hand. They wanted to see how the robotic one might function.

Milorad Marinkovic, 30, lost the use of his right hand in a motorbike accident more than a decade ago. The bionic hand has allowed him to hold things like a sandwich or bottle of water. More importantly, it allows him to play with his three children.

"I can throw things. But it is harder to catch a ball, because my right hand is still not quite as quick and natural (as my left)," said the Vienna based-clerk.

Dr. Simon Kay, who performed Britain's first hand transplant, said there would always be major limits to bionic hands. He pointed out that the brain has thousands of ways to send messages to the human hand. But a robotic prosthetic can't handle such complexity.

"The question is always going to be: How do we get the message from the mind to the metal?" he said.

Patients like Marinkovic, however, have few complaints about the bionic hand, which proved especially popular with his son. When he first got the device, his son, then 4, would put on the bionic hand and proudly walk around with it. He would tell other kids in his kindergarten class that "my father is a robot."

Marinkovic says using his bionic hand is nearly as natural as using his uninjured hand.

"I can do almost everything with it. I just don't have any feeling in it."

An unrelated study published last year gave patients some feeling in a prosthetic hand by relaying signals to the brain in a temporary experiment and other replacement hands can do things like grip objects but are controlled externally.

Aszmann estimated the new procedure costs around $33,960. The study was paid for by groups including the Austrian Council for Research and Technology Development and a laboratory which receives funds from Otto Bock, maker of the prosthetics used.

Critical thinking challenge: Explain the meaning of this task: "Getting the message from mind to metal"

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Assigned 23 times

  • lmosquera
    3/10/2015 - 09:00 p.m.

    This task allows us to understand the internal operation of bionic hands. Figuring out the way how doctors connect nerves and muscles so that bionic hands can receive orders from the brain. although it is going to be a challenge for the future to achieve the increment of movements and see bionic hands as natural as possible.

  • XanderD-Phe
    3/11/2015 - 08:40 a.m.

    I like this because they are the first biotic hands. It helped Milorad eat and even play with his kids. This can change a man's life. It changes EVERYTHING they do, but in a good way

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