First Zero-Gravity Surgery a Success
MattSparkes writes "Slashdot reported earlier this week that the first ever zero gravity surgery was to take place. Today the team of doctors successfully carried out the operation, removing a benign tumour from the forearm of a 46-year-old volunteer.
"Now we know that a human being can be operated on in space without too many difficulties," team leader Dominique Martin said after the flight.
The studies show that minor surgery is possible even during long-term inhabitation of space."
The guy was crossing his fingers whilst the surgery was taking place.
Mind you, having his hand in a bucket of ice for the flight back would make them quite immobile.
Luckily surgeons here on Earth managed to reattach them.
liqbase
I couldn't imagine the mess they must've made
You constantly struggle for self improvement - and it shows.
Hooray for bad Engrish on fortune cookies
And if so, where do I sign up?
The studies show that minor surgery is possible even during long-term inhabitation of space.
They were at zero-g for 20 seconds at a time. How does that prove the same techniques will work after the body has been in zero-g for long periods of time? TFA makes no mention of this.
Developers: We can use your help.
The first 2G surgery was ALSO a success.
If you are not allowed to question your government then the government has answered your question.
Minor operations might be fine, but when you need to work on something that can spill lots of blood, like a wound or heart surgery, that might be a little more difficult to control were blood shoots off too.
-----BEGIN PGP SIGNATURE-----
12345
-----END PGP SIGNATURE-----
Liposuction at 5000 fathoms in the Marianas Trench.
There aren't too many ways to hurt yourself in a small capsule. Of course, if there is anything serious, odds are you're already dead from vacuum or cold. This is a milestone towards proving that a trip to Mars can be feasible and that things that crop up along the way that are not serious in and of themselves can be dealt with on the voyage by a flight surgeon or a medic.
What does this really prove?
If there are complications its as likely that they are from the gravity fluctuations as from the near-zero gravity. There could still be complications with near zero g surgery, but they were mitigated by only being in zero g for 30 second intervals.
If they are looking at the procedures of surgery in near zero gravity, what have they learned? According to the original article this is preparation for tele-robotic surgery, not preperation for surgeons in space. So what lessons from this would apply to a robot?
I understand baby steps into these things, but this just does not seem all that useful.
Wouldnt it be more useful to send a rat up to the space station and walk astronauts through a procedure? Sure it would be a more expensive (the fuel to get a 1 pound rat into space vs the jet fuel and crew for 6 hours) but I would think the results would be much more telling.
At least thats my professional non-astronaut non-surgeon non-scientist non-accountant opinion.
after RTFA, i noticed that they talked about havingt he next attempt at zero gravity surgery be robot controlled. maybe i'm misinterpretting but shouldn't they first develop robots that can perform surgey here?
the only thing i can think of that they meant otherwise was that the "zero gravity" twenty second portion would be robot controlled. can anyone clear this up for me?
i support the right to offend.
They've had extreme ironing now there onto extreme surgery
http://www.extremeironing.com/
its only a matter of time before we see bundgy surgery!
"The next phase of the program is to carry out a remote-controlled operation using a robot whose commands are sent from the ground via satellite"
-- Just f****** great, now they are going to outsource surgeons jobs to non English speaking countries.
-- Please hold while i look up you appendix.
-- I am the NRA, enough said...
I was just wondering what the Benefits would be? I can see a lot of probelms with Zero Gravity Sugery but does the good really out weight the bad?
Life is good then we code some more then life is better. !#/usr/bash exec=sco
The next logical step is not an operation on a human in space, but on a small animal (such as a mouse or rat), since it would be disposable if there were complications.
However, the graphicness of animal testing is usually swept under the carpet, and is not inherently compatible with the publicness of recent space missions. The anti-animal-testing lobby will have an easy time of fighting such a test, especially if the scientists want to keep the animal alive for inspection (which begs the question how do you train a rat to urinate into a suction tube).
As for remote surgeries by robot, these have been in development for years, particularly for battlefield implementations.
As for blood, yes that is a problem, as 100% of blood would have to be contained; you couldn't risk it getting into the space-computers or leaving potentially-infectious traces on board. One spurt would be a big challenge.
- RG>
Hey pal, this isn't a pleasantforest, so don't waste my time with pleasantries!
Just to keep things in perspective: the intervention they did is the removal of a "lipoma", which is like a dense hazelnut-sized ball of fatty tissue. It is barely more complicated that cutting out a tiny patch of skin to remove a mole.
I know a surgeon who has a buch of lipomas (like moles, some people just tend to get those benign tumors), and who routinely removes them on himself (only needs assistance if the lipoma is on his arm and he needs a second hand).
That is to say, I am not that impressed, this is not that revolutionary.
or something...every action having an equal and opposite reaction and all that...
A goal is a dream with a deadline
I think it will happen soon as a married couple is launched.
You're not married, right?
It is weightlessness but is it zero gravity? The mass of the earth is still accelerating the mass of the person towards itself even though they are in a container that is also accelerating at the same rate. So it is merely an illusion.
--
Alan Clifford
I wonder if there is a significant increase in risk of infection. From waht I understand, zero gravity environments are notoriously dirty. Disgusting, even. You sneaze, for example, and the result just floats and sticks to the wall. Bits of food float around (harboring microbes, etc.) How does one create sterile environment in zero-G?
-matthew
"THERE IS NO JUSTICE, THERE IS ONLY ME." -Death
now all they need to do is create an Emergency Medical Hologram and they're all set
Is it just me or is it not going to upgrade to Vista in here?
The benefits mostly have to do with manned spaceflight, as it allows you to do surgery without returning to gravity if it becomes necessary in space.