Examples of using Decompression sickness in English and their translations into Indonesian
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Decompression sickness is also known as.
This is called decompression sickness.
Decompression Sickness(DCS)- Caused by nitrogen coming out of saturation in the blood too quickly.
This is also known as decompression sickness or the bends.
We take turnsdive in 10 minute intervals to avoid decompression sickness.
Decompression sickness is a medical condition which manifests in people who have undergone rapid decompression. .
This can be useful with embolic phenomena such as decompression sickness(DCS) or arterial gas emboli(AGE).
In 1878,French Physiologist Paul Bert determined the connection between nitrogen bubbles and decompression sickness.
Decompression sickness describes a condition arising from dissolved gases coming out of solution into bubbles inside the body on depressurization….
Don't go scuba diving, because the baby has no protection against decompression sickness and gas embolism(gas bubbles in the bloodstream).
Decompression Sickness can manifest itself in many different ways and has many different symptoms, but the most common symptoms are.
To spend more time underwater, divers at the Antikythera wreck today use specialgas mixtures that do not cause decompression sickness.
A more serious effectof nitrogen is known as Caisson's Disease also known as decompression sickness, which is when nitrogen starts to form bubbles in the diver's body.
In the U.S., the Food and Drug Administration(FDA) have approved HBOT for the treatment of certain conditions,such as the"bends," or decompression sickness in divers.
Decompression sickness occurs in divers who decompress too quickly after a dive, resulting in bubbles of inert gas, mostly nitrogen and helium, forming in their blood.
The depths that can be reached by divers and the length of time they can stay underwater is limited by the increase of pressure they experience as they descend andthe need to prevent decompression sickness as they return to the surface.
ASDs, and particularly PFOs,are a predisposing risk factor for decompression sickness in divers because a proportion of venous blood carrying inert gases, such as helium or nitrogen does not pass through the lungs.
If some of the inert gas-laden blood passes through the PFO, it avoids the lungs and the inert gas is more likely to form largebubbles in the arterial blood stream causing decompression sickness.
Scuba Diving may have certain risk and effects on health includingadverse effects of breathing compressed air like decompression sickness, oxygen toxicity, refraction, nitrogen narcosis and underwater vision.
Bubbles from other"inert" gases(gases other than carbon dioxide and oxygen) cause the same effects, so replacement of nitrogen in breathing gases may prevent nitrogen narcosis,but does not prevent decompression sickness.
Decompression sickness occurs when a diver with a large amount of inert gas dissolved in the body tissues is decompressed to a pressure where the gas forms bubbles which may block blood vessels or physically damage surrounding cells.
This meant that air pressure inside the submarine had to equal water pressure at diving depth, exposing the crew to high pressure,making them susceptible to decompression sickness, which was unknown at the time.
Administering enriched-oxygen breathing gas or pure oxygen to a decompression sickness stricken diver on the surface is a good form of first aid for decompression sickness, although death or permanent disability may still occur.
The depths that can be reached by divers and the length of time they can stay underwater is limited by the increase of pressure they experience as they descend andthe need to prevent decompression sickness as they return to the surface.
The diver must avoid the formation of gas bubbles in the body,called decompression sickness or"the bends," by releasing the water pressure on the body slowly at the end of the dive and allowing gases trapped in the bloodstream to gradually break solution and leave the body, called"off-gassing.".
The ADS can be used for very deep dives of up to 2300 feet for many hours, and eliminates the majority of physiological dangers associated with deep diving; the occupant need not decompress, there is no need for special gas mixtures,and there is no danger of decompression sickness or nitrogen narcosis.
Rapid decompression(as when divers ascend too quickly or astronauts decompress too quickly from cabin pressure to spacesuit pressure)can lead to a potentially fatal condition called decompression sickness(formerly known as caisson sickness or the bends), when nitrogen bubbles form in the bloodstream, nerves, joints, and other sensitive or vital areas.
The ADS can be used for very deep dives of up to 2,300 feet(700 m) for many hours, and eliminates the majority of significant physiological dangers associated with deep diving; the occupant need not decompress, there is no need for special gas mixtures,nor is there danger of decompression sickness or nitrogen narcosis.
Atmospheric diving suits can be used for very deep dives of up to 2,300 feet(700 m) for many hours, and eliminate the majority of significant physiological dangers associated with deep diving; the occupant need not decompress, there is no need for special gas mixtures,nor is there danger of decompression sickness or nitrogen narcosis.[2] Divers do not even need to be skilled swimmers.