The risk of kidney stones increased in the astronauts of the space station Peace. The movement of kidney stones can cause intense pain, which astronauts can not continue to work and flights may be canceled.
Kidney stones may be the last barrier that the astronauts faced in a long day trip.
The results showed that water is taken on and urine output was significantly lower than normal. Content of calcium phosphate in the urine of these people has increased. This would mean that calcium stones susceptible to deposition. Although urine calcium levels returned to normal after a month, enough time to stone formation.
The bones were diluted to fall into the weight loss may be the cause of this condition. The flight into space is accompanied by the decrease of bone mass. Calcium can be released into the urine. The concentration of calcium in the urine will contribute to an increased risk of kidney stone formation.
The fluids can help prevent kidney stones and gravel that have formed drifting out. However, urinating in the universe is not so easy. This job consumes an amount of time, while the crew members back to work at night on the nose. Vomiting due to say "spacecraft" also contributed to increased dehydration.
Finding solutions
That supplementation of potassium magnesium citrate may be the solution to this problem.
Testing was conducted on 60 volunteers. They must stay in bed during the long, slightly down by top-down, to simulate the weightless state astronauts. The results showed that the addition of potassium magnesium citrate, reduced risk of kidney stones 85%. This is because sodium citrate inhibits the formation of kidney stones. The previous study also showed that the urine of the astronauts contain less chemicals.
Kidney stones
Kidney stones can form anywhere in the kidneys and bladder. In size, it may be just the tiny crystals are not seen with the naked eye, but also to with almonds. Pebbles can move from the kidney to the bladder, causing excruciating pain. If large stones in the ureter is blocked again the kidneys may stop working.
Kidney stones may be the last barrier that the astronauts faced in a long day trip.
The results showed that water is taken on and urine output was significantly lower than normal. Content of calcium phosphate in the urine of these people has increased. This would mean that calcium stones susceptible to deposition. Although urine calcium levels returned to normal after a month, enough time to stone formation.
The bones were diluted to fall into the weight loss may be the cause of this condition. The flight into space is accompanied by the decrease of bone mass. Calcium can be released into the urine. The concentration of calcium in the urine will contribute to an increased risk of kidney stone formation.
The fluids can help prevent kidney stones and gravel that have formed drifting out. However, urinating in the universe is not so easy. This job consumes an amount of time, while the crew members back to work at night on the nose. Vomiting due to say "spacecraft" also contributed to increased dehydration.
Finding solutions
That supplementation of potassium magnesium citrate may be the solution to this problem.
Testing was conducted on 60 volunteers. They must stay in bed during the long, slightly down by top-down, to simulate the weightless state astronauts. The results showed that the addition of potassium magnesium citrate, reduced risk of kidney stones 85%. This is because sodium citrate inhibits the formation of kidney stones. The previous study also showed that the urine of the astronauts contain less chemicals.
Kidney stones
Kidney stones can form anywhere in the kidneys and bladder. In size, it may be just the tiny crystals are not seen with the naked eye, but also to with almonds. Pebbles can move from the kidney to the bladder, causing excruciating pain. If large stones in the ureter is blocked again the kidneys may stop working.
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