The short answer is yes. Cells have a definite life span - different for each tissue (about 24 hours for skin cells, 90 days for red blood cells and so on). There is a risk of genetic mutation due to radiation, but it is highly dependent on dose and frequency, as well as other factors such as state of nutrition and age (fetal tissue doesn't do well at all subjected to radiation). Medical use of radiation has been around for over a century, and it is pretty well understood by now.
2007-03-08 08:33:55
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answer #1
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answered by Anonymous
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Healthy cells in the body divide slowly and they have an inbulit knowledge of when to divide and when not. When a cell becomes cancerous, it looses its inhibition to divide so cancer cells divide more quickly than healthy cells.
Radiation effects cells as they are dividing. As cancer cells are often dividing constantly, they are more prone to radiation than are healthy cells. But some good cells are dividing at any one time and so some good cells are effected. Those parts of the body which grow most quickly normally, are the most sensitive to radiation injury such as the hair follicles and the bottom layer of the skin.
The good thing is that normal cells know when they are damaged and so repair themselves or else, kill themselves and primpt neighbouring cells to replace them. Cancer cells do not have these abilities and so can not repair.
As such, most normal tissue damage will repair. Some long term side effects are seen and this is because the repair is often not perfect or the repair mechanism is damaged by the treatment. Some slow growing cells like nerve cells can not be repaired quickly enough and can not be replaced.
Ask your doctor what the long term effects will be - it will depend on the dose used and on the area of the body treated.
2007-03-09 07:15:32
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answer #2
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answered by Adrian F 3
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Most cells will recover well with a little time. My lung was damaged with radiotherapy and they say that it will not recover at all. Nowadays they are very careful to target cancer cells and less likely to cause damage to other areas. You are not offered radiotherapy unless you need it. In all likely hood I would be dead if I had not taken it. Take all the treatment you are offered and all the best.
Life is short, take all the chances to be well again that are offered.
2007-03-08 09:02:20
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answer #3
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answered by worriedmum 4
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Radiation in high doses kills cells or keeps them from growing and dividing. Because cancer cells grow and divide more rapidly than most of the normal cells around them, radiation therapy can successfully treat many kinds of cancer. Normal cells are also affected by radiation but, unlike cancer cells, most of them recover from the effects of radiation. To protect normal cells, doctors carefully limit the doses of radiation and spread the treatment out over time. They also shield as much normal tissue as possible while they aim the radiation at the site of the cancer.
2007-03-08 09:02:50
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answer #4
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answered by Champagne Paulie 2
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Each case is different from person to person, but generally, it will take some time for your normal cells in your body to recover normally, so to answer your questio, yes you will recover your cells after radiotherapy.
2007-03-09 02:42:17
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answer #5
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answered by Roxas of Organization 13 7
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Like chemotherapy, radiotherapy will kill good and bad cells.
However I beleive from my doctors that most cells replace themselves over a period of time, hopefully the bad cells take a lot longer.
Good Luck with your treatments.
2007-03-08 23:37:12
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answer #6
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answered by Pink n Wise 3
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After radiation, a lot of the cells that were killed do not return. After chemo, all the good stuff grows back. You are correct that the radiation kills off everything. I still do not have hair in my radiation area. But, all the rest of my hair has grown back. There are many variables in each case. Check with your doctor about your specific details.
Best wishes
2007-03-09 00:43:29
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answer #7
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answered by Char 7
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Some good cells get hurt during the therapy, but it mainly kills the bad cells and that is what you want. The good cells usually come back to life eventually. It takes time.
2007-03-08 08:54:58
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answer #8
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answered by Mary 5
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the mass of one cellular is a few million nanogram for a classic human there is around a hundred trillion or 10 potential 14 cells you would be able to calculate on your weight for eg a million cellular = a million nanogram = 10^-9 gram 10^9 cells = a million gram 10^12 cells = a million kg for 6o kg person 60X10^12 cells
2016-10-17 21:40:43
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answer #9
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answered by Anonymous
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