Men working nights are threatened by prostate cancer

Males working in the night shift, according to a study conducted in Canada, are three times more likely to be affected by prostate cancer than by those who work in the day's change. It is believed that the production of melatonin, a hormone that helps regulate sleep, is disturbed during the night shift and work. [...]
It is believed that the production of melatonin, a hormone that helps regulate sleep, is disturbed during the night shift and work.
When our bodies are exposed, the production of melatonin decreases by promoting the movement of many processes in our bodies, which help to develop tumors.
The research featured 3,137 males who had been diagnosed with cancer.
The results have shown that most of them during a period of time had worked on the night's shift, the telegram broadcast.
In early stages, prostate cancer gives no clinical signs. In the most advanced stages, clinical signs appear, such as frequent urination, especially at night; poor urination, not powerful; sudden suspension of urination, and re-entering of urination in a few seconds; pain and burns during urination; blood urination, often accompanied by small blood fragments frequently; presence of blood in sperm; denitated pain in one or some bones, especially in the bones of the basin and in vertebrates, that continue until at least two weeks, the advanced cancer sign that has touched the bones.

Clinical signs of prostate cancer should not be misinterpreted by people with such symptoms and try to achieve a self - diagnosis, as these signs meet in other diseases of prostate of non - cancerous origin.
Besides prostate cancer, males who work in the night shift are at risk of contracting intestines, bladders, and lungs.
Although previous research has suggested that working at night harms women the most, studies by scientists at Quebec University show that even males are as endangered as females.
The human organism has its biological clock, which means that it has time for sleep and working hours scheduled for work.
So in experiments, blood tests showed that normal 6% of DNA genes are specifically more or less active, in different periods of the day.
Since the volunteers began working at night, that proper genetic adjustment began to lose.












