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I have just written this article:
"Avoid a choking death in your sleep". which is based upon my own experiences. I would like to know: 1. Do the matters described accord with the experiences of any readers ? 2. Is my solution likely to be helpful to anyone-else ? ************************************************** ****************** START OF ARTICLE: This describes a problem I encountered and how I seem to have solved it. The solution appears to work for me so perhaps it might help you too, or help someone you know. ******** The problem: When I suffer from a cold or influenza my lungs produce lots of mucous which I need to cough up. A similar condition afflicts those who suffer from emphysema. During sleep this mucous tends to travel up my trachea (windpipe) until it reaches my epiglottis. This is where the trouble starts, because nerves are stimulated which normally serve to protect the lungs from the ingress of foreign material (like food particles). The result is that my epiglottis shuts tight, cutting-off my air supply. In these circumstances I am forced awake in a state of extreme physical distress. My body demands oxygen but I can't breathe. It seems that I have only seconds to clear my larynx or lose consciousness and die. Usually I propel myself out of bed, crashing face down on the floor. The air remaining in my lungs I force out through my mouth, and usually this blows the mucous out of my blocked larynx, allowing me to breathe again. But this is always a traumatic experience. I am covered in sweat, and need to relax in a chair for some time before reluctantly returning to bed. In fact, when my lungs are in a bad state, for example at the end of a cold, I view my approaching bedtime with trepidation and fear. In such circumstances I have considered trying to sleep sitting in an armchair, but I am unaccustomed to this and it is not easy. ******** The solution: In desperation, therefore, I have arranged for my bed to slope downwards at the foot end. Because the bed is cheaply constructed the only really solid parts are the four legs. Each is attached with a central screw thread. So it is a straightforward matter to unscrew the two legs at the foot end whenever this is needed. The angle of slope thus produced happens to be about 6½ degrees (by trigonometry). There is, of course, a tendency for my body to slide downwards towards the foot of the bed. But this is something to which I can adapt. The benefits of the 6½ degree slope were immediately evident. The mucous in my lungs now remains in place during sleep thus permitting me to pass an undisturbed night. The optimum angle of slope might vary according to individual needs and can be determined only by trial-and-error. The slope could be increased by supporting the two remaining legs on bricks, for example, or reduced by re-attaching shortened legs to the foot end. London, April 2006. |