I was reading some stuff online because my son is having this problem (and as far as I know, he is not diabetice. He is 11) but I read that the stinky burps can be caused by: "SULFER BURPS ARE CAUSED BY THE PARASITE,GIARDIA."
they are in serious trouble
No. A blood transfusion would not help a diabetic person, since there is nothing wrong with their blood in the first place.
It all depends on what type of 'wrong' food your talking about as well as how much they've eaten. A diabetic can possibly die from not taking the necessary precautions or go into what is known as diabetic shock.
In my experience as a Type 1 Diabetic, yes. I could be wrong though.
The names "Calcium and sulfur" and "Sulfur calcium" are incorrect because they do not follow the standard naming conventions for chemical compounds. In this case, the correct name for the compound formed by calcium and sulfur would be calcium sulfide.
well are you a diabetic if so you have alot of sugar in you and it is trying to empty itself out well are you a diabetic if so you have alot of sugar in you and it is trying to empty itself out well are you a diabetic if so you have alot of sugar in you and it is trying to empty itself out
The same thing that happens if you give it to a diabetic person, except with a rat instead. If you get the dose correct, it will help with the symptoms of the diabetes. If you get it wrong, you'll probably kill the rat.
A diabetic cannot produce insulin - which is a natural chemical that breaks down sugars in food. The solution is to inject a synthetic form of insulin at regular intervals to maintain the body's natural balance.
when a person follows a wrong balanced diet. For example a diabetic following a normal person's balanced diet
I think it's because glucose is turned into sugar in your body, someone please correct me if I am wrong.
it can't be reversed.
Sulfur is not a metal; it is a non-metal. It is found in group 16 of the periodic table along with oxygen, selenium, and tellurium. Sulfur typically forms covalent bonds in compounds, unlike metals which tend to form metallic bonds.