an average human cell like tcell and blood cell are 60 times bigger than hiv. there are about 10 000 to 100 000 cells in a single drop of blood and they can be red blood cells, white blood cells and others. imagine just 100 HIV within a single drop of blood. remember that a single drop of blood might contain 10 000 to 100 000 bigger cells like red and white blood cells. and they say that hiv will die in a single drop of blood that will dry up outside the human body. how can hiv be destroyed within a single drop of blood if that hiv contaminated blood itself is situated in liquids at very neutral temperatures. and how can the oxygen or environmental agents kill the 100 HIV that is kept within tens of thousands of bigger blood cells plus blood fluid within a single drop of blood? wont the bigger cells and blood fluid block oxygen and environmental agents from getting into the HIV itself? how will hiv in a drop of blood be destroyed in wet soups and wet foods at very neutral temperatures?
2007-09-29
07:29:27
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4 answers
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Anonymous
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Science & Mathematics
➔ Medicine