In medicine no one even tried to answer this, any takers here?!
Question: In medicine no one even tried to answer this, any takers here!?
given the population of cells in a tissue, that is invaded by parasites and damaged,
when the parasites are given a fatal dose, would you expect affected tissues to lyse in a bell curve time-line with a longer trailing time to allow for eggs of the parasite to die off after hatching assuming they do not get a fatal dose for a few hours after hatching
ref: mites in the ear of my dog, already treated, i'm guessing he is being affected at this point with the lysis!.Www@Answer-Health@Com
when the parasites are given a fatal dose, would you expect affected tissues to lyse in a bell curve time-line with a longer trailing time to allow for eggs of the parasite to die off after hatching assuming they do not get a fatal dose for a few hours after hatching
ref: mites in the ear of my dog, already treated, i'm guessing he is being affected at this point with the lysis!.Www@Answer-Health@Com
Answers:
Your grammar is confusing, so it's hard to be certain what I'm supposed to answer!.!.!. I believe it depends on the medication you're using and the theory behind its success!. For instance, how does the breech of a cellular membrane contribute to the extinction of a localized parasite!? If the medication is supposed to infiltrate your dog's epidermis and poison the parasites through their food source, then yes, you'll have to wait until the eggs hatch and run their (brief) life cycle before the mites are fully gone!. If it's a topical medication directly affecting the mites, then it's likely the parasitic eggs have been sterilized!.
Probably the truest answer you'll get will be from the medicine itself!. What does it say about the treatment period!?Www@Answer-Health@Com
Probably the truest answer you'll get will be from the medicine itself!. What does it say about the treatment period!?Www@Answer-Health@Com