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Can anyone explain the difference between Out-breeding and Crossbreeding? PLZ
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outbreeding is basically done within the same species.Can anyone explain the difference between Out-breeding and Crossbreeding? PLZ
no it's not required.Do we have to learn all the geographical distributions for the various diseases (chapter 10) ?
But what about this question?no it's not required.
but you don't need to memorise this becuz the map is already givenBut what about this question?
The map given is only for anopheles and the question asks to compare its distribution with that of malaria...but you don't need to memorise this becuz the map is already given
just analyse whats given in the map above...n who knows it might be different from the one given in the book..like slightly different
A***** Anopheles isn't a disease, its a species of mosquito, the vector, and Malaria is the disease. Female Anopheles mosquitoes spread Malaria, the disease, between people.The map given is only for anopheles and the question asks to compare its distribution with that of malaria...
Anyways, I don't think such questions come too often
Hahaha I know thatA***** Anopheles isn't a disease, its a species of mosquito, the vector, and Malaria is the disease. Female Anopheles mosquitoes spread Malaria, the disease, between people.
Are these prominent circles nuclei? If yes, then of which cells, epithelial or goblet??
What papers are they?But what about this question?
Damn! Sorry , My badHahaha I know that
I was only asking that do we have to learn the geographical spread of malaria because the map for its distribution is not given
One was from March'17 I think and the other from W15 p22What papers are they?
Damn! Sorry , My bad
Yes & GobletAre these prominent circles nuclei? If yes, then of which cells, epithelial or goblet??
Nothing to do with knowing the map for malaria,But what about this question?
Tysmmm...one more thing, where are the epithelial cells then? Have they just become squamous cells and are not visible?Yes & Goblet
Nothing to do with knowing the map for malaria,
All to do with Prevention methods, in developed countries no malaria present but mosquito is, cause plasmodium cannot thrive in these conditions as better treatment opportunities in these countries and some eradicated the disease
I'm pretty much sure that all WBCs can enter the tissue fluid, by squeezing in, that's why 3 is wrongWhat is wrong with the 3rd statement? Is it that even neutrophils can not enter tissue fluid?
And can lymphocytes enter tissue fluid bqz they are smaller than phagocytes, like tissue fluid DOES contain some sort of WBCs...
View attachment 63440
Tysmmm...one more thing, where are the epithelial cells then? Have they just become squamous cells and are not visible?
But the size of a macrophage is about 21 um, too large to even enter the capillary, then how can it leak from a pore?I'm pretty much sure that all WBCs can enter the tissue fluid, by squeezing in, that's why 3 is wrong
Okay but how can the epithelium be below the goblet cells? I mean that it is the top most layer, so how can it just go downwards?The layer just under the goblet cells is very likely the epithelial layer, and no it can't disappear!
No it isn't, macrophages are just large enough to fit into a capillaryBut the size of a macrophage is about 21 um, too large to even enter the capillary, then how can it leak from a pore?
Hehe, no it doesn't go downwards. that must be the mucous membrane that consists of one or more layers of epithelial cells according to wikipediaOkay but how can the epithelium be below the goblet cells? I mean that it is the top most layer, so how can it just go downwards?
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