<span>well this is an interesting question and i would say it may depend on what type of cancer cells you are growing and what type of "normal" cells your growing. One possibility is that cell fusion events may occur between your cancer cells and normal cells, thus creating a few options 1 - making the normal cell cancerous, 2 - making the cancer cell that fused with the normal cell not cancerous anymore. 3 - either way the fused cell will have a different genotype and hence be a different cell.</span>
There are 5 picograms of DNA would be present in each gamete produced by this species.
The cell continued to have 24 chromosomes as well as would have finished duplicating its DNA by the time the G2 stage ended. Chromosomes throughout the G2 stage would contain two chromatids apiece for a total of 48 chromatids, as opposed to the G1 stage where every other chromosome does indeed have a single chromatid.
A chromosome does indeed have a tetrad (4 chromatids as well as 4 DNA molecules) during prophase I through metaphase I of meiosis, which is then decreased to two chromatids (2 DNA molecules) by that of the time metaphase II takes place.
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Answer with Explanation:
There's a fewer number of predators than prey because they are on the top level of the Food Pyramid. This means that they don't necessarily have to pass their energy to other organisms because only a few organisms consume them as compared to the <em>"Primary Producers"</em> like the <em>phytoplankton</em> and the <em>algae</em>, which support a large number of organisms above them.
The predators are more likely to receive also the <u><em>least amount of energy compared to the organisms below the pyramid</em></u> because as the energy is consumed as<em> "food,"</em> only a portion of the food's energy is being passed to other organisms from one level to the other.
