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You have two flies that have the following traits. The female fly is dominant homozygous for red eyes and she has a rate immune deficiency for which she is recessive homozygous, having one allele on each X-chromosome. The male fly has recessive homowzygous white eyes and does not have a recessive allele for the immune deficiency on his X-chromosome. The F1-generation consists of 387 offspring and the F2 generation consists of 405 flies.
a) What are the chances for each fly in the F1 and F2 generation to have the immune deficiency?b) What are the ecpected numbers of flies with red and white eyes in both generations?c) What is the chance for the male offspring to inherit the recessive allele for immune deficiency?
How could these three cell types be clearly and simply distinguished from each other in an experimental laboratory and how and where do these different cell types differentiate to their mature functional characteristics?
Non-competitive inhibitors of enzymes change the slope and Km of the Lineweaver Burk graph compared to no inhibitor.
Assume you have found a new Xenopus gene that codes for a RNA binding protein. You are not sure what its function is but you are interested in finding out as much as you can.
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If a man with a red-colorblindness (a sex-linked trait) marries a normal woman, would you expect to see trait expressed in their children.
Hydrolases are one important class of enzyme that function to catalyze.
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Recalling a significantly emotional past event or feeling can elicit the same physiological response as the original event.
What information does it not provide that may be useful for deciding on conservation efforts. What are the genotypes of the parents.
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