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A population of 100 crickets contains 65 individuals that can produce long, extended noises. The ability to produce such sounds is governed by a single gene with only two alleles; one is completely dominant to the other. Thirty of these 65 crickets are heterozygous. Use this information to answer the question below.
You return to this population after 5 years. Assume that it has reached a point of Hardy-Weinberg equilibrium (and none of the assumptions of this theorem are violated). What proportion of the population is expected to have at least one recessive allele?
What is the frequency of the recessive allele?
A homozygous plant with 20 cm diameter flowers is crossed with a homozygous plant of the same species that has a 40cm diameter flowers. The F1 plants all have flowers 30cm in diameter.
Logan is a geneticist studying a blood clotting gene, Factor VIII, that contains 186, 000 base pairs that code for amino acids plus 32,400 base pairs that are non-coding. How would he classify the noncoding regions?
For a speices with a diploid number of 18, how many chromosomes will be present in the nuclei of individuals who are trisomic?
Kayla is studying the oxygen use by the livers of seals. She detected a 4 kPa partial pressure of oxygen in liver tissue fluid. What partial pressure of oxygen in a capillary would be required to allow a net inflow of oxygen into the liver fluid?
Multicellular animals have some mechanism to control cell mass that we do not understand; for in case, salamanders of different ploidies are the same size such that a haploid, a diploid, and a pentaploid organism are about the same size.
Water is most dense and therefore heavier at 4 degrees Centigrade. At zero degrees Centigrade ice forms and can float on liquid water. Assume ice were most dense at zero degrees Centigrade. Select the best explanation of what would happen in aquatic ..
Assume you are analyzing the function of an unknown drug that you suspect alters metabolism in human cells. You add the drug in different amounts in a colony of cells and find that above a certain concentration,
What do you predict would be the main product. How many can the predictions above be used to determine the mechanism by which the fatty acids are released from the fatty acid synthetase.
Clathrin-coated vesicles bud from eucaryotic plasma membrane fragments when adaptins, clathrin, and dynamin-GTP are added. What would you expect to observe if the following modifications were made to the experiment? Explain your answer.
Explain the changes in the mother's vital signs after birth. What happens to the BP? What BP pattern would indicate shock from blood loss?
Baron von Quacko, famous tag-team wrestler, has a famous "sleeper hold" that he uses on his opponents. Using only a single digit on each hand, he presses on his opponent's neck until his opponent passes out. What are the structures on which he is ..
Explain the process of viral replication; discuss both normal and retroviruses, and comment on the implications of this process for genetic engineering.
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