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Given only the following: Testcross that produced 100 progeny, 9 of which are double recombinants. The following rates of recombination:
k-m .30k-l .65l-m .40
In the absence of interference, what is the expected rate of double crossovers between these 3 genes?
Which transport mechanism can be visualized as a relay race? What is being transported like a baton in a relay race? What is being transported into cell by this process? Explain the steps of this transport process from start to finish nothing what..
Which of the following statements about DNA replication is true? Okazaki fragments are DNA fragments synthesized on the leading strand. Single?strand binding proteins stabilize the open conformation of the unwound DNA.
If you generated a mutation that sped up rate at which the node moves toward the posterior, what effect would it have on somite formation?
If a 1000 kilobase fragment of DNA has five evenly spaced replication origins and DNA polymerase moves at 1 kilobase per second, how many seconds will a cell take to produce two daughter molecules?
Suppose a person who has type A blood receives large amounts of whole blood from a person who has the universal donor blood type. Will that be safe? Explain!
After some week's plants that were transplanted into nonsterile soil exhibited a much higher growth rate compared to the plants transplanted into sterile soil. What would be the most likely explanation for this result.
How do you just whether a reintroduction project is successful? Develop simple and then increasingly detailed criteria to evaluate a project's success. Use demographic, environmental, and genetic factors in you evaluaton.
A lilly from a true-breeding line with white flowers and short corollas (line A) is crossed to a lilly from a true-breeding line with black flowers and long corollas (line B). The resulting offspring, the F1, are all red-flowered, with corollas of..
What phenotypes would you expect in the F2, and in what actual numbers (not ratios) would you be expecting to find them. Describe the process of speciation. Comprise in the discussion the factors that can contribute to the maintenance of genetic isol..
Brianna has myositis, a condition in which muscle cells are dying. What excretion product would muscle cell DNA be converted to?
Without oxygen, cellular respiration grinds to a standstill, although glycolysis can continue to make some ATP anaerobically for a short time. While oxygen runs out, why does electron transport stop? Why do you thing the Krebs cycle stops.
A patient was diagnosed with a UTI caused by E. coli. Explain the immunological course of events during the infection, development of the disease, an recovery of the patient.
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