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A plant that has seed very rich in an oil that can be directly used as a biofuel to power vehicles has been discovered. the plant is able to grow on a marginal farm land and thus fuel oil production would not compete with food production. unfortunately the plant only produces a few seeds per plant. a variant of the plant has been discovered that makes abundant seeds but only grows on rich and irrigated land. Geneticists have determined that it is possible to cross the two plants and achieve viable offspring and these plants thrive on arid marginal farmland. a cross of the "high seed" variant (7000 +/- 50 seeds per plant) and the "low seed" plant (50 +/- 5 seeds per plant) is conducted. The F1 generation plants thrive on marginal land and produce 3300 +/- 100 seeds per plant. The F1's are self crossed and the F2 generations is as follows: 300 plants with 6850 +/- 75 seeds per plant 589 plants with 3270 +/- 70 seeds per plant 293 plants with 61 +/- 6 seeds per plant describe the inheritance of seed abundance in the plant. Is the breeding program described above likely to result in a sustainable means of producing bio fuels? why or why not?
In some cases the first gene in the linear sequence appears to be transcribed at a much higher rate than the second and subsequent genes (as in many but not all mRNAs contain the sequences encoded by gene 2 and beyond).
Describe the most suitable measure of incidence of diabetes in this scenario? Find the risk (ie measure of Incidence identified in part c) of developing type 2 diabetes among females in this community.
In what way may we be able to take advantage of retrotransposons in human gene therapy? How would this differ from our current use of retroviruses?
Your subjects rides on the cycle ergometer at 60 rev/min (6 m/rev) and a load of 30 N for 15 minutes. What is her power output? What is the total amount of work she has done?
Assume you are testing a hypothesis that population density of a particular plant species influences the rate at which a pathogenic fungus infects the plant.
What are the steps to take in inoculating a new culture from a broth tube to an agar plate, or from an agar plate to a broth culture.
What were the key innovations that allowed adaptive radiation of modern plants? Why are bryophytes considered to be primitive plants? Why do bryophytes and ferns need water for reproduction?
Determine which of the following statements would be inaccurate regarding the discovery of the DNA molecule?
Match the phenotype in the left column with a proposed defect in protein function from the right column that may explain each phenotype.
Describe how the presence of a higher or lower concentration of atmospheric carbon dioxide would impact the evolution of stomata density in plants?
Should the patient receive Rh-positive or Rh-negative cell units for transfusion?
Determine some of the differences that sun and shade leaves share? What does this say about the adaptations they've made to survive intheir respective environments?
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