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Question: Determine what would be the probable outcome if mRNA molecules coding for human red blood cell antigen A were inserted into 2 solutions: one containing ribosomes, tRNA and all of the translation factors from a yeast cell, and the other containing ribosomes, tRNA and translation factors from a human?neither solution could make the proteinboth solutions would make the same proteinthe correct protein would be made only in the solution of yeast moleculesthe correct protein would be made only in the solution of human moleculesmRNA does not get translated into protein
In Drosophila, the map directions of genes are given in map units numbering from one end of a chromosome to the other. The X chromosome of Drosophila is 66 m.u. long.
Determine the major trend in the evolution of land-based plants, starting from nonvascular plants to seed plants?
Describe the etiology and genetics of the disease phenylketonuria (PKU). Phenylketonuria (PKU) refers to a disease found in the humans in which the affected individual does not have enzyme phenylalanine hydroxylase.
Explain the background for your selection of resistance. Include details about the disease or pest and the established control strategies.
Assume you survey a population in Hardy-Weinberg (H-W) linkage equilibrium with two loci C,c and D,d. The estimated frequencies of these alleles are:
In the tubular flowers of foxgloves, wild type coloration is red while a mutation called whit manufactures white flowers. Another mutation, called peloria, causes the flowers at the apex of the stem to be big.
Discuss the greatest effect on determining which mutations will go to fixation in both a large population and a small population?
An organism is discovered that consumes a considerable amount of sugar, yet does not gain much weight when denied air. Curiously, the consumption of sugar increases as air is removed from the organism's environment, but the organism seems to thrive e..
Most physiological processes in the body can be regulated at three different levels autoregulation within the organ itself, nervous regulation, and hormonal regulation.
Explain an experiment to test this hypothesis. Be explicit about the methods you will use, the setting, the time that the experiment will last, and the variables you will measure.
Why is the immune system so highly conserved, as other physiological systems are more specially adapted to our mammalian ancestry or hominid roots.
Animals always want to get the most from their resources by increasing the surface area throughout their organ systems. Please cite five examples and how it does this.
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