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Describe in detail how insertion, deletion, and base substitution of nucleotides can have a significant impact on genes. Find three specific examples (actual gene mutations, not chromosome mutations) of ways in which a very small change in DNA can have a major impact on an organism, and describe each mutation in detail.
Why do agricultural researchers intentionally produce polyploid crop plants? Explain in detail what polyploidy means and discuss different types of polyploid plants. Give four specific detailed examples of actual commercial crops that are polyploid. In each case explain why polyploidy is advantageous. Also, indicate whether the polyploidy occurred naturally or describe how botanists created the new varieties. Why is it more common for polyploidy to occur in plants than in animals? Give examples of types of animals that have been found to exhibit polyploidy.
A hypothetical enzyme in which the active site is complementary to the substrate will.
Is habitat temperature reflected in the genomes? What is presumably connected to thermostability.
You have a 10x enzyme buffer that you are to use in a particular reaction. The total volume of the reaction is 30 micro liters. Determine how much of the 10x buffer should you add so that the final concentration of buffer in the reaction is 1x?
What other diseases are thought to be caused by the point mutations? What do point mutations do in those diseases.
Biochemistry-michaelis menten eqn problem
There were many extinction events since life began. Permian extinction is a very important event. Explain why was it so important?
The energies of glycolysis shows that there is a large drop in free energy upon oxidation of glycerladehydes 3-phosphate to 1,3-bisphosphoglycerate. In the presence of oxygen, some of this energy is ultimately converted into ATP production. though..
The unfenced control plot had not changed significantly in species composition. By means of the concepts discussed in the chapter, what do you think happened.
Hydrogen peroxide (h2o2) breaks down into water and oxygen. Explain why this is a chemical reaction. What are reactants and products in the reaction.
How various ATP equivalents are required to synthesize de novo one molecule of IMP, starting from ribose-5-phosphate? Presume that all required precursors in the pathway are present.
What would be the expected frequencies of the homozygous dominant, heterozygous, and homozygous recessive after 100 generations.
A bar graph is used instead of a line graph because every type of liver cell was independent of the others. Determine what variable did researchers intentionally vary in experiment, and what are the units for this variable?
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