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Draw a bidirectional replication fork and label the origin of replication, the leading strands, lagging strands, and the 5' and 3' ends of all strands shown in your diagram.
Assume you go back in time to Mendel's pea garden, and you come across an experiment where he has crossed purple with white flower colored pea plants.
Compare and contrast a somatic cell with a reproductive cell in terms of cell replication, including processes undergone, resultant descendant cells, and chromosome numbers. Give examples of each.
The substrate of this enzyme is rich in positive charged chemical groups. On the surface of this protein there are two hydrophilic clusters and a solvent (water) -exposed hydrophobic pocket.
A variety of squash may be long, round, or oval in shape. The color may be yellow, green, or white. A long, white variety crossed with a round, green one (both true-breeding) produces only oval, yellow F1's.
draw a glycerol and explain how a triglyceride is formed from this molecule and fatty acids.
A 5.0 mL aliquot of a stock tryptophan solution was diluted by adding 95 mL of water. The absorbance of that diluted solution was measured at 280 nm as 0.055 absorbance units.
Double-stranded DNA molecules have negatively charged sugar-phosphate backbones, and a major and minor groove into which the chemical groups of the bases project.
For an average low activity 5-year-old boy approximately how many packets of crisps are equivalent to one day's energy needs? You should give your answer to the nearest whole number. You will need to refer to data in the Tables found in the course..
Imagine the "hairy ear" gene is X-linked and dominant (H), to hairless ears (h). If you were a man w/hairless ears about to marry a woman whom you discover has hairy ears.
How do you explain why enhancers can be moved around within the DNA without affecting their activity, whereas the TATA box can only operate at one specific site?
In a certain population, the dominant phenotype of a certain trait occurs 91% of the time. What is the frequency of the dominant allele?
Small molecules move through membranes in different ways -- different for different molecules or compounds, that is.
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