Suppose you had the nucleotide base shown below. What are the hydrogen bond dono and acceptors in the molecule? Where would the different natural bases interact with i Which of the natural bases would you expect to have the strongest binding energy with base below? It is possible to consider different "sides" of the molecule for interaction.

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Chapter1: The Human Body: An Orientation
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Please answer the following questions 1) based on the structures of adenine, cytosine, guanine, and thyme. Why does A prefer to bind to T and C prefer to bind to G 2) were the binding energies the same for AT and CG? Explain the difference 3) which of the four know bases is the unknown synthetic base most like in terms of its binding characteristics? What does this indicate about its structure? 4) if the unknown synthetic base was used to study DNA replication, which natural bases would it interact with? 5) is the picture question
5. Suppose you had the nucleotide base shown below. What are the hydrogen bond donors
and acceptors in the molecule? Where would the different natural bases interact with it?
Which of the natural bases would you expect to have the strongest binding energy with the
base below? It is possible to consider different "sides" of the molecule for interaction.
H.
HN
NH.
5. What is the equilibrium constant for the reaction A + CT → AT + C? Show your calculations.
Transcribed Image Text:5. Suppose you had the nucleotide base shown below. What are the hydrogen bond donors and acceptors in the molecule? Where would the different natural bases interact with it? Which of the natural bases would you expect to have the strongest binding energy with the base below? It is possible to consider different "sides" of the molecule for interaction. H. HN NH. 5. What is the equilibrium constant for the reaction A + CT → AT + C? Show your calculations.
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