Please draw a monomer of DNA, label all parts and the carbon numbers on the sugar (as shown in figure 2.18 but the goal is to draw without help). The way to number the carbons in the sugar is to start at number the carbon at which the base is attached as 1 and then moving away from the oxygen number sequentially. Now draw a monomer of RNA. Again, label all parts and number the carbons in the sugar. Compare the two drawings by writing differences below. Finally, draw a dimer of either DNA or RNA and show how two nucleotides are connected. Remember, a dimer means "two units", or two monomers, connect by covalent bonds to make a bigger molecule. This is not asking you to draw hydrogen bonds between a pair of bases (a base pair).

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Please draw a monomer of DNA, label all
parts and the carbon numbers on the sugar (as
shown in figure 2.18 but the goal is to draw
without help). The way to number the
carbons in the sugar is to start at number the
carbon at which the base is attached as 1 and
then moving away from the oxygen number
sequentially.
Now draw a monomer of RNA. Again, label
all parts and number the carbons in the sugar.
Compare the two drawings by writing
differences below.
Finally, draw a dimer of either DNA or RNA
and show how two nucleotides are connected.
Remember, a dimer means "two units", or two
monomers, connect by covalent bonds to
make a bigger molecule. This is not asking you
to draw hydrogen bonds between a pair of
bases (a base pair).
Transcribed Image Text:Please draw a monomer of DNA, label all parts and the carbon numbers on the sugar (as shown in figure 2.18 but the goal is to draw without help). The way to number the carbons in the sugar is to start at number the carbon at which the base is attached as 1 and then moving away from the oxygen number sequentially. Now draw a monomer of RNA. Again, label all parts and number the carbons in the sugar. Compare the two drawings by writing differences below. Finally, draw a dimer of either DNA or RNA and show how two nucleotides are connected. Remember, a dimer means "two units", or two monomers, connect by covalent bonds to make a bigger molecule. This is not asking you to draw hydrogen bonds between a pair of bases (a base pair).
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