5. Looking at the polymer, why is a DNA considered antiparallel? 6. Why are the ends of DNA strands named 3' or 5'? 7. How do A:T interactions differ compared to G:C interactions? How does this affect stability of the bond pairs? 8. During gel electrophoresis, to which electrode (+ or -) does DNA migrate? Why?

Human Anatomy & Physiology (11th Edition)
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ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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A nucleotide is the monomeric building block of the polymer of DNA. To better understand the characteristics
of DNA, it is important to understand how the monomers join to form the polymer. Use the following diagram
of DNA (and the diagram of a nucleotide in the PowerPoint presentation) to label the listed features: 3' and 5'
ends, nucleotide, phosphate group, sugar group, phosphodiester bond, nitrogenous base (pyrimidine and
purine), and hydrogen bonds.
NHZ
NH2
HN
OH₂N
NH₂
5. Looking at the polymer, why is a DNA
considered antiparallel?
6. Why are the ends of DNA strands
named 3' or 5'?
7. How do A:T interactions differ
compared to G:C interactions? How does
this affect stability of the bond pairs?
8. During gel electrophoresis, to which
electrode (+ or -) does DNA migrate?
Why?
Transcribed Image Text:A nucleotide is the monomeric building block of the polymer of DNA. To better understand the characteristics of DNA, it is important to understand how the monomers join to form the polymer. Use the following diagram of DNA (and the diagram of a nucleotide in the PowerPoint presentation) to label the listed features: 3' and 5' ends, nucleotide, phosphate group, sugar group, phosphodiester bond, nitrogenous base (pyrimidine and purine), and hydrogen bonds. NHZ NH2 HN OH₂N NH₂ 5. Looking at the polymer, why is a DNA considered antiparallel? 6. Why are the ends of DNA strands named 3' or 5'? 7. How do A:T interactions differ compared to G:C interactions? How does this affect stability of the bond pairs? 8. During gel electrophoresis, to which electrode (+ or -) does DNA migrate? Why?
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