13.14 How is the secondary structure influenced by the presence of hydrogen bonds?
13.15 What happens when a charge is generated in a protein?
13.16 Give two examples of proteins with α helices.
13.17 Why does hemoglobin have four polypeptide chains?
13.18 How is an energy landscape generated from consideration of the interactions in proteins?
13.19 How are molten globular states described by energy landscapes?
13.20 How is a distribution of velocities generated during a molecular-dynamics calculation?
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PART 2
QUANTUM MECHANICS AND SPECTROSCOPY
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13.15 What happens when a charge is generated in a protein?
13.16 Give two examples of proteins with α helices.
13.17 Why does hemoglobin have four polypeptide chains?
13.18 How is an energy landscape generated from consideration of the interactions in proteins?
13.19 How are molten globular states described by energy landscapes?
13.20 How is a distribution of velocities generated during a molecular-dynamics calculation?
290
PART 2
QUANTUM MECHANICS AND SPECTROSCOPY
9781405124362_4_013.qxd 4/29/08 9:12 Page 290