Turns
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- areas which change direction by almost 180 degrees within 3 or 4 amino
acids. Form due to hydrogen bonding between amide groups formed by
glycine or proline
Alpha helix
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Forms hydrogen bonds between amide groups approximately 4 amino
acids apart. Coiled, flat ribbon arrow point from n terminus to c terminus
, Secondary structure
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-areas of local order in backbone chain. Regions tend to hold helix or
sheet
Beta sheet
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Linear strand made up of chains of atoms in backbone forming a flat zig
zag structure. This forms due to amide bonds that prefer s-trans
confirmations. Can be parallel or anti parallel
Inverse agonist
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Antagonist that only occurs with a small background signal which allows
the antagonist to shut off the background signal which reverses the signal
allosteric modulation
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- areas which change direction by almost 180 degrees within 3 or 4 amino
acids. Form due to hydrogen bonding between amide groups formed by
glycine or proline
Alpha helix
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Forms hydrogen bonds between amide groups approximately 4 amino
acids apart. Coiled, flat ribbon arrow point from n terminus to c terminus
, Secondary structure
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-areas of local order in backbone chain. Regions tend to hold helix or
sheet
Beta sheet
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Linear strand made up of chains of atoms in backbone forming a flat zig
zag structure. This forms due to amide bonds that prefer s-trans
confirmations. Can be parallel or anti parallel
Inverse agonist
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Antagonist that only occurs with a small background signal which allows
the antagonist to shut off the background signal which reverses the signal
allosteric modulation
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