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12
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67650328123
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A minor monomeric oxidation side product was detected by mass spectrometric analysis of the crude oxidation mixture but was not isolated or further characterized. This product likely contains an iraframolecular Cysl-Cys7 disulfide linkage
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A minor monomeric oxidation side product was detected by mass spectrometric analysis of the crude oxidation mixture but was not isolated or further characterized. This product likely contains an iraframolecular Cysl-Cys7 disulfide linkage.
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13
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67650341534
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Hydrogen-bonding complementarity between domains may explain the exclusive formation of the antiparallel isomer; a parallel isomer could not form a full complement of interdomain hydrogen bonds while maintaining intradomain hydrogen bonds
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Hydrogen-bonding complementarity between domains may explain the exclusive formation of the antiparallel isomer; a parallel isomer could not form a full complement of interdomain hydrogen bonds while maintaining intradomain hydrogen bonds.
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14
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67650282003
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NMR studies of cyclic peptide lb (the domain building block) were not performed because the peptide oxidizes rapidly in aqueous solutions
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NMR studies of cyclic peptide lb (the domain building block) were not performed because the peptide oxidizes rapidly in aqueous solutions.
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16
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84869353629
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2O because the F3a and Y5a resonances are close in this solvent.
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2O because the F3a and Y5a resonances are close in this solvent.
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17
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67650328122
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The sample was lyophilized with D2O twice before NMR studies to attenuate resonances associated with water and exchangeable protons.
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The sample was lyophilized with D2O twice before NMR studies to attenuate resonances associated with water and exchangeable protons.
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18
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4444291734
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Walensky, L. D.; Kung, A. L.; Escher, I.; Malia, T. J.; Barbuto, S.; Wright, R. D.; Wagner, G.; Verdine, G. L.; Korsmeyer, S. J. Science 2004, 305, 1466-1470.
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Science
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, pp. 1466-1470
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Walensky, L.D.1
Kung, A.L.2
Escher, I.3
Malia, T.J.4
Barbuto, S.5
Wright, R.D.6
Wagner, G.7
Verdine, G.L.8
Korsmeyer, S.J.9
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