However, a high decrease of the ultimate bond was observed for pull-out tests.
The presence of peaks at 1,654.8 1,675 cm−1 for olefinic bonds was observed for SFO and their absence indicates the formation of homopolymer.
The side chain of Cys329 is completely buried inside the three-dimensional fold of PfRh5 and the side chain of Cys203 is only partly exposed, consistent with the fact that no intermolecular disulfide bond was observed for the native and recombinant PfRh5.
No ortho, ortho bonds were observed for the condensation with the catalyst used.
Positive internal energy changes of unloading, which indicate the net breaking of bonds, were observed for APAP and Emcompress® over the compaction forces tested.
Among the aromatic amino acids examined, the smallest populations of cis amide bonds were observed for peptides with electron-withdrawing substituents, including 4-nitrophenylalanine, 4-thioacetylphenylalanine, protonated 4-aminophenylalanine, and pentafluorophenylalanine.
However, a maximum of 14% reduction of the bond strength was observed for 80 °C temperature after 8 months of thermal loading.
A weak set of additional amide 1HN-15N resonattributedributodisulfidelfide bond isomerization, was observed for several residues (Phe2, Cys3, Phe5, Gly6, Cys7, Cys12, Gly13, Asn15, Arg19, Phe23, Cys26, Asp27, Cys28) in the 15N,1H-HSQC spectrum of NeoA; these were excluded during the structural analysis.
A greater range of bond lengths was observed for the non-ring donors as the nature of the donor atom (i.e. N, S, O, P) varied.
