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The most widespread internal structure of wackes is graded bedding, although some sequences display it poorly.
These very rare sequences display remarkable properties: They fold into many different stable structures, and perform a wide range of complex biological functions.
These two new sequences display the intra-residue Ca CO correlation selectively, while in the original sequence both the inter- and the intra-residue correlations were present.
Binding of the α1E2 peptide to these DNA sequences display a different counter-ion dependence, indicating a dissimilar, sequence-dependent mechanism of interaction.
Tropoelastin and elastin-derived polypeptide sequences display a thermally reversible phase transition above a lower critical solution temperature, Tt, which coincides with the development of elastomeric restoring force in the material.
The Neogene sequences display many different facies associations because of their environments of deposition.
It is clear that the accelerated sequences display higher functional SNR than the unaccelerated dataset.
Uninterrupted GAATTC repeat sequences display high levels of genomic instability, with a tendency towards progressive expansion [6], [7].
In addition, both H2A and H4 amino acid sequences display putative ERK docking domains (Fig. S6) [33], [33].
However two out of 200 mutated sequences display secondary structures similar to BafACAI_H24 and five out of 200 show similarities to BSV_X04.
Rhabdoviridae sequences display three regions of disorder with the largest concentration of disordered residues at the C-terminus (Fig. 2D, Table S1D).
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