As expected, the Ciona intestinalis sequences behaved as outliers.
Importantly, the β2-α2 links links the two halves of the native fold and its sequence behave as a fibrillation motif [8],[9].
Each sequence behaved as intrinsically stochastic time series-like data.
If α = 0.5, there is no correlation and the sequence behaves as a random series (white noise), α < 0.5 indicates anti-correlations, and α > 0.5 positive correlations.
This is due to the bisulfite treatment, which converts all Cs not involved in CpGs to Ts, such that the converted sequence behaves as if it was non-polymorphic (classified as "bisulfite-OK" by [ 19]).
Hénon map sequences behave the same as Walsh sequences, where Duffing map sequences show large performance gain.
In particular, RCT does not propose to analyse chance in terms of these hypothetical sequences, so we can rely on the law of large numbers to guide our expectation that chance processes produce certain outcome frequencies, in the limit, with probability 1; this at least may provide some reason for thinking that the outcome sequences will behave as needed for RCT to turn out true.
Protein-protein interactions are mediated by specific interaction domains, which are relatively conserved, functionally independent protein sequences that behave as independent genetic elements within genomes and can bind to specific ligand classes.
The regulatory and nonregulatory sequences behave in an opposite manner.
This raises the possibility that the XPC core RpZRE3 element is influenced by the flanking sequence to behave as a class II ZRE.
When fitness takes the form of equation 1, the protein sequence will behave as though equation 3 applied.
