Although the diversity of cluster results was found for p- ompA, the primary proteins structure and function of different patterns were identical predicted by software.
Questions regarding the evolution of pathogenicity, significance of antigen characters, diversity of clustered regularly interspaced short palindromic repeat (CRISPR) loci, among others, will remain elusive until a strong evolutionary framework is established.
Thus, detailed analysis of the genes re-arranged to code for the scFvs constituting clusters A and B showed that B had a higher diversity than A. This higher diversity of cluster B was also evidenced by the longer branches of the B subtree as compared to A, and this diversity very possibly allowed cluster B to encompass all the best clones.
The prokaryotic diversity indices based on the number of OTUs (operational taxonomic units), Chao1 richness, and Shannon's and Simpson's diversity indices, revealed that the prokaryotic diversity of Cluster I was significantly lower than that of Cluster II (p < 0.001) (Additional file 1: Figure S2, Additional file 2: Table S1).
Clustering of sequences implemented with BLAST and single-linkage clustering produced a wide diversity of cluster sets (Table 2) depending on how we set the minimum hit fraction, which is the set union of the sets of locally aligned sites (hits) reported by BLAST.
The diversity of cluster B was quickly appreciated from the branch lengths of the corresponding phylogenetic sub-tree, as opposed to the sub-tree representing cluster A. In the future, these phylogenetic trees could well be a useful guide for the testing of clones eluted from immune libraries, all the more if more numerous sequences are to be analyzed.
The diversity of the clusters (i.e. the number of unique sequences within a cluster) is the highest in the first selection rounds.
Then using reverse Monte Carlo (RMC) simulation, the structural inhomogeneity is attributed to diversity of AlCo clusters, which lead to loosely and densely packed local atomic structures and contribute to soft and hard regions, as evidenced by synchrotron radiation X-ray diffraction, dynamic mechanical analysis and nano-indentation.
The high gene family diversity of Drosophila clusters could however not be explained by gene duplications alone.
The sequence diversity of ORFan clusters is very low, due to their small size and recent origins, and this affects the kinds of analysis that are possible.
The eight genomes examined in this data set show a large diversity of gene clusters for secondary metabolism with little overlap between strains.
