The significance of a future "galactic alignment" was noted in 1991 by astrologer Raymond Mardyks, who asserted that the winter solstice would align with the galactic plane in 1998/1999.
Despite the high overall similarity, some key differences in NarW alignments were noted, particularly at conserved residues within the N- and C-terminal ends of the protein.
The most diverse single residue was position 2 in epitope 6 (coordinate 139 in the protein alignment), where eight different amino acids were noted in the 18 variant sequences (Table 1).
Conserved amino acid motifs have previously been noted in alignments of human, mouse and zebrafish OR sequences [ 13, 27, 30, 31] and these motifs include some of the amino acid residues highlighted above.
No significant changes are noted in overall read alignments during apoptosis.
For each sequence, the position of the terminal residue in the alignment is noted.
It should be noted that in alignments of the N- and C-terminal end regions of B-block binding proteins, several basic and aromatic residues also are conserved (Figs. 3A and 3D).
It should be noted that in some alignments a small number of insertions or deletions were noted.
In addition, patients' subjectively preferred sides were noted, and radiologic results based on implant positions, posterior offsets, anterior offsets, and patellofemoral alignments were evaluated.
It should be noted that the alignments obtained in our study by direct comparison of the mouse M180 and L. catta sequences differ from previous reports in which using a different alignment algorithm and software, the amelogenin sequences of 25 mammals were aligned [18], [22] (See Supporting Information).
It should be noted that even shorter alignments generally result in very broad a posterior distributions so that all three estimates coincide with a star tree.
