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. Author manuscript; available in PMC: 2009 Apr 8.

Published in final edited form as: Evol Dev. 2008;10(3):300–315. doi: 10.1111/j.1525-142X.2008.00239.x

Fig. 3 — SLC26A5 amino acid variations among nonmammalian vertebrates (NMV). Alignment of the NMV prestin polypeptides are shown with the deduced polypeptide sequences being compared with the frog (Xtrop) SLC26A5 sequence. The amino acid alignments are presented with identical residues to the initial polypeptide being represented as dots. Background color of each residue is presented using RasMOL colors designations (Sayle and Milner-White, 1995). Gaps in the aligned sequences are indicated by the dashed line. The consensus sequence, residue conservation, and utilization (Sequence logo) are provided and missing of sequence data is indicated by X. Residue number and the location of each exon boundary () are provided at the top of each row of sequence.

Inline graphic — SLC26A5 amino acid variations among nonmammalian vertebrates (NMV). Alignment of the NMV prestin polypeptides are shown with the deduced polypeptide sequences being compared with the frog (Xtrop) SLC26A5 sequence. The amino acid alignments are presented with identical residues to the initial polypeptide being represented as dots. Background color of each residue is presented using RasMOL colors designations (Sayle and Milner-White, 1995). Gaps in the aligned sequences are indicated by the dashed line. The consensus sequence, residue conservation, and utilization (Sequence logo) are provided and missing of sequence data is indicated by X. Residue number and the location of each exon boundary () are provided at the top of each row of sequence.