Phylogenetic tree shows the classification of Arabian camel <i>HSPB-1</i> within the sHSPB family.

<p>Phylogenetic tree shows the classification of Arabian camel <i>HSPB-1</i> within the sHSPB family.</p

Calculated and observed ions of peptide masses of Arabian camel <i>HSPB-1</i> protein.

<p>Calculated and observed ions of peptide masses of Arabian camel <i>HSPB-1</i> protein.</p

Glob Plot analysis.

<p>Blue boxes are disordered regions, and green boxes are ordered regions in the Arabian camel <i>HSPB-1</i> protein.</p

The secondary structure of Arabian camel <i>HSPB-1</i> protein.

<p>The secondary structure of Arabian camel <i>HSPB-1</i> protein.</p

Agarose gel (1.2%) electrophoresis of PCR products for <i>HSPB-1</i> and <i>β</i>-actin Arabian camel mRNAs, 1500 bp DNA molecular weight marker was used.

<p>Agarose gel (1.2%) electrophoresis of PCR products for <i>HSPB-1</i> and <i>β</i>-actin Arabian camel mRNAs, 1500 bp DNA molecular weight marker was used.</p

Chou and Fasman <i>β</i>-turns prediction of Arabian camel <i>HSPB-1</i> protein.

<p>The threshold is 1.00. The regions having <i>β</i>-turns in the protein are shown in yellow color.</p

Karplus and Schulz flexibility prediction of Arabian camel HSPB-1 protein.

<p>The x-axis and y-axis represent the position and score, respectively. The threshold is 1.0. The flexible regions of the protein are shown in yellow color, above the threshold value.</p

Parker hydrophilicity prediction of Arabian camel <i>HSPB-1</i> protein.

<p>The threshold is 1.0. The regions having <i>β</i>-turns in the protein are shown in yellow color, above the threshold value.</p

Nucleotide and amino acid sequences of Arabian camel <i>HSPB-1</i> cDNA (GenBank accession no., MF278354).

<p>The numbers above the nucleotide sequence show the nucleotide positions. The stop codon is represented with an asterisk(*). The putative polyadenylation signal is shown in red.</p

The phylogenetic tree shows the relationship of camel <i>HSPB-1</i> protein and protein sequences from other species.

<p>Maximum likelihood tree based on complete coding sequences. Values at nodes are bootstrapping ≥ 49% obtained from 1000 resampling of the data.</p