<p>The sequences underlined were determined by mass spectrometry analysis and Edman degradation. *: stop codon. Bolded sequences are calponin homology domains (actin-binding domains); Shaded seqeunces are spectrin domains; Bolded and italized squences are EF-hand motifs.</p
<p>A. Sequence analysis of the cDNA and predicted peptide sequences of <i>As-caspase-1</i>. The star...
<p>The nucleotides and amino acids are numbered along the left margin. The putative CSD is boxed. Th...
Within the IDR motifs of 14 amino acids or more that were from 48–88% identical in sequence are high...
<p>The stop codon is indicated with an asterisk. The putative N-terminal signal peptide is underline...
<p>Lower case text indicates the 5′ and 3′ UTR sequences of <i>β-catenin</i>; upper case text indica...
<p>Signal peptides are underlined; mature peptides are shown in bold; propeptides proposed are shown...
<p>The nucleotide bases are numbered in the 5′ to the 3′ direction, and key elements of the gene are...
<p>The putative cleavage site for the signal peptide is indicated by an arrowhead. The catalytic res...
<p>Amino acids are indicated as single capital letters under each triplet codon of the nucleotide se...
Sequence frequency logo showing the nucleotide composition surrounding stop codons in all genes and ...
<p>The ORF of the nucleotide sequences are shown in uppercase letters; the 5′- and 3′-UTRs are shown...
<p>(A) The cDNA sequence of CFBD. The amino acid of the precursor reading from the cDNA is suggested...
<p>Comparison of SIRT1 sequences by “BLAST 2 Sequence” among species, in which the protein sequence ...
<p>(<b>A</b>). Codon usage fold change in SP versus non-SP proteins. The relative codon usage in sig...
<p>The coding sequence of RcTYDC was shown with capital letters in bold fonts; the untranslated regi...
<p>A. Sequence analysis of the cDNA and predicted peptide sequences of <i>As-caspase-1</i>. The star...
<p>The nucleotides and amino acids are numbered along the left margin. The putative CSD is boxed. Th...
Within the IDR motifs of 14 amino acids or more that were from 48–88% identical in sequence are high...
<p>The stop codon is indicated with an asterisk. The putative N-terminal signal peptide is underline...
<p>Lower case text indicates the 5′ and 3′ UTR sequences of <i>β-catenin</i>; upper case text indica...
<p>Signal peptides are underlined; mature peptides are shown in bold; propeptides proposed are shown...
<p>The nucleotide bases are numbered in the 5′ to the 3′ direction, and key elements of the gene are...
<p>The putative cleavage site for the signal peptide is indicated by an arrowhead. The catalytic res...
<p>Amino acids are indicated as single capital letters under each triplet codon of the nucleotide se...
Sequence frequency logo showing the nucleotide composition surrounding stop codons in all genes and ...
<p>The ORF of the nucleotide sequences are shown in uppercase letters; the 5′- and 3′-UTRs are shown...
<p>(A) The cDNA sequence of CFBD. The amino acid of the precursor reading from the cDNA is suggested...
<p>Comparison of SIRT1 sequences by “BLAST 2 Sequence” among species, in which the protein sequence ...
<p>(<b>A</b>). Codon usage fold change in SP versus non-SP proteins. The relative codon usage in sig...
<p>The coding sequence of RcTYDC was shown with capital letters in bold fonts; the untranslated regi...
<p>A. Sequence analysis of the cDNA and predicted peptide sequences of <i>As-caspase-1</i>. The star...
<p>The nucleotides and amino acids are numbered along the left margin. The putative CSD is boxed. Th...
Within the IDR motifs of 14 amino acids or more that were from 48–88% identical in sequence are high...