<p>The mature peptides are highlighted in blue and numbered according to their position in the sequence. The signal peptides are highlighted in green and the potential bibasic cleavage sites, in red.</p
Bioactive peptides play critical roles in regulating most biological processes in animals, and have ...
<p>The schematic diagrams show the organization of putative neuropeptide precursors of <i>M</i>. <i>...
<p>Signal peptides are underlined; mature peptides are shown in bold; propeptides proposed are shown...
<p>The mature peptides are highlighted in blue only for <i>E. crystallorophias.</i> The signal pepti...
<p>The mature peptides are highlighted in blue. The signal peptides are highlighted in green.</p
<p>The 6 identical examples of Tachykinin are highlighted in blue. The signal peptide is highlighted...
<p>The mature peptides are highlighted in blue. The signal peptides are highlighted in green and the...
<p>The mature peptides are highlighted in blue. The potential bibasic cleavage site is highlighted i...
<p>The mature peptides are highlighted in blue only for <i>E. crystallorophias.</i> The signal pepti...
<p>The complete mature peptide of MIH/VIH1 is highlighted in blue. Only a partial sequence for MIH/V...
<p>The peptides of <i>E. superba</i> are in italic and underlined. The peptides and the PRPs identif...
Bioactive (neuro)peptides play critical roles in regulating most biological processes in animals. Pe...
Neuropeptides are among the most important signal molecules in animals. Traditional identification o...
<p>Arrowhead indicates the predicted post-translational cleavage site for processing the prepropepti...
<p>Peptide Sequences of Proteins TprB, C/F/I, E/G/J and H, Detected by MS analysis.</p
Bioactive peptides play critical roles in regulating most biological processes in animals, and have ...
<p>The schematic diagrams show the organization of putative neuropeptide precursors of <i>M</i>. <i>...
<p>Signal peptides are underlined; mature peptides are shown in bold; propeptides proposed are shown...
<p>The mature peptides are highlighted in blue only for <i>E. crystallorophias.</i> The signal pepti...
<p>The mature peptides are highlighted in blue. The signal peptides are highlighted in green.</p
<p>The 6 identical examples of Tachykinin are highlighted in blue. The signal peptide is highlighted...
<p>The mature peptides are highlighted in blue. The signal peptides are highlighted in green and the...
<p>The mature peptides are highlighted in blue. The potential bibasic cleavage site is highlighted i...
<p>The mature peptides are highlighted in blue only for <i>E. crystallorophias.</i> The signal pepti...
<p>The complete mature peptide of MIH/VIH1 is highlighted in blue. Only a partial sequence for MIH/V...
<p>The peptides of <i>E. superba</i> are in italic and underlined. The peptides and the PRPs identif...
Bioactive (neuro)peptides play critical roles in regulating most biological processes in animals. Pe...
Neuropeptides are among the most important signal molecules in animals. Traditional identification o...
<p>Arrowhead indicates the predicted post-translational cleavage site for processing the prepropepti...
<p>Peptide Sequences of Proteins TprB, C/F/I, E/G/J and H, Detected by MS analysis.</p
Bioactive peptides play critical roles in regulating most biological processes in animals, and have ...
<p>The schematic diagrams show the organization of putative neuropeptide precursors of <i>M</i>. <i>...
<p>Signal peptides are underlined; mature peptides are shown in bold; propeptides proposed are shown...