anchor.diff:                <li><code>go_term</code>: The GO-term associated with the current tryptic peptide.</li>
                 <li><code>protein_count</code>: The amount of proteins matched with the given tryptic peptide that are labeled with the current GO-term.</li>
                 <li><code>name</code>: Optional, name of the GO-term. Included when the <code>extra</code> parameter is set to <code>true</code>.</li>
  +            </ul>
  +          </li>
  +          <li><code>ipr</code>: A list of <span class="initialism">JSON</span> objects that each represent an InterPro entry associated with the current tryptic peptide.
  +            <ul>
  +              <li><code>code</code>: InterPro entry code associated with the current tryptic peptide.</li>
  +              <li><code>protein_count</code>: amount of proteins matched with the given tryptic peptide that are labeled with the current InterPro code.</li>
  +              <li><code>name</code>: Optional, name of the InterPro entry. Included when the <code>extra</code> parameter is set to <code>true</code>.</li>
  +              <li><code>type</code>: Optional, type of the InterPro entry. Included when the <code>extra</code> parameter is set to <code>true</code>.</li>
               </ul>
             </li>
           </ul>
  
positive.code:                         <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
                      <span class='p'>}</span>
                  <span class='p'>]</span>
              <span class='p'>}</span>
          <span class='p'>]</span>
      <span class='p'>}</span>
  
negative.code:                 <span class='nt'>'go_term'</span><span class='p'>:</span> <span class='s2'>'GO:0033201'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
          <span class='p'>],</span>
          <span class='nt'>'ipr'</span><span class='p'>:</span> <span class='p'>[</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR020867'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>14</span>
              <span class='p'>},</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR036291'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>14</span>
              <span class='p'>},</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR020630'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>14</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR020631'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>14</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR000672'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>14</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR007634'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR038709'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR001296'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR000394'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR003181'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR013534'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR029053'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR007046'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR011835'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
              <span class='p'>{</span>
                  <span class='nt'>'code'</span><span class='p'>:</span> <span class='s2'>'IPR003182'</span><span class='p'>,</span>
                  <span class='nt'>'protein_count'</span><span class='p'>:</span> <span class='mi'>1</span>
              <span class='p'>}</span>
          <span class='p'>]</span>
      <span class='p'>}</span>
  <span class='p'>]</span>"
      %>
      <%= render 'example',
                 example_id: "apidocs-example-multiple",
                 title: "Retrieve the functional ec-numbers, go-terms and InterPro entries associated with each of multiple tryptic peptides",
                 explanation: "<p>This example retrieves the functional ec-numbers, go-terms and InterPro entries for both the tryptic peptides <i class='initialism'>AAAAA</i> and <i class='initialism'>AAAYGMR</i>. The result is the same as the combination of " + link_to("this search", sequence_path("AAAAA")) + " and " + link_to("this search", sequence_path("AAAYGMR")) + " with the Tryptic Peptide Analysis in the web interface.</p>",
                 post_request: "<span class='gp'>$</span> curl -X POST -H <span class='s2'>'Accept: application/json'</span> #{Rails.application.config.api_host}/api/v1/pept2funct \\
  -d <span class='s1'>'input[]=AAAAA'</span> \\
  -d <span class='s1'>'input[]=AAAYGMR'</span>",
  