anchor.diff:                  <div class="col-12">
                       <c:set var="geneId" value="MGI:103226"></c:set>
                       <h2 class="title" id="${geneId}">
  -                        <t:formatAllele>Cox7c<tm1b (KOMP)Mbp></t:formatAllele>
  +                        <t:formatAllele>Cox7c
  +                        <tm1b (KOMP)Mbp></t:formatAllele>
                       </h2>
   
                       <div class="row">
  -<div class="col-8">
  +                        <div class="col-8">
                               <p>
                                   Cytochrome c oxidase subunit VIIc (Cox7c) is a nuclear-encoded regulatory
                                   component of cytochrome c oxidase. Homozygous mutants show complete
  
positive.code: 
                              <ul>
                                  <li>
                                      Viability: 
                                      <a href="${baseUrl}/charts?accession=${geneId}&parameter_stable_id=IMPC_VIA_001_001" target="_blank">Adult Homozygous - Lethal</a>
                                  </li>
                                  <li>
                                      Embryo LacZ Expression: <a href="${baseUrl}/imageComparator?acc=${geneId}&anatomy_term=%22TS20%20embryo%20or%20Unassigned%22&parameter_stable_id=IMPC_ELZ_064_001" target="_blank">Images</a>
                                  </li>
                                  <li>
  				    3-D Imaging: <a href="${cmsBaseUrl}/embryoviewer/?mgi=${geneId}" target="_blank">3D Viewer</a>
                                  </li>
                                  <li>
                                      All adult and embryo phenotypes: <a
  					href="${baseUrl}/genes/${geneId}#phenotypesTab" target="_blank">Table</a>
                                  </li>
                              </ul>
  
  
negative.code:                     </h2>
  
                      <div class="row">
                          <div class="col-8">
                              <p>
                                  Striatins act as both calcium-dependent signaling proteins and scaffolding
                                  proteins, linking calcium-sensing signaling events with cellular action [1].
  