anchor.diff:               </im:querylink>
               </li>
   
  -          <li>            
  +          <li>
                <im:querylink text="Affymetrix probesets from the GeneChip <i>Drosophila</i> 2 Array with their locations" skipBuilder="true">
   <query name="" model="genomic" view="ProbeSet.primaryIdentifier ProbeSet.locations.object.primaryIdentifier ProbeSet.locations.start ProbeSet.locations.end" sortOrder="ProbeSet.primaryIdentifier asc">
     <node path="ProbeSet" type="ProbeSet">
  
positive.code:         amplimers, the "promoter" amplimers, are positioned adjacent to the 5' end of
          annotated genes.  Rana and Micklem (unpublished).<br/></p>
  
          <p>The purpose of designing the tiling array in this way was to allow the "promoter" 
          amplimers to be organised into separate plates to allow the printing of "promoter" 
          only arrays.  In order to satisfy the need for these
          promoter amplimers and to attempt to cover the genome optimally, the
          genome was divided into "tiling path spans".  All spans started or
  
negative.code:           </h4>
  
            <div id="hiddenDiv3" class="dataSetDescription">
  
        <p>
              <dt>The aim of INDAC is to produce a widely available and uniform set of array reagents so that microarray data collected from
              different studies may be more easily compared. On behalf of INDAC, the FlyChip group has designed a set of 65-69mer long
              oligonucleotides to release 4.1 of the D. melanogaster genome. Oligos were designed using a modified version of OligoArray2 and other
              post-processing steps (David Kreil, Debashis Rana, Gos Micklem unpublished).Synthesis of the set by Illumina began in April 2005. FlyMine
              will incorporate the results of these tests when available.</dt>
  
              <dt>Note: FlyMine curently stores the positions of the oligos relative to the transcript rather than to the chromosome.</dt>
        </br></p>
          </div>
        </dl>
  
  
          <dl>
  