anchor.diff:            <%-- for each expression (one bar) in this cell type --%>
             for (y in cellType.expressions) {
               var expression = cellType.expressions[y];
  -
               var tStatistic = expression.tStatistic;
               data.setValue(n, 0, cellType.condition);
  +
  +            var formattedString = tStatistic + ' (t-statistic), ' + expression.pValue + ' (p-value)';
  +
               if (tStatistic > 0) { <%-- UP --%>
                 data.setValue(n, 1, 0);
  -              data.setValue(n, 2, 0);
  -              data.setValue(n, 3, 0);
  -              data.setValue(n, 4, tStatistic);
  +              data.setValue(n, 2, tStatistic);
  +
  +              data.setFormattedValue(n, 2, formattedString);
               } else {  <%-- DOWN --%>
                 data.setValue(n, 1, tStatistic);
                 data.setValue(n, 2, 0);
  -              data.setValue(n, 3, 0);
  -              data.setValue(n, 4, 0);
  +
  +              data.setFormattedValue(n, 1, formattedString);
               }
   
               n++;
  
positive.code:           height:			(9 * n) + 20,
            chartArea:		{left: 400, top: 0, height: 9 * n},
            backgroundColor: 	["0", "CCCCCC", "0.2", "FFFFFF", "0.2"],
            colors: 			['#0000FF', '#D2D2F8', '#C2EAB8', '#59BB14'],
            fontName: 		"Lucida Grande,Verdana,Geneva,Lucida,Helvetica,Arial,sans-serif",
            fontSize: 		11,
            vAxis: 			{title: 'Condition', titleTextStyle: {color: '#1F7492'}},
  
negative.code:         var data = new google.visualization.DataTable();
          data.addColumn('string', 'Cell type');
  
          data.addColumn('number', 'Downregulation');
          data.addColumn('number', 'Upregulation');
  
          var n = 0;
          <%-- for each cell type --%>
  