html`

${analysisSummary[lastDate].N} sequences ${trendAreaChart(_.map (analysisDates, (d)=>analysisSummary[d].N))}	${analysisSummary[lastDate].HA} haploptypes ${trendAreaChart(_.map (analysisDates, (d)=>analysisSummary[d].HA))}	${analysisDates.length} analyses ${timeFormat (analysisDatesConverted[0])} : ${timeFormat (analysisDatesConverted[analysisDatesConverted.length-1])}
${floatFormat (analysisSummary[lastDate].NNN)} NNN codons/haplo ${trendAreaChart(_.map (analysisDates, (d)=>analysisSummary[d].NNN))}	${analysisSummary[lastDate].issues.problematic.length} Problematic sites ${trendAreaChart(_.map (analysisDates, (d)=>analysisSummary[d].issues.problematic.length))}	${analysisSummary[lastDate].issues["N rich"].length} Sites with >10% NNN ${trendAreaChart(_.map (analysisDates, (d)=>analysisSummary[d].issues["N rich"].length))}
${selectionByDate[lastDate].P.size} positively selected sites (MEME) ${trendAreaChart(_.map (analysisDates, (d)=>selectionByDate[d].P.size))}	${selectionByDate[lastDate].N.size} negatively selected sites (FEL) ${trendAreaChart(_.map (analysisDates, (d)=>selectionByDate[d].N.size))}	${analysisSummary.pairs.length} Co-evolving pairs

`