site_lvl_report = { if (site2view.length) return md`Site **${site2view}**, codon **${annotation_json[site2view].S} in gene/ORF ${annotation_json[site2view].G}**.
Pervasive selection test (FEL)
FEL p-value ${float_format (annotation_json[site2view].bFEL.p)}, ω = ${report_ratio (annotation_json[site2view].bFEL.a, annotation_json[site2view].bFEL.b)}
Episodic diversifying selection test (internal branches, MEME)
MEME p-value ${float_format (annotation_json[site2view].bMEME.p)}, ω + = ${report_ratio (annotation_json[site2view].bMEME["a"], annotation_json[site2view].bMEME["b+"])}, p = ${float_format (annotation_json[site2view].bMEME["w+"])}, **${annotation_json[site2view].bMEME.br}** selected branches ${"lMEME" in annotation_json[site2view] ? "Episodic diversifying selection test (all branches, MEME)
MEME p-value (all branches) " + float_format (annotation_json[site2view].lMEME.p) + ", ω + = " + report_ratio (annotation_json[site2view].lMEME['a'], annotation_json[site2view].lMEME['b+']) + ", p = " + float_format (annotation_json[site2view].lMEME['w+']) + ", ** " + annotation_json[site2view].lMEME.br +" ** selected branches" : ""}
Test for different selective pressures between ${cladeName_noDate} and reference branches (CFEL)
${cfel_site_report(site2view)} Directional selection test (FADE)
${fade_site_report(site2view)}

Property importance test (PRIME)
${prime_site_report(site2view)}
Amino-acid composition

_${cladeName_noDate}_: ${freq_report (annotation_json [site2view].aa[cladeName])}
_Reference_: ${freq_report (annotation_json [site2view].aa["Reference"])}

`; return md`Select a site to view detailed information on it`; }