Data for Dandelion assembly used for comparative genomics of floral development

Phylogenomic analysis provides insights into<em> MADS-box </em>and <em>TCP </em>gene diversification and floral development of the Asteraceae, supported by<em> de novo</em> genome and transcriptome sequences from dandelion (<em>Taraxacum officinale</em>)<br><strong>Short title</strong>: Dandelion assembly used for comparative genomics of floral development<br>This work was supported by grants from the Dutch Research Council of Applied and Engineering939 Sciences (NWO, TTW) #13700 (ParTool) to K.Vi., C.O., M.B., T.Z. and M.E.S., Dutch Research940 Council (NWO) #15315 to L.B., and Chinese Scholarship Council (CSC) #201707720034 to W.X.<br>This dataset include the five supplementary tables that were used to support the conclusion and mentioned in the submitted manuscript.<br>

系统发育基因组学分析揭示了菊科（Asteraceae）MADS-box与TCP基因家族的演化分化模式及花发育机制，本研究依托蒲公英（Taraxacum officinale）的从头（de novo）基因组与转录组序列完成。
短标题：用于花发育比较基因组学研究的蒲公英基因组组装序列
本研究受到以下项目资助：荷兰应用科学与工程研究理事会（NWO, TTW）立项编号13700（项目名称ParTool），资助对象为K.Vi.、C.O.、M.B.、T.Z.及M.E.S.；荷兰研究理事会（NWO）立项编号15315，资助对象为L.B.；以及中国国家留学基金委员会（CSC）资助编号201707720034，资助对象为W.X.。
本数据集包含5份补充表格，用于支撑已投稿论文的结论且已在稿件中被提及。