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. 2017 Oct 4;4:17051. doi: 10.1038/hortres.2017.51

Table 1. Available molecular research on water lilies.

  Taxon name Chromosome (n) Genome size (Mb) Genetic study Transcriptome
Nymphaeaceae Nymphaea alba L. 42 [1] 1950 [6] INO gene [8], ITS2+matK [9]  
  Nymphaea amazonum Mart. & Zucc. 9 [1], ~18 [2] 821.52 [2] ITS2+matK [9]  
  Nymphaea ampla (Salisb.) DC. 14 [2] 772.62 [2]    
  Nymphaea atrans S. W. L. Jacobs 42 [1] 1408.32 [2]    
  Nymphaea bissetii hort. 42 [1]      
  Nymphaea caerulea Savigny 14 [1]   ITS2+matK [9]  
  Nymphaea carpentariae ‘Julia Leu’ ~42 [2] 1447.44 [2]    
  Nymphaea candida C. Presl 56 [1] 1936.44 [2]    
  Nymphaea capensis Thunb. 14 [1]   trnH-psbA, rpoC1 [10]  
  Nymphaea colorata Peter 14 [2] 489 [2] INO gene [8]  
  Nymphaea conardii Wiersema 9 [1]      
  Nymphaea daubeniana Hort. ex O. Thomas. 28 [1]      
  Nymphaea dentatamagnifica Bisset. 42 [1]      
  Nymphaea gardneriana Planch. 14 [1]      
  Nymphaea gigantea Hook. 112 [1] 2709.06 [2]    
  Nymphaea heudelotii Planch. 14 [1]      
  Nymphaea immutabilis S. W. L. Jacobs 42 [1] 1408.32 [2]    
  Nymphaea jamesoniana Planch. 14 [1]   ITS2+matK [9]  
  Nymphaea japono-koreana Nakai 56 [1]      
  Nymphaea lasiophylla Mart. & Zucc. 9 [1]      
  Nymphaea lingulata Wiersema 9 [1]      
  Nymphaea lotus L. 28 [1] 1779.96/1682.16 [2] ITS2+matK [9], trnH-psbA, rpoC1 [10]  
  Nymphaea mexicana Zucc. 28 [1] 586.80 [2]    
  Nymphaea micrantha Guill. & Perr. 14 [2] 889.98 [2] ITS2+matK [9]  
  Nymphaea minuta 14 [2] 449.88 [2]    
  Nymphaea nouchali Burm. 38 [1], 42 [2] 1193.16 [2] ITS2+matK [9], trnH-psbA, rpoC1 [10]  
  Nymphaea nouchali var. caerulea (Savigny) Verdc. 14 [1] 567.24 [2]    
  Nymphaea novogranatensis Wiersema 14 [1]   ITS2+matK [9]  
  Nymphaea odorata Aiton 28 [1], 56 [2] 1574.58 [2] ITS2+matK [9]  
  Nymphaea oxypetala Planch. 42 [1]   ITS2+matK [9]  
  Nymphaea pubescens Willd. 28 [2] 1975.56 [2]    
  Nymphaea prolifera Wiersema 9 [1]      
  Nymphaea pubescens Willd. 12 [1]   ITS2+matK [9]  
  Nymphaea rubra Roxb. ex Andrews 42 [1]   ITS2+matK [9]  
  Nymphaea rudgeana G. Mey. 21 [1] 792.18 [2]    
  Nymphaea stellata var. versicolor (Sims) Hook. & Thomson 28 [1]      
  Nymphaea sturtevantii J. N. Gerard 28 [1]      
  Nymphaea tenerinervia Casp. 10 [1]      
  Nymphaea tetragona Georgi 42 [1]   ITS2+matK [9]  
  Nymphaea tetragona subsp. Leibergii / Nymphaea leibergii 56 [1]      
  Nymphaea thermarum E. Fisch. 14 [1] 498.78 [2]    
  Nymphaea tuberosa / Nymphaea odorata subsp. Tuberosa 42 [1]      
  Nymphaea violacea 56 [2] 1770.18 [2]    
  Euryale ferox 29 [1] 870.42 [2] ITS2+matK [9]  
  Nuphar advena (Aiton) W. T. Aiton 17 [1] 2709.06/2718.84 [2] ITS2+matK [9] y [11]
  Nuphar lutea (L.) Sm. 17 [1] 2875.32 [2] ITS2+matK [9]  
  Nuphar microphylla (Pers.) Fernald 17 [1]   ITS2+matK [9]  
  Nuphar polysepalum Engelm. 17 [1] 3080.70/3070.92 [2] ITS2+matK [9]  
  Nuphar pumila (Timm) DC. 17 [1]   ITS2+matK [9]  
  Nuphar variegata Durand 17 [1]   ITS2+matK [9]  
  Nuphar × spenneriana Gaudin 17 [1] 2581.92 [2]    
  Nuphar intermedia Ledeb. 17 [1]      
  Nuphar japonica DC. 17 [1] 2699.28 [2] ITS2+matK [9]  
  Nuphar subintegerrima Makino 17 [1]   ITS2+matK [9]  
  Barclaya longifolia 17 [1]   ITS2+matK [9]  
  Victoria cruziana 12 [1] 4009.80 [2] ITS2+matK [9]  
  Victoria yamasu 12 [1]      
  Victoria amazonica 10 [1] 4557.48 [2] ITS2+matK [9]  
  Victoria ‘Longwood Hybrid’ 11 [2] 4303.20 [2] ITS2+matK [9]  
Cabombaceae Cabomba caroliniana 52 [2] 3471.9 [2] ITS2+matK [9]  
  Brasenia schreberi 36 [3], 40 [1], [2] 1193.16 [2] ITS2+matK [9]  
Hydatellaceae Trithuria submersa 28 [1] ~2680 [7] ITS2+matK [9] y [12]
  Trithuria inconspicua 12 [1]   ITS2+matK [9]  
  Trithuria konkanensis 20 [4]      
  Trithuria australis 7 [5]   ITS2+matK [9]  

[1] http://ccdb.tau.ac.il/ [2] Pellicer et al.,17 [3] Diao et al.,16 [4] Gaikward et al.,52 [5] Iles et al.,53 [6] Vialette-Guiraud et al.,47 [7] Kynast et al.,54 [8] Yamada et al.,18 [9] Biswal et al.,4 [10] Chaveerach et al.,22 [11] http://sra.dnanexus.com [12] Marques et al.,55