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. 2013 Jul 3;8(7):e68500. doi: 10.1371/journal.pone.0068500

Table 1. Genotypes of Cape gooseberry and related taxa used in this study.

Species Accession – Genotype Number Repository - Country of origin Response to F. oxysporum** State of cultivation
Physalis peruviana 09U047-1β ε Corpoicaδ-Colombia 5,0 Weedy
09U047-4§ε
Physalis philadelphica 09U063-7ε Corpoica-Guatemala 9,0 Wild
Physalis philadelphica 09U071-4ε Corpoica-Guatemala 9,0 Wild
Physalis peruviana 09U086-4ε Corpoica-Ecuador 5,7 Weedy
Physalis peruviana 09U089-1§ βε Corpoica-Colombia 5 Elite
Physalis peruviana 09U099-1§ε Corpoica-Colombia 4,7 Elite
Physalis floridana 09U139-1ε Birmingham Botanical garden 9,0 Wild
Physalis floridana 09U141-1§ε Corpoica 9,0 Wild
Physalis angulata 09U173-3ε Corpoica-Colombia 9,0 Wild
Solanum auriculatum 09U178-4§ε Corpoica-Ecuador 0 Wild
Physalis peruviana 09U210-6ε Corpoica 5,0 Cultivated
Physalis peruviana 09U216-6 ε * Corpoica 5,8 Cultivated
Physalis peruviana 09U274-3ε Corpoica 5,7 Elite
Physalis peruviana 09U279-4§ε Corpoica-Colombia 2,0 Weedy

β Genotypes used for Sanger sequencing;ε Genotypes used for 454 sequencing; § Genotypes used to confirm success of primer design; * Genotype used for foliar transcriptome sequence [37]; δ Colombian Corporation for Agricultural Research;** See scale on Table S1; Commercial material used for export markets or Landrace material cultivated by farmers.