Table 1.
Tomato genotypes used in this study.
| 1. Wild Tomato Species | ||||||
|---|---|---|---|---|---|---|
| Species Name ‘Cultivar’ | Accession | Collection Site | Latitude | Longitude | Altitude | Other Comments |
| S. corneliomulleri | LA1274 | Lima (Perú) | 11°27′36″ | 76°54′0″ | 1440 m | Fruits from 6 plants |
| S. peruvianum | LA1336 | Arequipa (Perú) | ||||
| S. chilense | LA1932 | Arequipa (Perú) | 15°25′0″ | 74°42′0″ | 1100 m | Fruits from 15 plants, stress tolerant |
| S. huaylasense | LA1983 | Ancash (Perú) | 8°4121″ | 77°58′20″ | 940 m | Fruits from 1 plant, very dry spot |
| S. chmielewskii | LA2663 | Cusco (Perú) | 13°41′44″ | 74°59′39″ | 2500 m | Fruits form 6–7 plants |
| S. arcanum | LA2157 | Cajamarca (Perú) | 6°30′21″ | 78°48′32″ | 1600 m | Fruits from 2 plants |
| S. galapagense | LA1044 | Galapagos Islands (Ecuador) | 0°17′4″ | 90°32′54″ | <100 m | |
| S. cheesmaniae | LA1037 | Galapagos Islands (Ecuador) | 0°25′21″ | 91°7′0″ | 800 m | From bottom of volcano crater |
| S. pimpinelifollium | LA1587 | La Libertat (Perú) | 7°20′0″ | 79°35′0″ | <100 m | Fruits from 20 plants. Grown on river sand |
| 2. Commercial Tomato Cultivars | 3. ‘Micro-Tom’ developmental mutants | |||||
| ‘Cultivar name’ | Accession | Mutant | Phenotype | Gene Product | Gene Function | References |
| ‘Ailsa Craig’ | LA2838A | anthocyanin absent (aa) | Anthocyanin deficient | SlGSTAA | Anthocyanin transport | [18,20] |
| ‘Craigella’ | LA3247 | anthocyaninless (a) | Low anthocyanin levels | F3’5’H | Anthocyanin biosynthesis | [18,21] |
| ‘Moneymaker’ | LA2706 | bushy (bu) | Short internodes | Unknown | [18] | |
| ‘Micro-Tom’ | LA4480 | lutescent (l) | Premature senescence | Unknown | [18] | |
| Never ripe (Nr) | Low ethylene responses | SlETR3 | Ethylene receptor | [18,22] | ||
| sitiens (sit) | ABA deficient | ABA aldehyde oxidase | ABA biosynthesis | [18,23] | ||