Genetics, Genomics, and Breeding of Tomato by Barbara E. Liedl, Joanne A. Labate, John R. Stommel, Ann

By Barbara E. Liedl, Joanne A. Labate, John R. Stommel, Ann Slade, Chittaranjan Kole

This quantity covers the advances within the research of tomato variety and taxonomy. It examines the mapping of easy and complicated qualities, classical genetics and breeding, organization experiences, molecular breeding, positional cloning, and structural and comparative genomics. The participants additionally talk about transcriptomics, proteomics, metabolomics, and bioinformatics. the data during this booklet might be beneficial to researchers engaged on different Solanaceaous plants in addition to these attracted to utilizing the tomato as a version crop species.

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Extra info for Genetics, Genomics, and Breeding of Tomato

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Riley Basic Information about Tomatoes and the Tomato Group 11 Table 1-4 Taxonomic treatment of wild tomatoes and their relatives. Taxonomic treatment (Peralta et al. 2008) Section Lycopersicon Lycopersicon group S. lycopersicum S. pimpinellifollium S. cheesmaniae S. galapagense Neolycopersicon group S. pennellii Eriopersicon group S. habrochaites S. huaylasense S. corneliomulleri S. peruvianum S. chilense Arcanum group S. arcanum S. chmielewskii S. neorickii Section Lycopersicoides S. lycopersicoides S.

Cornell. edu/solanaceae-project/). The tomato genome size (1C amount) is generally considered as approximately 95 pg of DNA (Michaelson et al. 1991). Cultivated tomato has been chosen for an international sequencing Basic Information about Tomatoes and the Tomato Group 17 project due to its small genome size compared with other species of the Solanaceae, and in addition with the availability of high-density molecular map (Tanksley et al. 1992; Broun and Tanksley 1996) and an advanced BAC (bacterial artificial chromosome) based physical map (http://www.

Neorickii, for example, grow sympatrically, but the first is a facultative outcrosser, while the second is autogamous (Rick et al. 1976), leading to speculations that S. neorickii may have evolved from S. chmielewskii ancestors by acquiring autogamous reproduction (Rick et al. 1976; Rick 1984). In SC species, levels of outcrossing are reportedly correlated with various morphological features, including larger flowers and stigma exsertion, which aid in cross-pollination (Rick et al. 1976; Rick et al.

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