An extensive proteome map of tomato (Solanum lycopersicum) fruit pericarp

Archive ouverte

Xu, Jiaxin | Pascual-Banuls, Laura | Aurand, Rémy | Bouchet, Jean-Paul | Valot, Benoit, B. | Zivy, Michel, M. | Causse, Mathilde, M. | Faurobert, Mireille

Edité par CCSD ; Wiley-VCH Verlag -

International audience. Tomato (Solanum lycopersicum) is the model species for studying fleshy fruit development. An extensive proteome map of the fruit pericarp is described in light of the high-quality genome sequence. The proteomes of fruit pericarp from 12 tomato genotypes at two developmental stages (cell expansion and orange-red) were analyzed. The 2DE reference map included 506 spots identified by nano-LC/MS and the International Tomato Annotation Group Database searching. A total of 425 spots corresponded to unique proteins. Thirty-four spots resulted from the transcription of genes belonging to multigene families involving two to six genes. A total of 47 spots corresponded to a mixture of different proteins. The whole protein set was classified according to Gene Ontology annotation. The quantitative protein variation was analyzed in relation to genotype and developmental stage. This tomato fruit proteome dataset is currently the largest available and constitutes a valuable tool for comparative genetic studies of tomato genome expression at the protein level. All MS data have been deposited in the ProteomeXchange with identifier PXD000105.

Consulter en ligne

Suggestions

Du même auteur

Deciphering genetic diversity and inheritance of tomato fruit weight and composition through a systems biology approach

Archive ouverte | Pascual-Banuls, Laura | CCSD

International audience. Integrative systems biology proposes new approaches to decipher the variation of phenotypic traits. In an effort to link the genetic variation and the physiological and molecular bases of fru...

A multi-Ievel omic approach of tomato fruit quality

Archive ouverte | Xu, Jiaxin | CCSD

Improvement of fruit quality traits is a major goal for tomato breeding. Deciphering the genetic diversity and inheritance of fruit quality components is thus necessary. For this purpose, we carried out a large multi-level omic ex...

Genetic diversity, inheritance and integration of multi-level omic data in tomato fruit

Archive ouverte | Xu, Jiaxin | CCSD

International audience. Tomato fruit quality is an important trait for tomato breeders, but complex by the number of components and by their polygenic nature. In order to decipher the genetic diversity and the inher...

Chargement des enrichissements...