Proteomics of the Oomycete Phytophthora parasitica Strain INRA 310

The phytopathogen Phytophthora parasitica, from the Oomycetes class, known to be tobacco black shank agent, can induce devastating diseases in various crop, plant and forest ecosystems. genus has been studied at cellular level, suggesting that different developmental steps are induced by expression of some specific genes. However, these studies have only carried out on certain species, such as infestans cactorum. As for which considered one top ten oomycete pathogens due economic impact effect it food security, even less functional analyses transcriptomics data available. To date, little is about protein information essential achieving a better understanding this species. In study, we aimed gain insight into proteomics mycelium parasitica strain INRA 310 addressing following questions: (i) how many predicted proteins detected P. 310, (ii) what detected? experiments were performed INRA310, using nanoliquid chromatography-MS/MS technique. A total 219 identified, including unknown 209 involved lipid, carbohydrate, nucleotide, energy production other metabolic pathways. This study is, our knowledge, first 310. It gives brief its vitro-expressed proteins. work may step before further, more comprehensive undertaken with aim biology species pathogenicity.