Stemphylium vesicarium(Wallr.) E.Simmons ca ncause disease of non cropplants,herbaceouscrops,andfruittrees.BrownSpotofPear(BSP),causedbyS.vesicarium,isthemosteconomicallyrelevantfungaldiseaseformanyvarietiesofpearinItalyandinotherEuropeancountries.Twigs,leavesandfruitscanbedamaged,andmanyfungicideapplicationsarethusrequiredfrompetalfalltofruitripeningtoprotectpearorchards.Moreover,conidiawidespreadfromplantmaterialinfectedbythepathogencantriggerrespiratoryallergy.WewereaimedtoprovidethefirstavailablegenomesequenceofS.vesicarium,thatisonlythesecondofStemphiliumgenus.Thegenomeresourceispresentedaccompaniedbymetricsandproperties.Amongpredictedgenesitwaspossibleidentifyseveralorthologuesofgenesinvolvedinpathogenesisandfullvirulence,hostcellwalldegradation,componentsofsignalingandsecondarymetabolismpathways,fungicidesresistancesandtriggingofhumanallergy.
Genome sequence resource for Stemphylium vesicarum, causing brown spot disease of pear / Katia Gazzetti, Elena L. Diaconu, Irene M. Nanni, Alessandro Ciriani, Marina Collina. - STAMPA. - (2019). (Intervento presentato al convegno XXV NATIONAL CONGRESS ITALIAN PHYTOPATHOLOGICAL SOCIETY (SIPAV) tenutosi a MILANO (Italy) nel 16-19 Settembre 2019).
Genome sequence resource for Stemphylium vesicarum, causing brown spot disease of pear
Katia Gazzetti;Irene M. Nanni;Alessandro Ciriani;Marina Collina
2019
Abstract
Stemphylium vesicarium(Wallr.) E.Simmons ca ncause disease of non cropplants,herbaceouscrops,andfruittrees.BrownSpotofPear(BSP),causedbyS.vesicarium,isthemosteconomicallyrelevantfungaldiseaseformanyvarietiesofpearinItalyandinotherEuropeancountries.Twigs,leavesandfruitscanbedamaged,andmanyfungicideapplicationsarethusrequiredfrompetalfalltofruitripeningtoprotectpearorchards.Moreover,conidiawidespreadfromplantmaterialinfectedbythepathogencantriggerrespiratoryallergy.WewereaimedtoprovidethefirstavailablegenomesequenceofS.vesicarium,thatisonlythesecondofStemphiliumgenus.Thegenomeresourceispresentedaccompaniedbymetricsandproperties.Amongpredictedgenesitwaspossibleidentifyseveralorthologuesofgenesinvolvedinpathogenesisandfullvirulence,hostcellwalldegradation,componentsofsignalingandsecondarymetabolismpathways,fungicidesresistancesandtriggingofhumanallergy.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.