نتایج جستجو برای: pseudoperonospora cubensis

تعداد نتایج: 331  

Journal: :Journal of experimental botany 2006
E-C Oerke U Steiner H-W Dehne M Lindenthal

Pathogenesis of Pseudoperonospora cubensis causing downy mildew of cucumber resulted in changes in the metabolic processes within cucumber leaves including the transpiration rate. Due to the negative correlation between transpiration rate and leaf temperature, digital infrared thermography permitted a non-invasive monitoring and an indirect visualization of downy mildew development. Depending o...

Journal: :Phytopathology 2021

Pseudoperonospora cubensis is an obligate oomycete and cause of cucurbit downy mildew (CDM), the most destructive foliar disease affecting hosts. Annual epidemics develop throughout United States as windborne sporangia travel great distances survive prolonged exposure to solar radiation. Recent genomic evidence suggests that P. isolates display host adaptation based on their respective clade. E...

Journal: :Comunicata Scientiae 2022

The objective was to carry out a survey of the occurrence target spot (Corynespora cassiicola) in cucumber crops São Paulo State; evaluate culture media for sporulation pathogen and aggressiveness isolates plants. found nine municipalities, being main disease seven ten municipalities sampled, with leaf incidence above 50%, showing that is widely distributed State. Other diseases less frequently...

Journal: :Molecular ecology resources 2009
Glenn R Almany Maurício P DE Arruda Wolfgang Arthofer Z K Atallah Steven R Beissinger Michael L Berumen S M Bogdanowicz S D Brown Michael W Bruford C Burdine Jeremiah W Busch Nathan R Campbell D Carey Bryan C Carstens K H Chu Marc A Cubeta J P Cuda Zhaoxia Cui L E Datnoff J A Dávila Emily S Davis R M Davis Onno E Diekmann Eduardo Eizirik J A Fargallo Fabiano Fernandes Hideo Fukuda L R Gale Elizabeth Gallagher Yongqiang Gao Philippe Girard Anna Godhe Evonnildo C Gonçalves Licinia Gouveia Amber M Grajczyk M J Grose Zhifeng Gu Christer Halldén Karolina Härnström Amanda H Hemmingsen Gerald Holmes C H Huang Chuan-Chin Huang S P Hudman Geoffrey P Jones Loukas Kanetis Iddya Karunasagar Indrani Karunasagar Nusha Keyghobadi S J Klosterman Page E Klug J Koch Margaret M Koopman Kirsten Köppler Eriko Koshimizu Susanne Krumböck T Kubisiak J B Landis Mario L Lasta Chow-Yang Lee Qianqian Li Shou-Hsien Li Rong-Chien Lin M Liu Na Liu W C Liu Yuan Liu A Loiseau Weisha Luan K K Maruthachalam Helen M McCormick Rohan Mellick P J Monnahan Eliana Morielle-Versute Tomás E Murray Shawn R Narum Katie Neufeld P J G De Nova Peter S Ojiambo Nobuaki Okamoto Ahmad Sofiman Othman W A Overholt Renata Pardini Ian G Paterson Olivia A Patty Robert J Paxton Serge Planes Carolyn Porter Morgan S Pratchett Thomas Püttker Gordana Rasic Bilal Rasool O Rey Markus Riegler C Riehl John M K Roberts P D Roberts Elisabeth Rochel Kevin J Roe Maurizio Rossetto Daniel E Ruzzante Takashi Sakamoto V Saravanan Cladinara Roberts Sarturi Anke Schmidt Maria Paula Cruz Schneider Hannes Schuler Jeanne M Serb Ester T A Serrão Yaohua Shi Artur Silva Y W Sin Simone Sommer Christian Stauffer Carlos Augusto Strüssmann K V Subbarao Craig Syms Feng Tan Eugenio Daniel Tejedor Simon R Thorrold Robert N Trigiano María I Trucco Mirian Tieko Nunes Tsuchiya-Jerep P Vergara Mirjam S Van De Vliet Phillip A Wadl Aimin Wang Hongxia Wang R X Wang Xinwang Wang Yan Wang Andrew R Weeks Fuwen Wei William J Werner E O Wiley D A Williams Richard J Wilkins Samantha M Wisely Kimberly A With Danhua Wu Cheng-Te Yao Cynthia Yau Beng-Keok Yeap Bao-Ping Zhai Xiangjiang Zhan Guo-Yan Zhang S Y Zhang Ru Zhao Lifeng Zhu

This article documents the addition of 512 microsatellite marker loci and nine pairs of Single Nucleotide Polymorphism (SNP) sequencing primers to the Molecular Ecology Resources Database. Loci were developed for the following species: Alcippe morrisonia morrisonia, Bashania fangiana, Bashania fargesii, Chaetodon vagabundus, Colletes floralis, Coluber constrictor flaviventris, Coptotermes gestr...

سفیدک داخلی مهم‌ترین بیماری اندام‌ هوایی خیار در کشت‌های گلخانه‌ای است. این بیماری توسط گونه Pseudoperonospora cubensisبه وجود آمده و در صورت عدم کنترل خسارت زیادی وارد می‌کند. اثر قارچ‌کش‌های سیازوفامید (رانمن®% SC 34.5)، پتاسیم فسفیت (فسفیت®WSL 53 % )، فلوپیکولید+ پروپاموکارب (propamocarb hydrochloride 625g/l + fluopicolide 62.5 g/l) (اینفینیتو® (68,75 SC و فاموکسادون + سیموکسانیل (اکوییشن‌پر...

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