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• W1898498429 abstract "Correa,B. O., A. B. Moura, C. B. Gomes, L. Somavilla, D. J. A. Rocha e I.F. Antunes. 2012. Potencial da microbiolizacao de sementes de feijao com rizobacterias para o controle de nematoide das galhas. Nematropica 42:343-350. Rizobacterias, isoladamente (DFs093, DFs513, DFs769, DFs831, DFs842, DFs843 e DFs912) ou em combinacao (C01=DFs093/DFs769/DFs831, C02=DFs093/DFs769/DFs842 e C03=DFs348/DFs769/DFs831), foram avaliadas in vitro quanto aos seus efeitos sobre a eclosao e a motilidade de juvenis de segundo estadio (J2) de Meloidogyne incognita. Paralelamente, determinou-se a reacao de cultivares de feijao quanto a suscetibilidade a M. incognita em casa de vegetacao. Posteriormente, avaliou-se o potencial do uso da microbiolizacao de sementes em cultivar moderadamente suscetivel (BRS Valente) com os mesmos tratamentos bacterianos para o biocontrole do nematoide das galhas. Para tanto, foi avaliado o efeito dos exsudatos radiculares de plantas oriundas de sementes microbiolizadas sobre ovos e J2 do nematoide. Em ensaio realizado em casa de vegetacao, plantas de feijao, provenientes de sementes microbiolizadas com as referidas rizobacterias e mantidas em vaso com solo esterilizado, foram inoculadas com 5.000 ovos + J2 de M. incognita/planta. Decorridos 55 dias do plantio, foram avaliados numero de galhas e de vagens, fator de reproducao (FR) do nematoide, massa fresca da parte aerea, das vagens e do sistema radicular. Nos testes in vitro, a combinacao C03 resultou nas maiores reducoes de eclosao e motilidade dos J2 de M. incognita. No experimento in vivo, observou-se que as rizobacterias DFs513, DFs769, e DFs831 e todas as combinacoes resultaram nos menores valores de FR. No entanto, a combinacao C01 foi o tratamento que proporcionou os maiores ganhos quanto as variaveis de crescimento avaliadas. Correa, B. O., A. B. Moura, C. B. Gomes, L. Somavilla, D. J. A. Rocha, and I. F. Antunes. 2012. Potential of seed microbiolization with rhizobacteria to control of root-knot nematode in common bean. Nematropica 42:343-350. Rhizobacteria individually (DFs093, DFs513, DFs769, DFs831, DFs842, DFs843 and DFs912) and in combination (C01=DFs093/DFs769/DFs831, C02=DFs093/DFs769/DFs842 e C03=DFs348/DFs769/DFs831) were evaluated in vitro to study the effects on hatching and motility of Meloidogyne incognita second stage juveniles (J2). Concurrently, the susceptibility reaction of common bean cultivars to M. incognita was determined in greenhouse assay. Subsequently, the potential of seed microbiolization for root-knot nematode biocontrol using same bacterial treatments and a moderately susceptible cultivar (BRS Valente) was evaluated. Measurements included the effect on hatching and motility of J2 using root exudates extracted from plants whose seed were microbiolizated. Common bean plants raised form seed treated with those rhizobacteria, growing in autoclaved soil, were inoculated with 5.000 eggs + J2 of M. incognita/plant under greenhouse conditions. After 55 days, the roots were evaluated for number of galls and pods, nematode reproduction factor (RF), shoot, pod and root fresh weight. In vitro assays show that C03 combination resulted in the greatest reduction of hatching and motility of M. incognita J2. It was observed in vivo that the rhizobacteria DFs513, DFs769 and DFs831 as well as all the combinations resulted in the lower RF; however, the C01 combination resulted in the greatest plant growth promotion." @default.
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• W1898498429 date "2012-12-01" @default.
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• W1898498429 title "POTENCIAL DA MICROBIOLIZAÇÃO DE SEMENTES DE FEIJÃO COM RIZOBACTÉRIAS PARA O CONTROLE DE NEMATOIDE DAS GALHAS [POTENTIAL OF SEED MICROBIOLIZATION WITH RHIZOBACTERIA TO CONTROL OF ROOT-KNOT NEMATODE IN COMMON BEAN]" @default.
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