Search Results - "Aldwinckle, H.S"

proposal for the nomenclature of Venturia inaequalis races by Bus, V, Rikkerink, E, Aldwinckle, H.S, Caffier, V, Durel, C.E, Gardiner, S, Gessler, C, Groenwold, R, Laurens, F, Le Cam, B, Luby, J, Meulenbroek, B, Kellerhals, M, Parisi, L, Patocchi, A, Plummer, K

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Progress in evaluating Malus sieversii for disease resistance and horticultural traits by Fazio, G, Aldwinckle, H.S, Volk, G.M, Richards, C.M, Janisiewicz, W.J, Forsline, P.L

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Investigation on the inheritance of strain specific resistance to Erwinia amylovora in an apple rootstock segregating population by Fazio, G, Russo, N.L, Aldwinckle, H.S, Wan, Y

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Evaluation of Malus sieversii seedling populations for disease resistance and horticultural traits by Forsline, P.L, Aldwinckle, H.S

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Budagovsky 9 rootstock: uncovering a novel resistance to fire blight by Russo, N.L, Aldwinckle, H.S, Fazio, G, Robinson, T.L

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Fire blight incidence on Malus sieversii grown in New York and Minnesota by Forsline, P.L, Aldwinckle, H.S, Luby, J.J

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effect of apple blossom age on populations of Erwinia amylovora on the stigma surface by Dewdney, M.M, Seem, R.C, Aldwinckle, H.S

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Spread and identification of streptomycin resistant isolates in New York by Russo, N.L, Burr, T.J, Aldwinckle, H.S, Breth, D

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How cool temperatures affect Erwinia amylovora populations on the apple stigma surface by Dewdney, M.M, Seem, R.C, Aldwinckle, H.S, Svircev, A.M, Kim, W.S

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Expression of the Type III secretion chaperone protein DspF of Erwinia amylovora in apple increases resistance to fire blight by Malnoy, M, Borejsza-Wysocka, E.E, Aldwinckle, H.S, Mellotto, M, He, S.Y

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Genetic transformation of apple without use of a selectable marker by Malnoy, M, Borejsza-Wysocka, E.E, Abbott, P, Lewis, S, Norelli, J.L, Flaishman, M, Gidoni, D, Aldwinckle, H.S

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Silencing of HIPM, the apple protein that interacts with HrpN of Erwinia amylovora by Malnoy, M, Borejsza-Wysocka, E.E, Pascal-Omenaca, L, Aldwinckle, H.S, Oh, C.S, Beer, S.V

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nature of resistance of the 'B.9' apple rootstock to fire blight by LoGiudice, N, Aldwinckle, H.S, Robinson, T.L, Fazio, G

“…Rising production costs, associated with replacement of high-density plantings, along with lack of efficient control, especially where streptomycin resistant…”
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Identification and mapping of markers for resistance to apple scab from 'Antonovka' and 'Hansen's baccata #2' by Hemmat, M, Brown, S.K, Aldwinckle, H.S, Weeden, N.F, Mehlenbacher, S.A

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Using functional genomics to identify molecular markers for fire blight resistance (Erwinia amylovora) in apple (Malus) by Norelli, J.L, Lalli, D.A, Bassett, C.L, Wisniewski, M.E, Malnoy, M, Aldwinckle, H.S, Baldo, A.M, Gardiner, S.E, Celton, J.M, Bowatte, D.R, Carlisle, C.M, Farrell, R.E. Jr, Horner, M.B, Bus, V.G.M

“…Fire blight, caused by Erwinia amylovora (Ea), is a destructive disease of Malus (apple), Pyrus (pear) and some woody ornamentals in the rose family…”
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Increased resistance to fire blight by expression of the phi-Ea1h phage depolymerase gene with constitutive and inducible promoters, translation enhancer and signal sequence in transgenic apple by Borejsza-Wysocka, E.E, Malnoy, M, Aldwinckle, H.S, Geider, K, Kim, W.S, Beer, S.V

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Transcriptional response of Malus to Erwinia amylovora infection by Norelli, J.L, Bassett, C.L, Lalli, D.A, Wisniewski, M.E, Baldo, A.M, Farrell, R.E. Jr, Aldwinckle, H.S

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Transgenic apple lines over-expressing the apple gene MpNPR1 have increased resistance to fire blight by Malnoy, M, Borejsza-Wysocka, E.E, Aldwinckle, H.S, Jin, Q.L, He, S.Y

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Selection of apple rootstock breeding families for Phytophthora crown rot resistance by Fazio, G., Aldwinckle, H.S., Robinson, T.L.

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Expression of phi-Ea1h phage depolymerase gene with constitutive and inducible promoters, translation enhancer and signal sequence in transgenic apple plants increases resistance to fire blight by Borejsza-Wysocka, E.E, Malnoy, M, Kim, W.S, Geider, K, Beer, S.V, Aldwinckle, H.S

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