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76篇 您的检索式:作者名="Munkvold"
    题名 作者 年代 出处 被引量
1Natural Variation in Tomato Reveals Differences in the Recognition of AvrPto and AvrPtoB Effectors from Pseudomonas syringae显示文摘从茄属 pimpinellifolium 的 Pto 蛋白质 kinase 与 Pseudomonas syringae 受动器 AvrPto 或 AvrPtoB 交往激活被触发受动器的免疫。AvrPto-Pto 和 AvrPtoB-Pto 建筑群的以前解决的水晶结构表明 Pto 通过两个绑每个受动器一分享并且一个唯一的接口。这里,我们在西红柿的野种类使用自然变化进一步调查这二个受动器的 Pto 识别。一种,茄属 chmielewskii,被发现有认出仅仅 AvrPtoB 的许多就职。从这些就职之一的 Pto ortholog 在 AvrPto 特定的接口为 AvrPtoB 的识别负责,它由仅仅 14 氨基酸不同于茄属 pimpinellifolium Pto,包括二, glutamate-49/glycine-51。在 Pto (histidine-49/valine-51 ) 把这二残余变换成那些没恢复 AvrPto 的识别。随后的实验表明在在 Pto 的位置 193 点的 histidine-to-aspartate 的单个替换,不在 AvrPto 特定的接口附近,为在植物房间授与 AvrPto 的识别是足够的。在 Pto 的 aspartate-to-histidine-193 的相互的替换废除了 AvrPto 识别,证实这残余的重要性。我们的结果由 Pto 关于受动器识别揭示新方面并且表明使用自然变化理解在抵抗蛋白质和病原体受动器之间的相互作用的价值。Christine M. Kraus Kathy R. Munkvold Gregory B. Martin 2016Molecular Plant2016,9,5:2
2Challenges of IT Implementation for Supporting Collaboration in Distributed Organizations显示文摘Munkvold B.E 0,,:1
3Fumonisins in maize: Can we reduce their occurrence?显示文摘Munkvold G P Desjardins A E 1997Plant Disease1997,81,6:1
4Cultural and genetic approaches to managingmycotoxins in maize显示文摘Munkvold G P 2003Annual Review of Phytopathology2003,41,4:1
5Process and technology challenges in swift-starting virtual teams显示文摘Munkvold B E Zigurs I 2007Conference Information and Management2007,44,3:1
6Comparison of fumonisin concentrations in kernels of transgenic Bt maize hybrids and nontransgenic hybrids显示文摘Munkvold G P Hellmich R L Rice L G 1999Plant Disease1999,83,:1
7Responses to selection for partial resistance to crown RUST in OAT显示文摘Long J Holland B J Munkvold P G 2006Crop Science2006,46,3:1
8Mapping quanti-tative trait loci for preharvest sprouting resistance in white wheat显示文摘Munkvold J D Tanaka J Benscher D 2009Theoretical and Applied Genetics2009,119,7:1
9Responses to selection for partial resistance to crown rust in oat显示文摘Long J Holland J B Munkvold G P 2006Crop Sci2006,46,3:1
10A tomato LysM receptor-like kinase promotes immunity and its ki- nase activity is inhibited by AvrPtoB显示文摘Zeng L Velasquez A C Munkvold K R 2011The Plant Jour- nal2011,69,1:1
11Epidemiology of Fusarium diseases and their mycotox- ins in maize ears显示文摘Munkvold G P 2003European Journal of Plant Pathology2003,109,7:1
12Fumonisins in maize: Can we reduce their occurrence?显示文摘Munkvold G P Desjardins A E 1997Plant Disease1997,81,6:1
13Mycotoxins in ethanol co - products:modeling economic impacts on the livestock industry and managementstrategies显示文摘WU F MUNKVOLD G P 2008Journal of Agricultural and Food Chemistry2008,56,11:1
14Enterpfise content management:an integrated perspective on information management显示文摘Paivarinta T Munkvold B E 2005System Scienees2005,,1:1
15Comparison of fumonisin concentrations in kernels of transgenie Bt maize hybrids and non-transgenic hybrids显示文摘Munkvold G P Hellmich R L Rice L G 1999Plant Disease1999,83,2:1
16Associations of planting date, drought stress, and insects with Fusarium ear rot and fumonisin B1 contamination in California maize显示文摘Parsons M Munkvold G 2010Food Additives and Contaminants2010,27,5:1
17Probabilities for Profitable Fungicide Use against Gray Leaf Spot in Hybrid Maize显示文摘MUNKVOLD G P MARTINSON C A SHR1VER J M et ol 2001Phytopathology2001,91,5:1
18Systemic infection by Fusarium verticillioides in maize plants grown under three temperature regimes显示文摘Murillo W A Munkvold G P 2008Plant Disease2008,92,12:1
19Genetic relationships of crown rust resistance,grain yield,test weight,and seed weight in oat显示文摘Holland J B Munkvold G P 2001Crop Science2001,41,:1
20Probabilities for Profitable Fungicide Use Against Gray Leaf Spot in Hybrid Maize显示文摘MUNKVOLD G P MART1NSON C A SHRIVER J M 0,,05:1
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