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45篇 您的检索式:作者名="Vosman"
    题名 作者 年代 出处 被引量
1Comparative analysis of Solanum stoloniferum responses to probing by the green peach aphid Myzus persicae and the potato aphid Macrosiphum euphorbiae显示文摘抽象植物由种类特定的防卫机制保护自己免于蚜虫攻击。以前,我们证明了茄属 stoloniferum Schlechtd 有抵抗因素到 Myzus persicae Sulzer (Homoptera:Aphididae ) 在 epidermal/mesophyll 水平,那不对 Macrosiphum euphorbiae 托马斯是有效的(Homoptera:Aphididae ) 。这里,我们比较 nymph 的死亡, pre 繁殖的发展时间,和 M 的探查的行为。persicae 和 M。S 上的 euphorbiae。stoloniferum 和茄属 tuberosum L。而且,我们在 S 在基因表示分析变化。stoloniferum 96 个小时由也张贴群袭蚜虫种类。尽管 M。探查蚜虫遇到更多的探查的行为表演的 euphorbiae 在韧皮部 activitieslonger 在 S 上探查和分泌唾液时间上抑制。stoloniferum 比在 S 上。tuberosum,蚜虫成功了在两植物上到达韧皮部树液的持续摄取。由 M 探查。S 上的 persicae。stoloniferum 植物导致了仅仅的有限的喂。M 的幸存。euphorbiae 和 M。persicae 在年轻叶子,然而并非在 S 的衰老的叶子被影响。stoloniferum。由 M 的群袭。euphorbiae 比 M 改变了更多的基因的表示。persicae 做了。在全身的水平,两个蚜虫得到了弱回答。S 的群袭。有很多 M 的 stoloniferum 植物。persicae 在叶子导致了词法变化,导致被破坏脉管的实质引起并且包围织物的色点的发展。相反,由 M 的群袭。euphorbiae 没有词法效果。两个都,植物种类能为 M 被认为是好主人。euphorbiae,而仅仅 S。tuberosum 是为 M 的一位好主人。persicae 和 S。stoloniferum 不是。S 的群袭。由 M 的 stoloniferum。persicae 或 M。euphorbiae 象一套普通基因一样改变了为每蚜虫特定的一套植物基因的表示。Adriana E. Alvarez Viviana G. Broglia Anahi M. Alberti D'Amato Doret Wouters Edwin van der Vossen Elisa Garzo W. Fred Tjallingii Marcel Dicke Ben Vosman 2013Insect Science2013,20,2:5
2The Bemisia tabaci species complex: Additions from different parts of the world显示文摘Bemisia tabaci 是在许多庄稼的大多数威胁的害虫之一。我们定序 mitochondrial 细胞色素 oxidase 的部分我 whitefly,人口在印度尼西亚,泰国,印度和中国收集了的从五十的基因。细胞色素 oxidase 的十九个唯一的序列(haplotypes ) 我在这些人口被识别。他们与在数据库可得到的序列被相结合,导致 407 haplotypes 的一个总数并且和九外集团就职分析了。一棵种系发生的树用最大的可能性的方法被计算。树证明在以前的研究被发现的所有组也是在我们的学习的现在。另外,七个新组基于新 haplotypes 被识别。大多数 B。基于他们的地理起源组织的 tabaci haplotypes。二个组被发现有世界范围的分布。我们的结果显示那我们在 B 附近的种类建筑群上的知识。tabaci 仍然是远非完全的。Syarifin Firdaus Ben Vosman Nurul Hidayati Ence Darmo Jaya Supena Richard G.F. Visser Adriaan Willem van Heusden 2013Insect Science2013,20,6:4
3Transcriptional responses of Brassica nigra to feeding by specialist insects of different feeding guilds显示文摘植物看 phenotypic 变化是否与食草的昆虫质问了。位于这些变化下面的机制包括 transcriptional 回答的激活,它依赖于攻击昆虫。相互作用在模型上集中了的 cruciferinsect 上的大多数 transcriptomic 研究种 Arabidopsis thaliana,在自然面对低草食动物压力的种。这里,我们从野黑芥末(Brassica nigra ) 学习植物的 transcriptional 回答人口到行业协会使用的不同的喂的草食动物 A。以前被显示了对在 Brassica 的 transcriptomic 分析合适的基于 thaliana 的整个染色体的 microarray。B 的 Transcriptional 回答。在有任何一个 Pieris rapae 毛虫或 Brevicoryne brassicae 蚜虫的群袭以后的 nigra 被分析并且比较。另外,一些单个基因的导致昆虫的表情变化通过量的即时聚合酶链反应被分析。在编码蛋白质的抄本的累积由两昆虫种类结果喂在反应的氧种类,防御蛋白质和 glucosinolates 和这的 detoxification 包含了的结果表演在如此的生物化学的效果上在文学与试验性的证据被相关。尽管涉及类似的过程的基因编码蛋白质被两只昆虫调整,在单个基因的正式就职或压抑有很少重叠。而且, P。rapae 和 B。brassicae 似乎影响不同植物激素发信号小径。在结论,我们的结果显示那 B。nigra 响应 P 激活几防卫相关的基因。rapae 或 B。brassicae 喂,但是反应依赖于攻击昆虫种类。Colette Broekgaarden Roeland E. Voorrips Marcel Dicke Ben Vosman 2011Insect Science2011,18,3:3
4Quantitative resistance against Bemisia tabaci in Solanum pennellii:Genetics and metabolomics显示文摘The whitefly Bemisia tabaci is a serious threat in tomato cultivation worldwide as all varieties grown today are highly susceptible to this devastating herbivorous insect.Many accessions of the tomato wild relative Solanum pennellii show a high resistance towards B. tabaci. A mapping approach was used to elucidate the genetic background of whiteflyresistance related traits and associated biochemical traits in this species. Minor quantitative trait loci(QTLs) for whitefly adult survival(AS) and oviposition rate(OR) were identified and some were confirmed in an F2BC1 population, where they showed increased percentages of explained variance(more than 30%). Bulked segregant analyses on pools of whiteflyresistant and-susceptible F2 plants enabled the identification of metabolites that correlate either with resistance or susceptibility. Genetic mapping of these metabolites showed that a large number of them co-localize with whiteflyresistance QTLs. Some of these whitefly-resistance QTLs are hotspots for metabolite QTLs. Although a large number of metabolite QTLs correlated to whitefly resistance or susceptibility, most of them are yet unknown compounds and further studies are needed to identify the metabolic pathways and genes involved. The results indicate a direct genetic correlation between biochemical-based resistance characteristics and reduced whitefly incidence in S. pennellii.Floor van den Oever-van den Elsen Alejandro F.Lucatti Sjaak van Heusden Colette Broekgaarden Roland Mumm Marcel Dicke Ben Vosman 2016Journal of Integrative Plant Biology2016,58,4:2
5Construction and analysis of a microsatellite-based database of European wheat varieties显示文摘M. R?der K. Wendehake V. Korzun G. Bredemeijer D. Laborie L. Bertrand P. Isaac S. Rendell J. Jackson R. Cooke B. Vosman M. Ganal 2002Theoretical and Applied Genetics2002,,1:2
6Tissue culturereduced DNA methylation polymor phisms in repetitive DNA of tomato calli and regenerated plants 显示文摘Smulders M J M Rus KortekaasW Vosman B 1995Theor Appl Genet1995,91,:1
7Microsatellite analysis of Rosa damascene Mill: Accessions reveals genetic similarity between genotypes for rose oil production and old Damask rose varieties显示文摘Rusanov K Kovacheva N Vosman B 2005Theor Appl Genet2005,111,:1
8Characterization of the extracellular lipase,LipA of Acinetobacter calcoaceticus BD413 and sequence analysis of the cloned structural gene显示文摘Kok RG van Thor JJ Nugteren-Roodzant IM Brouwer MB Egmond MR Nudel CB Vosman B Hellingwerf KJ 1995Mol Microbiol1995,15,5:1
9Construction and testing of microsatellite database containing more than 500 tomato varieties显示文摘Bredemeijer G Cooke R Ganal M Peeters R Isaac P Noordijk Y Rendell S Jackson J Roder M Wendehake K Dijcks M Amelaine M Wickaert V Bertrand L Vosman B 2002Theoretical and Applied Genetics2002,105,67:1
10Identification of Cut Rose(Rosa hybrida)and Rootstock Varieties Using Robust Sequence Tagged Microsatellite Site Markers显示文摘 Smulders M J M Vosman B 2003Theor Appl Genet2003,106,:1
11A novel approach to locate Phytophthora infestans resistance genes on the potato genetic map显示文摘Mirjam M. J. Jacobs Ben Vosman Vivianne G. A. A. Vleeshouwers Richard G. F. Visser Betty Henken Ronald G. Berg 2010Theoretical and Applied Genetics2010,,4:1
12Use of short microsatellites from database sequences to generate polymorphisms among Lycopersicon esculentum cultivars and accessions of other Lycopersicon species显示文摘M. J. M. Smulders G. Bredemeijer W. Rus-Kortekaas P. Arens B. Vosman 1997TAG Theoretical and Applied Genetics1997,,2:1
13Quality SNP: a pipeline for detecting single nucleotide polymorphisms and insertions/deletions in EST data from diploid and polyploid species 显示文摘Tang J Vosman B Voorrips R E 2006BMC Bioinformatics2006,7,1:1
14Cloning andcharacterization of four apple MADS box genes isolated fromvegetative tissue 显示文摘Van der Linden C G Vosman B’Smulders M J M 2002Journal of Experimental Botany2002,53,371:1
15Use of short microsatellites from database sequences to generate polymorphisms among Lycopersicon esculentum cultivars and accessions of other Lycopersicon species显示文摘M. J. M. Smulders G. Bredemeijer W. Rus-Kortekaas P. Arens B. Vosman 1997TAG Theoretical and Applied Genetics1997,,2:1
16In vitro screening and QTL analysis for drought tolerance in dip- loid potato显示文摘Anithakumari A M Dolstra O Vosman B 2011Euphytica2011,181,3:1
17Genetic marking of cryptic Streptococcus cremoris plasmids for the development of a transformation system显示文摘Kok J De Vos W Vosman B 0,,:1
18Quality SNP:a pipeline for detecting single nucleotide polymorphisms and insertions/deletions in EST data from diploid and polyploid species显示文摘Tang J Vosman B Voorrips R E 2006BMC Bioinformatics2006,7,1:1
19Use of short microsatellites from database sequences to generate polymorphisms among Lycopersicon esculentum cultivars and accessions of other Lycopersicon species显示文摘M. J. M. Smulders G. Bredemeijer W. Rus-Kortekaas P. Arens B. Vosman 1997TAG Theoretical and Applied Genetics1997,,2:1
20Identification of Cut Rose (Rosa hybrida) and Rootstock Varieties Using Robust Sequence Tagged Microsatellite Site Markers 显示文摘Esselink G D Smulders M J M Vosman B 2003Theor Appl Genet2003,106,:1
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