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275篇 您的检索式:作者名="Roessner"
    题名 作者 年代 出处 被引量
1Drought Responses of Leaf Tissues from Wheat Cultivars of Differing Drought Tolerance at the Metabolite Level显示文摘干旱在谷物庄稼的生理学上有严肃的效果。在细胞并且明确地代谢物水平,许多单个混合物被增加提供 osmoprotective 功能,并且减少,阻止酶的分离在房间在场的反应的氧种类的数字。我们使用了一条指向的 GCMS 途径识别在忍耐的不同层次在干旱应力下面描绘到干旱的面包小麦的三不同栽培变种不同的混合物(反曲刀的一种,偏狭;Excalibur 和 RAC875,容忍) 。氨基酸,最尤其是脯氨酸,色氨酸,和分叉的链氨基酸白氨酸,异白氨酸,和缬氨酸的层次在所有栽培变种在干旱应力下面被增加。在二容忍的栽培变种,在很多器官的酸的小减少也是明显的。Excalibur,栽培变种 genotypically 与反曲刀的一种有关,显示出更类似于在浇得好的条件下面的反曲刀的一种的反应的一个模式。在干旱应力下面, Excalibur 和 RAC875 有类似的回答;然而, Excalibur 没有象 RAC875 的反应的一样的大小。这里,结果在以前的工作的上下文被讨论在生理并且在干旱应力下面的这些栽培变种的 proteomic 分析。Jairus B. Bowne Tim A. Erwin Juan Juttner Thorsten Schnurbusch Peter Langridge Antony Bacic Ute Roessner 2012Molecular Plant2012,5,2:25
2Characterization of Ion Contents and Metabolic Responses to Salt Stress of Different Arabidopsis AtHKT1;1 Genotypes and Their Parental Strains显示文摘植物采用几策略在咸度应力下面维持细胞的离子动态平衡,包括由 transmembrane 运输蛋白质的调停的离子流动并且调整由积累 osmolytes 的渗透的压力。HKT (高亲密关系的钾 transporter ) 基因家庭在多样的植物种类包括 Na+ 和 Na+/K+ transporters,与 HKT1;在 Arabidopsis thaliana 的 1 个同样唯一的成员。AtHKT1 的 Cell-type-specific overexpression; 1 被显示了在咸度应力下面阻止射击 Na+ overaccumulation。这里,我们在不同 AtHKT1 的射击和根分析了大量代谢物和元素;在咸度应力前后的 1 遗传型和他们的父母紧张,揭示 AtHKT1 之间的代谢物差别的一种相互的关系; 1 根猛烈的线( hkt1 ; 1 )并且 AtHKT1 ; 1 根 overexpressing 线( E2586 UAS GAL4 : HKT1 ; 1 并且 J2731 *UAS GAL4 : HKT1 ; 1 )。尽管根糖的层次在两 AtHKT1 在盐应力以后被增加; 1 overexpressing 排队, E2586 UAS GAL4 : HKT1 ; osmoprotectants trehalose , gentiobiose ,和 melibiose 的 1 显示出的更高的累积,而 J2731 *UAS GAL4 : HKT1 ;蔗糖和棉白糖的 1 显示出的高水平,与他们的父母线相比,分别地。相反,猛烈的线 hkt1; tricarboxylic 酸(TCA ) 的层次的 1 显示出的猛烈增加骑车在在盐处理以后的射击的中介。这与糖的重要弄空与一致,建议有进以从周期的 C 流出的经常的率的 TCA 周期的碳流入的增加的率,它可能被需要在盐应力期间支持植物幸存。用关联分析,我们识别了在 Na+ 内容和几糖之间的协会,建议糖新陈代谢的那条规定在对咸度应力的植物回答是重要的。Camilla B. Hill Deepa Jha Antony Bacic Mark Tester Ute Roessner 2013Molecular Plant2013,6,2:8
3Inactivation of Mitochondrial Complex Ⅰ Induces the Expression of a Twin Cysteine Protein that Targets and Affects Cytosolic, Chloroplastidic and Mitochondrial Function显示文摘At12Cys-1 (At5g64400 ) 和 At12Cys-2 (At5g09570 ) 是二密切相关的 isogenes 编码小、成双的半胱氨酸蛋白质,典型地在线粒体定位了。At12Cys-2 抄本与破坏 mitochondrial 蛋白质,而是 At12Cys 的增加在许多异种被导致蛋白质仅仅与减少的 mitochondrial 在异种被检测复杂我丰富。在缺乏 mitochondrial 建筑群的异种的 At12Cys 蛋白质感应我被位于线粒体,叶绿体,和 cytosol 的 At12Cys 蛋白质伴随。生物化学的分析揭示了那甚至单个的基因删除,即, At12cys-1 或 At12cys-2,在 mitochondrial 和叶绿体功能上有效果。然而,仅仅加倍异种,即, At12cys-1 : At12cys-2,影响许多蛋白质和 mRNA 抄本编码翻译延伸因素以及 rRNA 丰富。蓝本国的页证明 At12Cys 与 mitochondrial supercomplex 共同移居我 + III。同样, At12cys-1 和 At12cys-2 基因的删除,然而并非单个基因删除,导致提高的忍耐到干旱和轻应力和增加的抗氧化剂能力。正式就职和在在建筑群的减小之上的 At12Cys 的多重本地化我丰富提供机制明确地表明 mitochondrial 机能障碍到 cytosol 然后在以外到在房间的另外的细胞器。Yan Wang Wenhui Lyu Oliver Berkowitz Jordan D. Radomiljac Simon R. Law Monika W. Murcha Chris Carrie Pedro F. Teixeira Beata Kmiec Owen Duncan Olivier Van Aken Reena Narsai Elzbieta Glaser Shaobai Huang Ute Roessner A. Harvey Millar James Whelan 2016Molecular Plant2016,9,5:5
4Transition from a maternal to external nitrogen source in maize seedlings显示文摘Maximizing NO_3^- uptake during seedling development is important as it has a major influence on plant growth and yield.However,little is known about the processes leading to,and involved in,the initiation of root NO_3^- uptake capacity in developing seedlings.This study examines the physiological processes involved in root NO_3^- uptake and metabolism,to gain an understanding of how the NO_3^- uptake system responds to meet demand as maize seedlings transition from seed N use to external N capture.The concentrations of seedderived free amino acids within root and shoot tissues are initially high,but decrease rapidly until stabilizing eight days after imbibition(DAI).Similarly,shoot N% decreases,but does not stabilize until 12–13 DAI.Following the decrease in free amino acid concentrations,root NO_3^- uptake capacity increases until shoot N%stabilizes.The increase in root NO_3^- uptake capacity corresponds with a rapid rise in transcript levels of putative NO_3^- transporters,Zm NRT2.1 and Zm NRT2.2.The processes underlying the increase in root NO_3^- uptake capacity to meet N demand provide an insight into the processes controlling N uptake.Kasra Sabermanesh Luke R. Holtham Jessey George Ute Roessner Berin A. Boughton Sigrid Heuer Mark Tester Darren C. Plett Trevor P. Garnett 2017Journal of Integrative Plant Biology2017,59,4:2
5Genetic and Mechanistic Exploration of the Two Pathways of Vitamin B12 Biosynthesis显示文摘Scott A I Roessner C A Patricio J S 2003The Porphyrin Handbook2003,,12:1
6European clinical guidelines for Tourette syndrome and other tic disorders显示文摘Roessner V Rothenberger A Rickards H 0,,04:1
7Simultaneous analysis of metabolites in potato tuber by gas chromatography-mass spectrome-try显示文摘Roessner U Wagner C Tretheway N 0,,01:1
8Evaluating technology programs,tools and methods显示文摘 Roessner D 2000Research Policy2000,12,4:1
9Interdisciplinary research: Meaning, metrics and nurture显示文摘Porter A L Roessner J D Cohen A S 2006Research Evaluation2006,15,3:1
10Normal response inhibition in boys with Tourette syndrome 显示文摘Roessner V Albrecht B Dechent P 2008Behav Brain Funct2008,18,:1
11New aspects for heterogeneous cobalt-catalyzed hydroamination of ethanol 显示文摘Rausch A K Steen E van Roessner F 2008Journal of Catalysis2008,253,1:1
12Canalicular immunostalning of aminopeptidase N ( CD13 ) as a diagnostic marker for hepatocellular car- cinoma显示文摘Rcken C Licht J Roessner A 2005Clin Pathol2005,58,10:1
13Acylation of aromatic compounds on H-Beta zeolites显示文摘FREESE U HEINRICH F ROESSNER F 1999Catal Today1999,49,13:1
14Impacts of research universities on technological innovation in industry: evidence from engineering research centers 显示文摘Feller I Ailes C Roessner D 2002Research Policy2002,31,3:1
15Importance of DNA damage checkpoints in the pathogenesis of human cancers显示文摘Poehlmann A Roessner A 2010Pathol Res Pract2010,206,9:1
16Ultrastructure of telangiectatic osteosarcoma显示文摘Roessner A Hobik HP Immenkamp M 1979J Cancer Res Clin Oncol1979,95,2:1
17Acylation of aromatic compound on H-Beta zeolites显示文摘 Heinrich F Roessner F 1999Catal Today1999,49,:1
18Measuring researcher interdisciplinarity显示文摘Porte A L Cohen A S Roessner J D 2007Scientometrics2007,72,1:1
19Measur- ing researcher interdisciplinarity 显示文摘PORTER A L COHEN A S ROESSNER J D 2007Scientometrics2007,72,1:1
20Radial extracorporeal shock wave therapy(rESWT) induces new bone formation in vivo: results of an animal study in rabbits 显示文摘Gollwitzer H Gloeck T Roessner M 2013Ultrasound Med Biol2013,39,1:1
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