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196篇 您的检索式:作者名="Ryals"
    题名 作者 年代 出处 被引量
1Metabolomic Profiling in Selaginella lepidophylla at Various Hydration States Provides New Insights into the Mechanistic Basis of Desiccation Tolerance显示文摘Selaginella lepidophylla 是仅仅一些之一发展了干燥忍耐(DT ) 或从一个 air-dried 状态复兴的能力的尖铁苔藓(Selaginellaceae ) 的种类。以便理解 DT 的新陈代谢的基础, S。lepidophylla 受到一五阶段, rehydration/dehydration 周期,然后分析了使用基于 GC/MS 和 UHLC/MS/MS2 平台介绍技术的非偏导的、全球 metabolomics。包括 167 说出的 251 代谢物(66.5%) 的一个总数并且 84 (33.4%) 未命名的混合物被描绘。仅仅 42 (16.7%) 并且(29.5%) 74 混合物显示出显著地增加或减少的丰富分别地,显示大多数混合物组成地被生产包括高度丰富的 trehalose,蔗糖,和葡萄糖。几 glycolysis/gluconeogenesis 和 tricarboxylic 酸(TCA ) 周期中介在 100% 亲戚水内容(RWC ) 和 50% RWC 显示出增加的丰富。Vanillate,一种有势力抗氧化剂,也更充满含水的状态。许多不同的糖白酒和糖酸更充满含水的状态。这些 polyols 多半速度率在水和期间在弄干的过程以及慢水吸收期间浇损失,稳定蛋白质,并且清除反应的氧种类(ROS ) 。相反,充满氮并且 -glutamyl 氨基酸,瓜氨酸,和核苷酸分解代谢产品(例如 allantoin ) 更充满干燥状态,建议这些混合物可能在水和期间或在清除的 ROS 在氮动员起重要作用。紫外保护的混合物象 3-(3-hydroxyphenyl ) 那样 propionate, apigenin,和 naringenin,更充满干燥状态。大多数类脂化合物组成地被生产,与胆碱磷酸盐的例外,它更充满干燥状态并且多半在膜水和和稳定起一个作用。相反,几多元不堡和丰满的酸更充满含水的状态,建议这些混合物多半帮助在脱水期间维持膜流动性。最后, S。lepidophylla 包含了显示了双重或更大的丰富在的七未命名的混合物干燥或 rehydrating 状态,建议这些混合物可能在 DT 起适应作用。Abou Yobi Bernard W.M. Wone Wenxin Xu Danny C. Alexander Lining Guo John A. Ryals Melvin J. Oliver John C. Cushman 2013Molecular Plant2013,6,2:9
2Are your customers worth more than money?显示文摘 2001Journal of Retailing and Consumers Services2001,241,251:1
3Neurotro-phic modulation of myelinated cutaneous innervation andmechanical sensory loss in diabetic mice显示文摘Christianson JA Ryals JM Johnson MS 2007Neuro-science2007,145,1:1
4Systemic acquired resistance显示文摘Ryals JA Neuenschwander UH Willits MG 1996Plant Cell1996,8,10:1
5Making customers pay: Measuring and managing customer risk and returns显示文摘Ryals L 2003Journal of Strategic Marketing2003,11,3:1
6Pro-NGF,sortilin,and P75NTR:potential mediators of injury-induced apoptosis in the mouse dorsal root ganglion 显示文摘Arnett MG Ryals JM Wright DE 2007Brain Res2007,1183,9:1
7Hair cell regeneration after acoustic trauma in adult Coturnix quail显示文摘Ryals BM Rubel EW 1988Science1988,240,:1
8A central role of salicylic acid in plant disease resistance显示文摘DELANEY T P UKNES S VERNOOIJ B FRIEDRICH L WER- MANN K NEGROTYO D GAFFNEY T GUT-RELLA M KESS- MANN H WARD E RYALS J 1994Science1994,266,5188:1
9Coordinate gene activity in response to agents that in- duce systemic acquired resistance显示文摘WARD E R UKNESS S J WILLIAMS S C DINCHER S S WIEDER- HOLD D L ALEXANDER D C AHL-GOY P METRAUX J P RYALS J A 1991Plant Cell1991,3,10:1
10Cross-functional issues in the implementation of relationship marketing through customer relationship management显示文摘Ryals L Knox S 2001European Management Journal2001,19,5:1
11Arabidopsis signal transduction mutant defective in chemically and biologically induced disease re- sistance显示文摘Delaney T P Friedrich L Ryals J A 1995Proc Natl Acad Sci USA1995,92,:1
12Structure of a tobacco endochitinase gene: evidence that different chitinase genes can arise by transposition of sequences encoding a cysteins rich domain 显示文摘SHINSHI H U NEUHAUS J M RYALS J 1990Plant Molecular Biology1990,26,4:1
13Cross-Functional Issues in the Implementation of Relationship Marketing ThroughCustomer Relationship Management显示文摘Lyette Ryals SimonKnox 2001European Management Journal2001,19,5:1
14Arabidopsis signal transduction mutants defective in chemically and biologically induced disease resistance显示文摘DELANEY T P FRIEDRICH L RYALS J A 1995Proc Nall Acad Sci USA1995,92,:1
15Systemic acquired resistance 显示文摘Ryals J A Neuenschwander U H Willits M G 1996Plant Cell1996,8,10:1
16Molecular cloning and sequencing of a cDNA encoding mung bean cytochrome P450 (P450C4H) possessing cinnamate 4-hydroxylase activity显示文摘Mizutani M Ward E Dimaio J Ohta D and Ryals Jand Sato R 0,,03:1
17Arabidopsis signal transduction mutant defective in chemically and biologically induced disease resistance显示文摘Delaney T P Friedrich L Ryals J A 1995PNAS1995,92,:1
18Chemical regulation of transgene expression in plants显示文摘Ward ER Ryals J Miflin B 1993Plant Mol Biol1993,22,:1
19Neurotrophic modulation of myelinated cutaneous innervation and mechanical sensory loss in diabetic mice显示文摘Christianson JA Ryals JM Johnson MS 2007Neuroscience2007,145,1:1
20Systemic acquired resistance显示文摘Ryals J A Neuenschwander U H Willits G M 1996Plant Cell1996,8,:1
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