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34篇 您的检索式:作者名="Gadal"
    题名 作者 年代 出处 被引量
1Integrative analysis of gene ex-pression patterns predicts specific modulations of defined cell functions by estrogen and tamoxifen in MCF7 breast cancer cells 显示文摘Gadal F Starzec A Bozic C 2005J Mol Endocrinol2005,34,2:1
2Molecular cloning and characterization of a putative pectin methylesterase cDNA in Arabiodopsis thaliana L显示文摘RICHARD L QIN L X GADAL P 1994FEBS Letters1994,355,:1
3Sodium phenylacetate ( NaPa ) improves the TAM effect on glioblastoma experimental tumors by inducing cell growth arrest and apoptosis 显示文摘Wei MX Liu JM Gadal F 2007Anticancer Res2007,27,2:1
4Sorghum phosphoenolpyruvate carboxylase gene family: structure, function and molecular evolution显示文摘Lo?c Lepiniec Eliane Keryer Herve Philippe Pierre Gadal Claude Crétin 1993Plant Molecular Biology1993,,3:1
5Complete nucleotide sequence of a sorghum gene coding for the phosphoenolpyruvate carboxylase involved in C4 photosynthesis显示文摘Lo?c Lepiniec Eliane Keryer Denis Tagu Pierre Gadal Claude Crétin 1992Plant Molecular Biology1992,,2:1
6Glutamine synthetase in rice显示文摘Hirel B Gadal P 1980Plant Physiol1980,66,:1
7Sodium phenylacetate (NaPa) improves the TAM effect on glioblastoma experimental tumors by inducing cell growth arrest and apoptosis显示文摘Wei MX Liu JM Gadal F 2007Anticancer Res2007,27,2:1
8Changes in NADP+-linked isocitrate dehydrogenase during tomato fruit ripening显示文摘Gallardo F Gálvez S Gadal P 1995Planta1995,196,1:1
9Glutamine synthetases of higher plants : evidence for a specific isoform content related to their possible physiological role and their compartmentation within the leaf 显示文摘McNally S F Hirel B Gadal P 1983Plant Physioogylogy1983,72,:1
10Antioxidants in central nervous system diseases: preclinical promise and translational challenges显示文摘Kamat CD Gadal S Mhatre M 2008J Alzheimers Dis2008,15,3:1
11On the function of the NADP-dependent isocitrate dehydrogenaae isoenzymes in living orgarusma显示文摘C alvez S Gadal P 1995Planc Sci1995,105,:1
12Destriping miltisensor imagerywith moment matching显示文摘F L Gadall ah F C sillag 2000Int J Remote Sensing2000,21,12:1
13Antioxidants in central nervous system diseases: preclinical promise and translational challenges显示文摘Kamat CD Gadal S Mhatre M 2008J Alzheimers Dis2008,15,:1
14Structure, functions and regulation of NAD and NADP dependent isocitrate dehydrogenases in higher plants and in other organisms 显示文摘CHEN R D GADAL P 1990Plant Physiology and Biochemistry1990,28,:1
15Antioxidants in central nervous system diseases:preclinical promise and translational challenges显示文摘Kamat CD Gadal S Mhatre M 2008J Alzheimers Dis2008,15,3:1
16Molecular cloning and characterization of a putative pectin methylesterasec DNA inArabiodopsis thalianaL显示文摘Richard L Qin L X Gadal P 0,,:1
17Antioxidants in central nerv- ous system diseases: preclinical promise and translational chal- lenges显示文摘Kamat CD Gadal S Mhatre M 2008J Alzheimers Dis2008,15,3:1
18Purification and properties of ornithine car- bamoyl transferase 1 from Alnus glutinosa root nodules显示文摘Martin F Hirel B Gadal P 1983Zeitschrift fur Pflanzenphysiologie1983,111,5:1
19'Suicide'gene therapy of breastcancer cells is only cytostatic in vitro but anti-tumoral in vivo on breast MCF7-ras tumor显示文摘Gadal F Bastias J Wei MX 2004In Vivo2004,18,6:1
20Genome Organization and Function: A View from Yeast and Arabidopsis显示文摘在在原子核理解高顺序的染色质组织的最近的进步是可观的。从单个基因到染色体领土,现实主义的生物物理的模型现在能精确地预言一些房间原子核的结构的特征。尽管有种一个确定的原子组织的证据,空间染色体组织的生理的后果仍然是不清楚的。在简单真核细胞的模型, Saccharomyces cerevisiae,在基因位置和抄写之间的清楚的关联被建立了。在这评论,我们将关于原子信封和核在酵母集中于高顺序的染色质组织。在 Arabidopsis, thaliana,我们为有一个完全的染色体序列的模型植物,染色体领土(CT ) 安排并且在分裂期间原子核的体的相应配对似乎随机发生。自从包含的染色体,核仁的组织者区域更经常联系形成单个核仁的结构,作为在酵母,核似乎在组织原子空间起一个主要作用。最近的调查结果开始阐明了怎么种规章的因素,例如染色质改变或 histone 女伴,影响在原子核位于二不同 CT 安排的 ribosomal DNA 基因的染色质状态。原子组织允许我们建议原子组织怎么可能贡献 epigenetic 规定的一种新奇类型的酵母的功能的结果:抄写的空间规定。Julio Saez-Vasquez Olivier Gadal 2010Molecular Plant2010,3,4:1
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