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20篇 您的检索式:作者名="ZUZANA V"
    题名 作者 年代 出处 被引量
1Conserved subgroups and developmental regulation in the monocot rop gene family显示文摘TODD M C ZUZANA V YOGESH K S 2003Plant Physiology2003,133,:1
2Standardised uptake value of 18F-FDG on staging PET/ CT in newly diagnosed patients with different subtypes of non- Hodgkin' s lymphoma显示文摘Toma' sv Papajl'k Miroslav Myslivec v ek Zuzana Sv edova' 2011Eur J Haematol2011,86,1:1
3Water vapour adsorption on coal显示文摘Martina ?vábová Zuzana Weishauptová Old?ich P?ibyl 2011Fuel2011,,5:1
4^137Cs and ^90Sr uptake by sunflower cultivated under hydroponic conditions显示文摘PETR S SARKA V ZUZANA V 2006Journal of Environmental Radioactivity2006,88,:1
5Conserved Subgroups and Developmental Regulation in the Monocot rop Gene Family 显示文摘Todd M C Zuzana V Yogesh K S 2003Plant Physiology2003,133,:1
6Sonication assisted Agrobacterium -mediated transformation enhances the transformation efficiency in flax 显示文摘Martina B Slavomlr R Zuzana V 2008Plant Celt Tissue and Organ Culture2008,94,:1
7Standardised uptake value of <sup>18</sup>F‐FDG on staging PET/CT in newly diagnosed patients with different subtypes of non‐Hodgkin’s lymphoma显示文摘Tomá?Papajík MiroslavMyslive?ek Zuzana?edová EvaBuriánková VítProcházka PavelKoranda LuděkRaida ZuzanaKubová MiroslavaPalová LadislavaKu?erová PatrikFlodr Ji?íJarkovsky LadislavDu?ek KarelIndrák 2010European Journal of Haematology2010,,1:1
8Precise assessment of noncompliance with the antihypertensive therapy in patients with resistant hypertension using toxicological serum analysis显示文摘Branislav ?trauch Ond?ej Petrák Tomá? Zelinka Ján Rosa Zuzana ?omlóová Tomá? Indra Luká? Chytil Věra Mare?ová Ivana Kurcová Robert Holaj Dan Wichterle Ji?í Widimsky 2013Journal of Hypertension2013,,12:1
9Effect of acute hyperglycemia on erythrocyte membrane ion transport in offspring of hypertensive parents 显示文摘Gabriela S Zuzana V Josef Z 2003J Hypertens2003,21,7:1
10Temperature and precipitation,but not geographic distance,explain genetic relatedness among populations in the perennial grass Festuca rubra显示文摘Aims Knowledge of genetic structure of natural populations and its determinants may provide key insights into the ability of species to adapt to novel environments.In many genetic studies,the effects of climate could not be disentangled from the effects of geographic proximity.We aimed to understand the effects of temperature and moisture on genetic diversity of populations and separate these effects from the effects of geographic distance.We also wanted to explore the patterns of distribution of genetic diversity in the system and assess the degree of clonality within the populations.We also checked for possible genome size variation in the system.Methods We studied genetic variation within and among 12 populations of the dominant grass Festuca rubra distributed across a unique regional-scale climatic grid in western Norway,Europe and explored the importance of temperature,precipitation and geo-graphic distance for the observed patterns.We also explored the distribution of genetic diversity within and among popula-tions,identified population differentiation and estimated degree of clonality.The analyses used microsatellites as the genetic marker.The analyses were supplemented by flow cytometry of all the material.Important Findings All the material corresponds to hexaploid cytotype,indicating that ploidy variation does not play any role in the system.The results indicate that temperature and precipitation were better predictors of genetic relatedness of the populations than geographic distance,suggesting that temperature and precipitation may be important determinants of population differentiation.In addition,precipitation,alone and in interaction with temperature,strongly affected population genotypic diversity suggesting increased clonality towards the coldest and especially the coldest wettest climates.At the same time,individuals from the coldest and wettest climates also had the high-est individual genetic diversity,suggesting that only the most hetero-zygous individuals survive under these harsh climates.Most of the genetic variation was distributed within populations,suggesting that most populations have sufficient genetic diversity to adapt to novel climatic conditions.The alpine populations,i.e.populations which are likely the most endangered by climate change,however,lack this potential due to the high levels of clonality as detected in our study.MariaŠurinová Věroslava Hadincová Vigdis Vandvik Zuzana Münzbergová 2019Journal of Plant Ecology2019,12,4:1
11Sonication assisted Agrobacterium-mediated transformation enhances the transformation efficiency in flax (Linum usitatissimum L.)显示文摘Martina Beranová Slavomír Rakousky Zuzana Vávrová Tomá? Skalicky 2008Plant Cell Tissue and Organ Culture2008,,3:1
12Abnormal intrastore calcium sig- naling in chronic heart failure显示文摘Zuzana K Dmitry T Serge V 2005Proc Natl Sci USA2005,102,14:1
13Abnormal intrastore calcium signaling in chronic heart failure显示文摘Zuzana K Dmitry T Serge V 2005Proc Natl Acad Sci USA2005,102,14:1
14Abnormal intrastore calcium signaling in chronic heart failure显示文摘Zuzana K Dmitry T Serge V 2005Proc Natl Sci USA2005,102,14:1
15Differences in egg morphology of the stored-grain pests Rhyzopertha dominica and Prostephanus truncatus(Coleoptera:Bostrichidae)显示文摘Ku erová Zuzana Václav Stejskal 2008Journal of Stored Products Research2008,44,1:1
16Ki netics and mechanism of oxidation of tryptophan by ferrate ( VI ) 显示文摘Erik M Casbeer Sharma V K Zuzana Zajickova 2013Environ Sci Techn2013,47,9:1
17The dual nature of human extraeellular superoxide dismutase: One sequence and two structures显示文摘Petersen Steen V Oury Tim D Valnickova Zuzana etaf 2003Proceedings of the National Academy of Sciences2003,100,13:1
18Proteomic analysis of MOLT-4 cells treated by valproic acid显示文摘Ji?ina Vávrová Sylva Janovská Martina ?ezá?ová Lenka Hernychová Zuzana Tichá Doris Vokurková Darina Zá?kodová Emilie Luká?ová 2007Molecular and Cellular Biochemistry (-)2007,,1:1
19Infectivity and pathogenicity of Cryptosporidium andersoni to a novel host, southern multimammate mouse ( Mastomys coucha )显示文摘Martin Kvá? Zuzana Ondrá?ková Dana Květoňová Bohumil Sak Ji?í Vítovec 2006Veterinary Parasitology2006,,3:1
20Genotypic diversity and genotype identity of resident species drive community composition显示文摘物种丰富的植物群落更能抵抗入侵。近十年来的研究表明,遗传变异具有很多生态效应。本研究旨在检验本地物种遗传多样性的响应模式在不同生长形式的定殖物种之间是否存在差异,以及这种响应是否受到土壤养分的影响。我们设立常见草种紫羊茅(Festuca rubra)实验样地,在两种土壤养分水平下,设置3个遗传多样性水平(1、6或18个克隆基因型,表征基因型多样性)。在样地设立后第4年,将4种定殖者混合播种到样地中:匍匐性豆科植物白车轴草(Trifolium repens)、阔叶黄花茅(Anthoxanthum odoratum)、大莲座丛杂草长叶车前(Plantago lanceolata)和小莲座丛杂草兴安风铃草(Campanula rotundifolia)。我们观测三年来物种的建立和生长情况,检验定殖成功是否取决于基因型多样性、特定的羊茅属基因型、土壤养分或定殖者的生长形式。本地无性系牧草的基因型多样性和基因型同一性对其定殖成功和生物量有显著影响。然而,定殖物种的反应各异。本地物种对基因型多样性最大的响应是生长形式和结构与本地物种相似的草丛型禾草。大莲座丛植物在生长初期有响应,而匍匐性豆科植物则完全没有响应。种内遗传型多样性和本地物种的基因型同一性在植物群落聚合中起着重要作用。Věroslava Hadincová Hana Skálová Zuzana Münzbergová 2020Journal of Plant Ecology2020,13,2:0
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