CAMELLIA_SINENSIS

作品数：194被引量：608H指数：12
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Changes on Characteristic Components During Shoots Development in Camellia Sinensis被引量：2
《茶叶》2013年第4期234-239,共6页Jing Zhang Hua Yang Chao-Ling Wei Yu-Ling Tai Qi Chen Xiao-Chun Wan 
supported by national 973 plan (973 cb722903);Changjiang scholars and innovative team development plan (IRT1101);national natural science foundation of China (31170283);the specialized research fund for the doctoral program of institutions of higher learning (2011341830001)
Fresh leaves of tea cultivar Shuchazao were harvested from five different stages of shoot development including single-bud(SB),one leaf and one bud(BL1),two leaves and one bud(BL2),three leaves and one bud(BL3)and mat...
关键词：特征组分 茶树 酯型儿茶素 儿茶素类 高效液相色谱法 EGCG 茶叶品种 咖啡因 
Purine Alkaloids and Their Metabolism in Camellia Sinensis and Related Species
《茶叶》2013年第4期240-246,共7页Chang Liu Yue-Rong Liang Xin-Qiang Zheng 
financially supported by the National Nature Science Foundation of China (Project No.31170645,30900970)
Caffeine,theobromine and theophylline are the major purine alkaloids found in Camellia sinensis.Theacrine was detected in a special Chinese tea plant named kucha(Camellia kucha).With tracer experiments,the metabolism ...
关键词：嘌呤生物碱 代谢途径 茶树 转基因技术 咖啡因 示踪实验 材料加工 茶产品 
Recent Advances in Molecular Biological Applications in Sri Lankan Tea(Camellia sinensis) Industry:An Overview on the Achievements During Last Ten Years被引量：1
《茶叶》2013年第4期267-278,共12页K Mudith Mewan I Sarath B Abeysinghe 
the financial support from SIDA/SAREC grant for capacity building in Biotechnology;Council for Agricultural Research Policy(CARP)-Sri Lanka;National Research Council,Sri Lanka(Grant No:NRC 09-066);National Science Foundation-USA and the Tea Research Institute of Sri Lanka.
For tea,which is predominantly out-breeding woody perennial,genetic improvement through conventional approaches is relatively ineffective,slow and costly.As a potential tool to enhance the process,Tea Research Institu...
关键词：生物学应用 分子生物学 斯里兰卡 茶树 分子标记辅助选择 基因组学方法 多年生木本植物 茶叶研究所 
Cloning and Functional Analysis of A NAC-Like Gene Csnac in Tea Plant(Camellia sinensis)
《茶叶》2013年第4期279-286,共8页Lei Tang Zheng-zhong Jiang Jie-Ru Zhang Chao-Ling Wei 
supported by the National Natural Science Foundation of China project (306713312)
The plant-specific NAC(NAM,ATAF1 /2,CUC2) transcription factors play important roles in stess responses and devlopment in plants,but little was known about NACs in tea plants(Camellia sinensis).In this study,a fulllen...
关键词：茶树 E基因 RT-PCR分析 克隆 抑制消减杂交 CDNA序列 基因序列分析 转录因子 
Advances in Genetic Transformation of Tea(Camellia sinensis)
《茶叶》2013年第4期287-293,共7页Ya-Ping Yang Yue-Rong Liang Xin-Qiang Zheng 
financially supported by the National Nature Science Foundation of China (Project No.31170645);Key Innovation Team of Zhejiang Province (No.2011R50024)
Long-term fertility cycle,low self-compatibility and short flowering period limited the tea breeding by conventional method.It is necessary to apply biotechnology,especially genetic transformation method,to obtain new...
关键词：遗传转化方法 茶树育种 茶叶 农杆菌介导 生育周期 生物技术 影响因素 植株再生 
In Silico Analysis and Feeding Assays of Some Genes in the Early Steps of Terpenoid Biosynthetic Pathway in Camellia Sinensis被引量：4
《茶叶》2013年第4期191-198,共8页Wei Xiang Yan Xu Fu-Min Wang Li-Ping Gao Ming-Jun Gao Zheng-Zhu Zhang Xiao-Chun Wan Shu Wei 
funded by the National Science Foundation in China (#31070614 to S.Wei);Fund for the Doctoral Program of Higher Education of The ministry of Education(#20123418110002,to S.Wei);the Program for Changjiang Scholars and Innovative Research Team in Universities (IRT1101 to Z.Z.Zhang);the "Twelfth Five-Year" National Key Basic Research and Development Project (973) in China (2012CB722903 to Xiao-Chun Wan)
Terpenoids play important roles in productivity and product quality in tea(Camellia sinensis),not only because volatile terpenoids contribute significantly to the aroma of teas,but terpenoid-derived light harvesting p...
关键词：萜类化合物 生物合成途径 基因表达 茶树 早期 硅片 法呢基焦磷酸合酶 聚合酶链反应 
Functional Components of Tea(Camellia Sinensis)Germplasms Collected in Korea
《茶叶》2013年第4期199-200,共2页Min-Seuk Lee Joo Yoo Jin-Ho Lee Kwan Jeong Song 
This study was carried out to obtain useful information and to search quality related components for breeding of tea by analysis of Korean local tea leaves at Sulloc-Cha R&D center in Jeju Island,Korea.It was also con...
关键词：种质资源收集 茶树育种 功能组件 韩国 农艺性状 遗传资源 基因型 
Genetic Diversity of Tea Plant(Camellia Sinensis(L.) O.Kuntze)in Wuling Mountainous Area Revealed by ISSR Marker被引量：2
《茶叶》2013年第4期205-211,共7页Yue Zhang Li Lu Saiyan Yuan Xin Pang Wei-Dong Wang Lin Zhou John K Tanui Xing-Hui Li 
supported by the earmarked fund for Modern Agro-industry Technology Research System of China (CARS-23);the Priority Academic Program Development of Jiangsu Higher Education Institutions;the Science and Technology Program of Suzhou (SZGD201067,WZC65,WNZ1002);The PhD Gathering Program of Jiangsu;the Science and Technology Program of Jiangsu Province (BE2011319,BE2012440,BE2013426)
Genetic diversity and relationship of 183 tea germplasms were assessed by inter-simple sequence repeat(ISSR) marker.The study optimized the ISSR-PCR system for tea plants.Results show that genetic similarity among 183...
关键词：ISSR标记 遗传多样性 茶树资源 武陵山区 UPGMA聚类分析 ISSR-PCR 简单重复序列 指纹图谱构建 
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