1. CYMBOPOGON SCHOENANTHUS EXTRACT, ROSMARINUS OFFICINALIS LEAF EXTRACT, ZINGIBER OFFICINALE ROOT EXTRACT, MELISSA OFFICINALIS LEAF EXTRACT, CAMELLIA SINENSIS LEAF EXTRACT, TRITICUM VULGARE AMINO ACIDS, ORGANIC LAVANDULA ANGUSTIFOLIA OIL, ORGANIC ORIGANUM MAJORANA OIL, ORGANIC CHAMAEMELUM NOBILE OIL, ORGANIC CANANGA ODORATA OIL, GLYCERINE, POTASSIUM SORBATE, CETYL HYDROXYETHYLCELLULOSE, SODIUM HYDROXYMETHYLGLYCINATE, DISODIUM EDTA, CITRIC ACID.
叶提取物，迷迭香叶提取物，生姜根提取物，芳香薄荷叶提取物，绿茶叶提取物，小麦氨基酸，薰衣草油，罗马甘菊油，马约兰花油，伊兰伊兰油，甘油，山梨酸钾，羟甲基甘氨酸钠，乙二胺四乙基二钠，柠檬酸
2. Camellia sinensis
2. Purified water, VP/VA copolymer, vegetable glycerin, hydrolyzed wheat protein, biotin, panthenol, niacin, extracts of camellia sinensis and serenoa serrulata, certified organic extracts of salvia officinalis, aloe barbadensis leaf, lavandula angustifolia, melissa officinalis, calendula officinalis and chamomilla recutita, sodium hydroxide, carbomer, phenoxyethanol.
纯水、VP/VA共聚物、蔬菜甘油、水解小麦蛋白、素、泛醇、烟酸、提取物的茶树和serenoa serrulata，经认证的有机液(鼠尾草、琴柱草酝酿索芦荟叶片，)小甜甜沙枣淡紫色，酝酿和chamomilla金盏花酝酿recutita(matricaria、氢氧化钠、萃取。所有发质都适合。
3. Scholaris plantation optimal pattern. Results show that growth of A. scholaris is enhanced when planted in high density at 417 plants per hectare over low density planting, and is significantly affected by slope direction. However, in lower density planting, plant growth is not significantly affected by slope direction. Within a certain density range, plant density has no significant effect on the growth of A. scholar in shady-slopes. Sunny-slopes are most favorable to A. scholar growth. Under the system of monoculture, total biomass per plant(2.717 kg) is much higher than that of agroforestry systems such as A. scholaris and Camellia sinensis (2.598 kg), and A.
结果表明：在较高种植密度（株行距为4m×6m）条件下，不同种植坡向间糖胶树生长差异较大，而在低密度条件下，坡向对植株的生长影响不大；在一定种植密度范围内，阴坡的种植密度对糖胶树的生长影响不大，且阴坡条件不利于糖胶树的生长，而阳坡则较适宜；不同种植模式下的糖胶树单株生物量不同，荒坡纯种(2.717 kg)较糖胶树＋茶叶种植模式(2.598 kg)以及糖胶树＋咖啡模式(2.500 kg)高。
4. We investigated fluoride accumulation in the leaves of tea and weeds near a ceramics factory. The mean leaf fluoride content in tea from tea plantations southwest, west, and nor theast of the factory was 2463 ± 256 mg/kg, 1693 ± 194 mg/kg, and 1086 ± 92 mg/kg, respectively. Camellia sinensis L.
磁砖厂西南侧茶园落叶严重，茶叶叶尖及叶缘枯乾，叶片平均氟含量达2463 ± 256 mg/kg ，西侧茶园叶片平均氟含量达1693 ± 194 mg/kg ，东北侧茶园无受害情形，叶片平均氟含量达1086 ± 92 mg/kg 。
5. Glycoproteins from the leaves of Camellia Sinensis, are primary bioactive components of tea polysaccharide, which have th...
本文以茶树叶为试材，做了茶树叶糖蛋白的提取、分离、鉴定、纯化的研究。
6. This study was to evaluate the genetic diversity of 69 tea cultivars of the preconcentrated core germplasms of Camellia Sinensis in China by the random amplified polymorphic DNA.
以中国茶树初选核心种质中的69份种质作为实验材料，采用改良的SDS法提取基因组DNA，并运用优化后的RAPD分析体系对其进行了分子标记遗传差异研究。
7. The study was to evaluate the genetic diversity of 69 tea cultivars of the preconcentrated core germplasms of Camellia Sinensis in China by the random amplified polymorphic DNA. Among 50 arbitrary primers, 32 primers could generate enough amplified bands for all the strains in this study.
以中国茶树初选核心种质中的69份种质为实验材料，采用改良的SDS法提取它们的基因组DNA，并运用优化的RAPD 分析体系对基因组DNA进行分子标记遗传差异研究。
8. All of these come from the leaves of the Camellia sinensis plant.
所有这些来自叶子的茶树植株。
9. Camellia sinensis的意思
9. Green tea is made from the dried leaves of Camellia sinensis, an evergreen shrub native to Asia.
绿茶是茶树的干叶子制成的，而茶树是亚洲本地的一种常青树。
10. Secondly, the genetic diversity of the pre-core collection of Camellia Sinensis was detected by RAPD analysis.
其次，利用RAPD技术对初选的核心种质进行了遗传多样性评价鉴定。
11. Black and green tea comes from the same plant, Camellia sinensis.
红茶和绿茶都来自于一种称之为山茶的植物。
12. They are all derived from the Camellia sinensis plant, a shrub native to China and India, and contain unique antioxidants called flavonoids.
他们都是来自中国和印度本地的灌木，并含有独特的抗氧化剂类黄酮。
13. A type of tea known by Westerners as Black tea and made from the completely oxidized bud leaves of Camellia sinensis.
红茶是西方人所了解的一种茶，它是由茶树的嫩叶完全发酵而成的。
14. Catechins, purine alkaloids and free amino acids in various parts of tea seedlings(Camellia sinensis cv. Fuyun 6) with four or five leaves were analyzed by HPLC-PDAD and amino acid analyzer.
应用HPLC-PDAD和氨基酸自动分析仪对4~5叶初展的福云6号沙培茶籽苗各部位儿茶素类、嘌呤碱、氨基酸进行分析测定。
15. This experiment selecetd apex, flower bud and radicle of Camellia sinensis cv. Longjing 43 as research objects picked from the tea garden of Anhui Agricultural University. In this experiment, three kinds of Chromosomal techniques were used, including conventional sheeting method, disassociating cell wall hypoosmotic method and macrocoils method.
本试验以安徽农业大学茶园中龙井 43 的芽尖、花蕾以及其茶籽培养的幼根为研究对象，采用传统的压片法、去壁低渗法、风油精法三种制片方法，进行系统的比较和分析，这三种方法均能找到茶树体细胞有丝分裂相。
16. Marc Winnefeld led a team of researchers from Beiersdorf AG, Germany, who studied the biological effects of an extract of white tea – the least processed version of the tea plant Camellia sinensis.
Marc Winnefeld 领导的德国研究小组研究了白茶萃取物的生物学效应-稍加处理的茶树。
17. Green tea is a type of tea made solely with the leaves of Camellia sinensis that has undergone minimal oxidation during processing.
绿茶是一种仅仅由茶叶中的茶多酚在加工中经过矿物氧化而形成的茶。
18. Caffeine (1, 3, 7-trimethylxanthine) is the major purine alkloids in tea plant Camellia sinensis L.
咖啡碱（1，3，7-三甲基黄嘌呤）是茶叶中嘌呤碱的主体成份，约占干物质量的25％。
19.
19. Tea plant Camellia sinensis (L. O. Kuntze is one of the important economic plants in China, which has long planting history and being distributed widely.
茶树是我国重要的经济的作物之一，栽培历史悠久，分布广泛。
20. Camellia sinensis
20. Sequencing of cDNA clones and analysis of the expressed sequence tags of tea plant Camellia sinensis L.
应用RAPD标记进行茶树优异种质资源遗传多态性、亲缘关系分析与分子鉴别。