compositae造句

例句与造句

1. Analysis of electrical signal of three species in compositae
   三种菊科植物电信号的分析
2. Temperature stress on physiological indices of compositae weeds and their adaptive significance
   温度胁迫对菊科杂草生理指标的影响及其适应
3. Treatment of reflux esophagitis by combination therapy of capsule catechu compositae and cisapride
   复方儿茶胶囊联合西沙比利治疗反流性食管炎的疗效
4. Professor hu is a great authority on ilex , hemerocaulis , paulonnia , compositae and orchidaceae
   胡教授是冬青科、金针属、泡桐属、菊科、兰科等植物的世界权威学者。
5. The evolution sequence of 5 genera in trib . belianthanae cass and the upper limit of rapd marker in the compositae family were also discussed
   我们也探讨了向日葵族5个属的进化次序和rapd标记在菊科中的适用上限。
6. It's difficult to find compositae in a sentence. 用compositae造句挺难的
7. There are more than 100 kinds of acaricidal plants such as meliaceae , compositae , thymelaeaceae , solanaceae , leguminosae , chenopodiaceae , labiatae , umbelliferae etc
   目前杀螨植物主要有楝科、菊科、瑞香科、茄科、豆科、藜科、唇形花科、伞形花科等共计约100余种。
8. Major crops under cultivation comprise food crops including mainly of brassica , compositae and various aquatic vegetables , and ornamental crops such as gladiolus , lilium and chrysanthemum
   栽种作物?括以十字花科、菊科和多种水生蔬菜为主的食用作物，及?括剑兰、百合和菊花等园艺作物
9. The results showed that 345 species , belonging to 179 genera , 77 families were distributed in this area , taking a ratio of 71 . 3 % , 45 . 1 % and 42 . 4 % in chinese oil plants respectively , 11 families including euphorbiaceae , lauraceae , ulmaceae , rutaceae , magnoliaceae , celastraceae , leguminosae , rosaceae , cruiferae , compositae and caprifoliaceae were dominant families that had 10 or more species . 66 species of important oil plants were briefly introduced
   结果表明，该区油脂植物共有77科179属345种，占全国油脂植物科属种的71 . 3 % 、 45 . 1 % 、 42 . 4 % ，含10种以上的科有大戟科、樟科、榆科、芸香科、木兰科、卫矛科、豆科、蔷薇科、十字花科、菊科和忍冬科等11个科，为该地区油脂植物的优势类群。
10. The paper introduces the progress in protoplast research of compositae plants with emphasis on protoplast isolation and culture , factors affecting protoplast regeneration , variances of protoplast - regenerated plants , protoplast utilization , and points out currently - existing problems and future research priorties
    摘要介绍了目前菊科植物原生质体研究进展，重点对菊科植物原生质体分离、培养、影响原生质体再生的因素、原生质体再生植株的变异、原生质体的应用等方面的研究工作进行了总结，提出了存在的问题和今后的工作重点。