柑橘

gān jú
  • citrus;orange;mandarin;oranges and tangerines
柑橘柑橘
柑橘 [gān jú]
  • [citrus] 指柑橘属的任何一种植物或果实

柑橘[gān jú]
  1. 26.54%的居民经常食用柑橘类水果;

    26.54 % residents often eat oranges and tangerines ;

  2. 橄榄、葡萄和柑橘类水果产量丰富。

    Olive groves , grapes , and citrus fruits grow in profusion .

  3. 他在乡村不断换工作,为不同的柑橘园干活。

    He moved around the country working in orange groves .

  4. 家产柑橘的一大好处是口感极佳。

    The great advantage of home-grown oranges is their magnificent flavour

  5. 花了半个钟头才把浴缸上的柑橘粉擦洗掉。

    It took half an hour to clean the orange powder off the bath

  6. 给我一瓣柑橘尝一尝。

    Give me a segment of a tangerine to taste .

  7. 米勒·海莉诗RêveriedeBergamote高级香水品牌米勒·海莉诗最新推出的这款中性香水是淡淡的草本柑橘调。

    The latest launch from the luxe perfume house is a unisex , lightly herbal citrus .

  8. 芳香:优雅、馥郁、迷人的柑橘属水果的果香及花的清香

    Nose and elegant nose with attractive fruity , floral and citrus fruit aromas .

  9. 柑橘属水果是维生索c的重要来源。

    Citrus fruits are a major source of vitamin C.

  10. 施N肥极显著降低2种柑橘的孢子密度;

    Application of N fertilizer significantly decreased the spore density ;

  11. 柑橘愈伤组织DNA含量变异、体细胞胚胎发生及同源四倍体的诱导研究

    DNA Content Variation of Calli , Somatic Embryogenesis and Induction of Autotetraploid in Citrus

  12. ~(60)Co辐射创造柑橘突变体的研究

    Creation of Citrus Mutant Through ~ ( 60 ) Co Radiation

  13. 柑橘溃疡病菌PCR快速检测技术研究初报

    Rapid PCR detection of citrus bacterial canker disease

  14. 柑橘及近缘属总RNA的有效提取

    Efficient extraction of total RNA in Citrus and relative

  15. 柑橘速衰病毒CP基因的序列变异性分析

    Analysis of Sequence Variability in CP Gene of Citrus tristeza virus

  16. 加入WTO之后,我国柑橘业将面临与国际柑橘生产市场激烈竞争的局面,柑橘果实品质已成为竞争成败的关键。

    After the entry into the WTO , the quality of citrus is the decisive factor in the severe competition .

  17. 浙江丽水16个柑橘特色品种的RAPD分析

    RAPD analysis of 16 orange varieties in Lishui of Zhejiang

  18. 柑橘胚胎发生过程中DNA甲基化/去甲基化研究及SSR标记开发

    Study on the DNA Methylation / Demethylation during Somatic Embryogenesis and Mining of SSR Markers in Citrus

  19. 选取的22对柑橘属SSR引物中,有14对能在所有材料中扩增出带纹,表明柑橘属SSR引物在金柑属植物上具有一定的通用性。

    14 SSR primers were selected from 22 Citrus SSR markers .

  20. 因此,加入WTO对湖南柑橘的发展是挑战与机遇并存,利大于弊。

    Author deems entry into WTO to exist simultaneously challenge and opportunity on citrus development in Hunan , advantages is more than disadvantages .

  21. 目的观察柑橘提取物诺必擂停对白血病细胞株K562、HL-60增殖的抑制作用。

    Aim To observe the inhibitory effect of citrus extract Nobiletin on proliferation of leukemia K562 and HL-60 cells .

  22. 为了能有效区分和鉴定柑橘种质资源,前人通过DNA分子标记等方法区分和鉴定柑橘种质资源。

    In order to distinguish and identify the citrus germplasm resources efficiently , scientists used methods such as DNA molecular markers to identify the Citrus germplasm resources .

  23. 江西柑橘地方品种资源及野生近缘种SSR分子标记

    On Genetic Diversity of Jiangxi Native Citrus and its Wild Varieties Based on SSR Markers

  24. 4种柑橘衰退病毒源单蚜传毒分离株CP基因的分子特征

    Molecular characteristics of CP genes of 4 isolates of Citrus tristeza virus and their sub-isolates after single aphid transmission

  25. 柑橘LEAFY同源基因片段分离及特性研究

    Cloning and characterization of the leafy homolog in Citrus

  26. 应用SSCP技术分析我国柑橘衰退病毒的混合感染

    Analysis of mixed infection of Citrus tristeza virus in China by SSCP

  27. 柑橘裂皮病类病毒的一步RT-PCR法检测及其在甜橙体内的分布

    Preliminary study on One-step RT-PCR detection of Citrus exocortis viroid ( CEVd ) and its distribution in different parts of sweet orange

  28. 通过试验证实了,在高pH胁迫下,丛枝菌根真菌能够提高柑橘对铁的吸收,改善柑橘因缺铁引起的黄化现象。

    It was showed that at high pH stress , AM fungi can increase iron absorption of citrus and improve the iron chlorosis phenomenon caused by the iron deficiency .

  29. Al处理降低柑橘根、茎和叶的P含量;Al胁迫下随供P水平的增加根Al含量增加,而茎和叶Al含量却下降。

    Al decreased P content in roots , stems and leaves . Under Al stress , root Al content increased and stem and leaf Al content decreased with increasing P supply .

  30. 柑橘采后贮藏期果实Ca~(2+)、果胶及ABA含量动态研究

    Study on dynamics of Ca ~ ( 2 + ), pectin and ABA concentrations in fruit during citrus fruit storage after harvest