乌贼

wū zéi
  • a squid;cuttlefish;inkfish
乌贼乌贼
乌贼 [wū zéi]
  • [cuttlefish;inkfish] 乌贼科(十腕目)的十腕海洋头足类软体动物,身体椭圆形而扁平,口的边缘有十只带吸盘的腕足,体内有墨囊,用以放出黑色液体掩护逃跑。介壳已退化为骨质内壳,可入药

乌贼[wū zéi]
  1. 这只乌贼有一个笔状的角质内壳。

    This cuttlefish has a horny internal shell like a pen .

  2. 曼氏无针乌贼SepiellamaindroniCOI和16SRRNA基因序列研究

    Study on COI and 16S rRNA gene sequences of the common Chinese cuttlefish Sepiella maindroni

  3. 拜伦又回到了狭窄的“乌贼号”上。

    Byron was back aboard the cramped devilfish .

  4. 其中当然也少不了媒体的声音,最著名的是2009年,《滚石》杂志(RollingStone)把这家公司比作一只吸血乌贼。

    And there was the press & most notably the 2009 Rolling Stone article that compared the company to a vampire squid .

  5. 上个月,《滚石》(rollingstone)杂志将高盛描写成“缠绕在人性面孔上的巨大吸血乌贼”。

    In rolling stone last month , Goldman was described as a " great vampire squid wrapped around the face of humanity " .

  6. 饲料中添加乌贼内脏膏显著影响镉在鲈鱼鱼体组织(肌肉、肝脏、肾脏、鳃)的残留(P<0.05)。

    The cadmium concentrations in tissues ( muscle , liver , kidney and gill ) of Japanese seabass were significantly influenced by the dietary squid visceral ointment ( SVO ) .

  7. 南海北部陆架海域枪乌贼中的六六六和DDT

    BHC and DDT in the squids in continental shelf of northern South China Sea

  8. 乌贼墨诱生小鼠IFN-γ及调节LAK细胞活性的研究

    Study on the induction of IFN γ and LAK cells activity in mice stimulated with sepia

  9. 经醋酸纤维素薄膜电泳和聚丙烯酰胺凝胶电泳证明乌贼墨GAG为均一性多糖;

    It was proved to be homogeneous by polyacrylamide gel and cellulose acetate membrane electrophoresis .

  10. 乌贼墨对H(22)癌细胞TPK、PKC及PKA活性的影响

    The Effect of Sepia on the Activity of TPK , PKC and PKA in H_ ( 22 ) Cancer Cells

  11. 目的:应用乌贼墨,研究其诱导BALB/C鼠巨噬细胞产生白细胞介素-1(interleukin-1)。

    Objective To investigate secretion of interleukin-1 ( IL-1 ) in BALB / C mice macro-phage induced by sepia .

  12. 曼氏无针乌贼SepiellamaindronideRochebrune繁殖习性的初步观察

    Preliminary observations on the breeding habits of the squid , sepiella maindroni de rochebrune

  13. 微波消解ICP-MS法测定曼氏无针乌贼肉和海螵蛸中八种微量元素

    Determination of 8 Trace Elements in Mantle Muscle and Cuttlebone of Sepiella maindroni by ICP-MS Using Microwave Digestion for Sample Preparation

  14. 采用感应耦合等离子体原子发射光谱仪(ICP-AES)对乌贼骨进行金属元素分析,评价其毒性元素的水平;

    By inductively coupled plasma atomic emission spectrometer ( ICP-AES ) , the contents of the metal elements in the cuttlebone are tested to assess the toxicity .

  15. 舟山渔场针乌贼(Sepiaandreana)的生物学特性及其渔场分布变迁

    Biology and resource of cuttlefish Sepia andreana in Zhoushan fishing area

  16. 就连高盛(GoldmanSachs)的排名都相对靠前,这表明,得名于2009年一篇美国杂志文章的(华尔街)吸血乌贼的标签,不是终身制的。

    Even Goldman Sachs enjoys a relatively high position , which suggests that the vampire squids [ of Wall Street ] label , from a 2009 US magazine article , are not forever .

  17. 目的:研究乌贼墨对H22癌细胞内Ca2+浓度、细胞核Ca2+/Mg2+ATP酶活性及CFos表达的影响。

    Objective : To study the effects of Sepia on the intercellular Ca 2 + concentration , nuclear Ca 2 + / Mg 2 + ATPase activities and the expression of c fos .

  18. 华南沿海曼氏无针乌贼Sepiellamaindroni表型变异研究

    Study on the Phenotypic Variation in the Common Chinese Cuttlefish Sepiella maindroni in South China Coastal Waters

  19. 结果显示,乌贼墨对正常人和肿瘤病人红细胞C(3b)受体具有明显的激活作用,乌贼墨浓度为10%时激活作用最强;

    The results showed that Sepia has a markedly active effect on the erythrocyte C3b receptor in normal persons and patients with malignant tumor , and this effect was highest when the concentration of Sepia was 10 % .

  20. 乌贼墨对H(22)癌细胞内Ca~(2+)浓度、细胞核Ca~(2+)/Mg~(2+)-ATP酶活性及c-fos表达的影响

    The effects of Sepia on intracellular ca ~ ( 2 + ) concentration , nuclear Ca ~ ( 2 + ) / mg ~ ( 2 + ) - atpase activities and c-fos expression in h_ ( 22 ) cancer cells

  21. 方法:用Griess法和ELISA法分别检测了经乌贼墨灌胃处理后小鼠脾细胞和腹腔巨噬细胞培养上清中NO和IFN-γ的水平的变化。

    Methods Griess and ELISA assay were used respectively to detect quantitatively NO and IFN - γ in the culture medium of macrophages and spleen cells from mice after the treatment of squid ink .

  22. 曼氏无针乌贼(Sepiellamaindroni)是重要的海洋头足类经济动物,隶属软体动物门、头足纲、十腕目、乌贼科。

    Sepiella maindroni is an important marine cephalopods economic animal , which belongs to Mollusca , Cephalopod , Decapoda , Sepia esculenta .

  23. 用pH7.2磷酸提取缓冲液从乌贼墨汁中提取多酚氧化酶。

    Polyphenol oxidase ( PPO ) was extracted from the cuttlefish ink with pH 7.2 sodium phosphate extraction buffer .

  24. 信贷危机爆发后,投资银行高盛(GoldmanSachs)的公众形象也受到了损害,《滚石》(RollingStone)杂志上一篇著名的文章将该公司描述为缠绕在人性面孔上的巨大吸血乌贼。

    The public image of Goldman Sachs , the investment bank , has suffered in the wake of the credit crunch with a famous article in Rolling Stone magazine describing the organisation as a " great vampire squid wrapped around the face of humanity " .

  25. 结果:乌贼墨使H22癌细胞内Ca2+浓度降低了69%和79%,细胞核Ca2+/Mg2+ATP酶活性降低了21%和37%,CFos表达明显减少。

    Results : The intracellular Ca 2 + concentration decreased by 69 % and 79 % , nuclear Ca 2 + / Mg 2 + ATPase activities diminished by 21 % and 37 % , c fos expression level decreased obviously .

  26. 目的:评价乌贼骨转化羟基磷灰石材料(CBHA)复合骨髓基质细胞(BMSC)修复牙周缺损、促进牙周再生治疗的可行性。

    AIM : To evaluate the feasibility of periodontal treatment applying bone marrow stromal cells ( BMSC ) combined with cuttlebone-transformed hydroxyapatite ( CBHA ) .

  27. 研究乌贼墨对小鼠脾细胞NK细胞杀伤活性的诱生作用及NK细胞杀伤活性的持续时间,并探讨乌贼墨对荷瘤鼠脾细胞NK细胞杀伤活性的影响及抑制肿瘤生长的作用。

    Study on sepia effect on NK cells killing activity and inhibit tumor growth in the load tumor mice , normal and load tumor mice were poured into sepia through mouth , examining on activity of NK cells and lasted time of it .

  28. 利用荧光探针和荧光素,研究了乌贼墨对H(22)癌细胞内Ca~(2+)、ATP浓度及线粒体Ca~(2+)/Mg~(2+)-ATP酶活性的影响。

    The effects of Sepia on the intracellular Ca ~ ( 2 + )、 ATP concentrations and mitochondrial Ca ~ ( 2 + ) / Mg ~ ( 2 + ) - ATPase activities were studied in H_ ( 22 ) cancer cells by using fluorescent probe and luciferin .

  29. 结果显示,实验组小鼠IFN-γ的水平于乌贼墨灌胃后24h开始升高,48h达高峰,72h降至正常水平。

    The results showed that the level of IFN γ in the test groups began to increase at 24h after administration by oral , and the peak value appeared at 48h , and after 72h the level of IFN γ became normal .

  30. 乌贼骨转化羟基磷灰石材料(CBHA)的制备及其作为骨组织工程支架材料的应用基础研究

    The Preparation of the Cuttlebone-transformed Hydroxyapatite ( CBHA ) and the Basic Studies on Its Application as the Scaffold in Bone Tissue-engineering