微管基本解释

汉语拼音:wēi guǎn

1.春秋时,管仲相齐桓公,霸诸侯,一匡天下,孔子曰"微管仲,吾其被发左衽矣。"语见《论语.宪问》◇遂用为颂扬功勋卓著的大臣的典故。

2.犹言见识浅陋狭小。常用作谦词。

微管详细解释

  1. 春秋 时, 管仲 相 齐桓公 ,霸诸侯,一匡天下, 孔子 曰:“微 管仲 ,吾其被髮左衽矣。”语见《论语·宪问》。后遂用为颂扬功勋卓著的大臣的典故。

    南朝 宋 傅亮 《为宋公修张良庙教》:“夫盛德不泯,义存祀典。微 管 之叹,抚事弥深。” 宋 陆游 《雨夜书感》诗之一:“羣胡穴中原,令人叹微 管 。” 宋 刘克庄 《贺新郎·杜子昕凯歌》词:“不论 周郎 并 幼度 ,便 仲尼 復起嗟微 管 。”亦用以代称 管仲 。《宋书·谢灵运传》:“ 灵运 罪衅累仍,诚合尽法。但 谢玄 勋参微 管 ,宜宥及后嗣,可降死一等,徙付 广州 。” 南朝 齐 谢朓 《和王著作八公山》诗:“阽危赖宗袞,微 管 寄明牧。” 南朝 梁 任昉 《为范始兴作求立太宰碑表》:“至於道被如仁,功参微 管 ,本宜在常均之外。”

  2. 犹言见识浅陋狭小。常用作谦词。

    《宋书·彭城王义康传》:“臣以顽昧,独献微管,所以勤勤恳恳,必诉丹诚者,实恐 义康 年穷命尽,奄忽于南,遂令陛下有弃弟之责。”

微管双语翻译,微管在线翻译例句

    • Microtubules have dominated our think about the mitotic mechanisms.

      微管促使我的思考有丝分裂的机制.

    • The protein out of which microtubules are made is called tubulin.

      构成微管的蛋白质叫做微管蛋白.

    • It may be a sufficient but not necessary condition for microtubule organization.

      对于微管组来说,它也许是更好的,但不是必需的条件.

    • The distal end of the kinetochore tubule is firmly embedded in the pole.

      着丝点微管的末端牢牢地埋入纺锤极.

    • Microtubules are also used in the construction of centrioles , basal bodies , cilia and flagella.

      微管还用于建造中心粒,基体, 纤毛和鞭毛.

    • Microtubules cannot be both the birefringent material and the elements that cause chromosome separation.

      微管既不是双折射物质也不是引起染色体分开的成分.

    • Microtubules often have a halo around the outside which is only slightly stained.

      围绕着微管的外周,常有一层仅能着色很浅的晕圈.

    • Fig .1 The lens fibrocell cytoplasm is homogeneous in normal control group.

      图1正常对照组大鼠晶状体纤维细胞胞质均匀,充满微管和微丝.

    • The microtubule is simplified as linear distribution of dipoles.

      把微管的构象简化为若干电偶极子的线性排列.

    • A globular protein that is the basic structural constituent of microtubules.

      微管蛋白一种球蛋白,是微管的基本结构成分.

    • During early cleavage, � � - tubulin distributes around the blastomere nuclei.

      在早期卵裂中, γ微管蛋白聚集在胚胎的细胞核周围.

    • The actions of microtubule organizing centers and coated vesicles were discussed.

      讨论了包被囊泡和微管组织中心可能的作用.

    • After mitosis, these microtubules polymerize into tubulin again.

      有丝分裂后, 这些微管又重新解聚成微管蛋白.

    • The rod - shaped filaments of the microtubules are responsible for dividing the chromosomes in a cell.

      微管杆形丝担负划分细胞中染色体的角色.

    • CLIP - 170 was located in the cytoplasm of airway epithelia and co - located with � � - tubulin.

      CLIP -170 定位于气道上皮细胞胞质内,与微管蛋白有共定位关系.