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大熊猫     
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  giant panda
     According'to the research,the protein fat and rough fibre in daily ration for the Giant panda should reach respectively to 131.9±61.8 (g)、 70.5±27.1(g) and 167.1±131,6(g);
     通过本研究得知,大熊猫日粮中的蛋白质,脂肪和粗纤维应分别达到131.9±61.8(g)、70.5±27.1(g)和167.1±131.6(g);
短句来源
     Feeding Behavior of Wild Giant Panda(Ailuropoda melanoleuca) in Qinling Mountains
     秦岭野生大熊猫(Ailuropoda melanoleuca)的觅食行为
短句来源
     2.When cutaneous tissue of giant panda was cultured in the medium which contain 199/EBSS+20%fetal bovine serum(FBS)+100IU/ml penicillin andstreptomycin+M-Plasmolin 5 u g/ml+AmphtericinB 5 u g/ml+2mmol/L L-Glu, free fibroblast was fonud after 6-8 days for infant giant panda, for mature giant panda ,the same cell was found after 12-14 days;
     2.大熊猫皮肤组织块在:M199+20%FBS+100IU/ml青链霉素+M—Plasmolin~(TM)5μg/ml+Amphtericin B 5μg/ml+2mmol/L L-Glu中培养,幼仔皮肤组织块培养6—8天,成体皮肤组织块培养12—14天后出现游离的成纤维细胞。
短句来源
     Oligonucleotide 5′-[A(X) n-1 TCCAC] n-3′ was synthesized and purified by using the ABI 394 DNA synthesizer and HPLC, and we named it “Giant Panda DNA Fingerprinting Probe F 2ZGP96060801”.
     利用ABI-394型DNA合成仪合成的寡核苷酸5′-[A(X)n-1TCCAC]n-3′,经高效液相色谱仪纯化后,制备成了命名为F2ZGP96060801的大熊猫基因指纹探针。
短句来源
     The golden camellia (Camellia nitidissima Chi,1991; Camellia chrysantha (Hu) Tuyama, 1975; Theopsis chrysantha Hu, 1965) caused a sensation in horticulture and botany over the world when it was discorveried, as are praised for "Dreaming camellia", "Giant panda of botany" and "Emperor in Theaceae".
     金花茶(Theopsis chrysantha Hu,1965、Camellia chrysantha(Hu)Tuyama,1975、Camellia nitidissima Chi,1991)发现后,轰动了世界园艺界和植物界,有人称之为“梦幻中的山茶花”,有人称之为“植物界的大熊猫”,金花茶被誉为“茶族皇后”。
短句来源
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  panda
     The content of them separately to healthy panda is 29.22%,4.23%, 10.07%,10.30%,10.12%,30.08%,and to diseased apnda is 27.77%, .
     (二)聚丙烯酰胺凝胶电泳分成六个明显的区带,其含量是:健康大熊猫分别为29.22%、4.23%、16.07%、10.30%、10.12%、30.08%。
短句来源
     The percentagy content to hea lthy panda shons: LDH_2>LDH_1>LDH_2>LDH_3>LDH, and to diseased panda shows, LDH_1>LDH_2>LDH_3>LDH_5>LDH_1. V, The active unityfo PGT to healthy panda is 2.4—4.8 and to diseased panda is 18.4.
     (四)乳酸脱氢酶同工酶分为五个酶活力区带,其百分比含量是:健康大熊猫是LDH_2>LDH_1>LDH_2>LDH_5>LDH_4,而病态的是LDH_1>LDH_2>LHD_3>LDH_5>LDH_4。 (五)谷丙转氨酶的活力单位是:健康的大熊猫为2.4—4.8,而病态的则为18.4。
短句来源
     According'to the research,the protein fat and rough fibre in daily ration for the Giant panda should reach respectively to 131.9±61.8 (g)、 70.5±27.1(g) and 167.1±131,6(g);
     通过本研究得知,大熊猫日粮中的蛋白质,脂肪和粗纤维应分别达到131.9±61.8(g)、70.5±27.1(g)和167.1±131.6(g);
短句来源
     Feeding Behavior of Wild Giant Panda(Ailuropoda melanoleuca) in Qinling Mountains
     秦岭野生大熊猫(Ailuropoda melanoleuca)的觅食行为
短句来源
     1, we have for six zones from polyaerylanride gel electrophoresis. The content of them separately to healthy panda is 29.22%, 4.23%, 10.07%, 10.30%, 10.12%, 30.08%, and to diseased apnda is 27.77%, 3.90%, 14.07%, 10.88%, 10.40%, 32.89%.
     (二)聚丙烯酰胺凝胶电泳分成六个明显的区带,其含量是:健康大熊猫分别为29.22%、4.23%,16.07%、10.30%,10.12%、30.08%。 病态的分别为27.77%、3.99%、14.07%、10.88%、10.40%、32.89%。
短句来源
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  giant pandas
     The 21 inorganic elements including Al, Ti, V, Cr, Se, As, Hg, P, Cu, K, Zn, Fe, Mn, Ca, Mg, Pb, Cd, Co, Ni, Sr and Ba in the hairs of 18 healthy giant pandas in domestic and field were determined.
     本文研究了18只正常大熊猫毛发中的Al、Ti、V、Cr、Se、As、Hg、P、Cu、K、ZnFe、Mn、Ca、Mg、Pb、Cd、Co、Ni、Sr、Ba共21种无机元素含量。
短句来源
     The study found that the average bacterial numbers in all feces from six Giant Pandas in three age groups were 10 3cfu/g~10 7cfu/g,in which,the bacterial numbers of feces in young,adult and old Giant Pandas were 7 3×10 5cfu/g,7 8×10 5cfu/g and 2 0×10 6cfu/g,respectively.
     研究发现 ,全年粪样所含细菌数在 10 3cfu/g~ 10 7cfu/g之间 ,其中 ,亚成年大熊猫全年粪样含菌量为 7 3× 10 5cfu/g ,成年大熊猫为 7 8× 10 5cfu/g ,老年大熊猫为 2 0× 10 6 cfu/g。
短句来源
     Cloning of partial S gene and sequence analysing of complete S gene of canine coronavirus isolated from giant pandas
     大熊猫犬冠状病毒部分S基因的克隆与全S基因序列分析
短句来源
     The result indicated that adding 0.15% or 0.30% nutritional or cellulose compound enzyme preparation could apparently increase the digestibility of the nutritional matter in the diet of Giant Pandas.
     结果表明 ,在日粮中添喂 0 15 %或 0 30 %的营养性复合酶或纤维素复合酶均能显著提高大熊猫对日粮各营养物质的消化率 ,其中 ,对日粮粗蛋白质和氨基酸的消化率 ,添喂 0 30 %的营养性复合酶的效果优于添喂 0 15 %水平的营养性复合酶的效果 ;
短句来源
     Semen was collected from 11 adult giant pandas and cryopreserved rapidly (-40 to -100℃/min).
     试验用的精液采自11只成年大熊猫,精液冷冻速度为-40--100℃/min。
更多       
  the giant panda
     According'to the research,the protein fat and rough fibre in daily ration for the Giant panda should reach respectively to 131.9±61.8 (g)、 70.5±27.1(g) and 167.1±131,6(g);
     通过本研究得知,大熊猫日粮中的蛋白质,脂肪和粗纤维应分别达到131.9±61.8(g)、70.5±27.1(g)和167.1±131.6(g);
短句来源
     According to analysing of the relativity of the giant panda habitats in different mountains,their correlation is significant at the 0.01 level,and the coefficients are between 0.905 and 0.998.
     经相关性分析,不同山系大熊猫栖息地之间相似程度极为显著,相关系数达到0.905~0.998。
短句来源
     A study on GIS design of the giant panda conservation and administration
     大熊猫保护管理GIS方案设计研究
短句来源
     1. The distribution area of the Giant Panda in Pingwu County is only about half of that in the early 20th century.
     1. 揭示了平武县大熊猫种群及其栖息地的历史变化和分布现状,指出平武县目前大熊猫的分布范围约仅为20世纪初的一半。
短句来源
     Studies on Conservation Genetics of the Giant Panda
     大熊猫保护遗传学研究
短句来源
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  giant panda
The bamboo Fargesia nitida, one of the giant panda's main food sources and the dominant shrub species of the forest understory, is mainly distributed in the dark coniferous belt in western Sichuan and southern Gansu in China.
      
Sequence variation and genetic diversity in the giant panda
      
About 336-444 bp mitochondrial D-loop region and tRNA gene were sequenced for 40 individuals of the giant panda which were collected from Mabian, Meigu, Yuexi, Baoxing, Pingwu, Qingchuan, Nanping and Baishuijiang, respectively.
      
The results showed that the giant panda has low genetic variations, and that there is no notable genetic isolation among geographical populations.
      
The ancestor of the living giant panda population perhaps appeared in the late Pleistocene, and unfortunately, might have suffered bottleneck attacks.
      
更多          
  panda
The bamboo Fargesia nitida, one of the giant panda's main food sources and the dominant shrub species of the forest understory, is mainly distributed in the dark coniferous belt in western Sichuan and southern Gansu in China.
      
A new species of lesser panda Parailurus (Mammalia, Carnivora) from the Pliocene of Transbaikalia (Russia) and some aspects of a
      
A new species of the lesser panda, Parailurus baikalicus sp.
      
The Transbaikalian lesser panda may represent a terminal form of this phylogenetic lineage.
      
Sequence variation and genetic diversity in the giant panda
      
更多          
  giant pandas
Study of the digestive rate of coarse cellulose of giant pandas
      
The effects of bamboo powder on Giant pandas digestive organs and digestive physiology, digestive rate of coarse cellulose of different bamboo species, the difference in digestive functions among individual Giant Panda needs further studies.
      
Lethal factors of diseases and protective countermeasures of wild and penned Giant pandas
      
In order of reducing percentages, other diseases are roundworm disease, toxicosis, epilepsy, etc., Based on the statistics of 22 penned giant pandas, the death out of the digestive system diseases comes first, accounting for 63.64%.
      
The mortality of the sub-adults is the highest, accounting for 64.29%, or 2.6 times as that of the adults, or 7 times as that of the aged giant pandas.
      
更多          
  the giant panda
The bamboo Fargesia nitida, one of the giant panda's main food sources and the dominant shrub species of the forest understory, is mainly distributed in the dark coniferous belt in western Sichuan and southern Gansu in China.
      
Sequence variation and genetic diversity in the giant panda
      
About 336-444 bp mitochondrial D-loop region and tRNA gene were sequenced for 40 individuals of the giant panda which were collected from Mabian, Meigu, Yuexi, Baoxing, Pingwu, Qingchuan, Nanping and Baishuijiang, respectively.
      
The results showed that the giant panda has low genetic variations, and that there is no notable genetic isolation among geographical populations.
      
By using PCR cloning techniques, the DNA sequences of the HMG box regions of sixSox genes (pSox) and the zinc finger domains of twoZfz genes (pZfx) in the giant panda were identified.
      
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