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  muntjac
     The sister chromatid exchange(SCE) rates of Red Muntjac at 48hand 72h are 5.08±0.33/cell and5.33±0.30/cell respectively.
     赤的姐妹染色单体交换率在48和72小时分别为5.08±0.33/细胞和5.33±0.30/细胞;
短句来源
     Lung fibroblast line of Indian muntjac (KIZ-7901) was transformed with MNNG (N-Methyl-N-nitro-N-nitrosoguanidine).
     本文用MNNG(N-Methyl-N'-nitro-N-nitrosoguanidine)(甲基硝基亚硝基胍)转化赤肺成纤维细胞株(KIZ-7901)。
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     Shrubs were the most important food of black muntjac, accounting for 55.4% of the diet. Cephalotaxus fortunei, Smilax glabra, Itea chinensis var.oblonga,Kadsura longipedunculata and Trachelospermum jasminoides were the species most frequently eaten. The percentages of these items in the diet were 17%, 16.5%, 9%, 8.7% and 4.3%, respectively.
     三尖杉 (Cephalotaxus fortunei)、光叶菝葜(Smilax glabra)、矩圆叶鼠刺(Itea chinensis var. oblonga)、南五味子(Kadsura longipedunculata)和络石(Trachelospermum jasminoides)为黑四季都取食且在食物组成中所占比例较高的植物,分别为 17%、16.5%、9%、8.7%和 4.3%,是黑取食的主要食物。
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     Label Y_2 Paint Probes of Munticus Muntjac Vaginalis by LA-PCR and in situ Hybridization
     LA-PCR法制备赤Y_2涂染探针与原位杂交
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     At 72h,mostof Red Muntjac and hybrid cells arestill in the 2nd division,but the num-ber of cells entering 3rd and 4th divi-sion increased in comparison with thatat 48h.
     在72小时,赤及其杂种的大多数分裂细胞仍处于第2次分裂阶段,进入第3次和第4次分裂的细胞数量也随之增多。
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  “麂”译为未确定词的双语例句
     Whilethe SCE rates of it's hybrid are 4.76±0.21/cell and 5.40±0.74/cell res-pectively.
     向杂种的姐妹染色单体交换率分别为4.76±0.21/细胞和5.40±0.74/细胞。
短句来源
     latoucheae were much greater,with the Levins and Hurlbert's niche breadths 0.7974,0.6435,0.6272,0.5908,0.5783 and 0.7770,0.4012,0.4745,0.4171,0.4303,respectively.
     结果表明,古田山青冈林中青冈、马银花、木荷、甜槠、角杜鹃等具有较大的生态位宽度,其Bi、Ba分别为0.7974、0.6435、0.6272、0.5908、0.5783和0.7770、0.4012、0.4745、0.4171、0.4303;
短句来源
     At 36h,1.4% of Red Muntjaccells and 10.5% of the hybrid cellsenter into the 2nd division.
     到36小时,赤只有1.4%而杂种已有10.5%的分裂细胞进入第2次分裂。
短句来源
     At 48h,3rd division does not appear in RedMuntjac cells,but 4.7% and 0.2%of hybrid cells engage in the 3rd and4th division respectively.
     在48小时,赤细胞尚未进入第3次分裂,而杂种却已有4.7%和0.2%的分裂细胞分别进入第3次和第4次分裂。
短句来源
     Application of 12S rRNA in the identification of Muntiacus crinifons and Muntiacus reevesi
     12S rRNA在黑和黄物种鉴定中的应用
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  相似匹配句对
     Black Muntjac's Call
     黑的呼唤
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     Black Muntjac’s Call
     黑的呼唤
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  muntjac
Plating of indian muntjac cells in commercially available media
      
Cadmium induced changes in cell organelles: an ultrastructural study using cadmium sensitive and resistant muntjac fibroblast ce
      
A detailed electron microscopy study of cadmium sensitive and resistant muntjac fibroblast cell lines has identified a wide range of intracellular damage following exposure to cadmium.
      
Changes in muntjac fibroblasts associated with the acquisition of cadmium resistance
      
A series of cell lines with different levels of resistance to continuous cadmium exposure has been developed from an immortal but non-transformed muntjac fibroblast cell line.
      
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  barking deer
In a female barking deer, Muntiacus muntjak, whose 2 X-chromosomes are mutually distinguishable from each other, one X has been found to be late replicating in 57.8% cells compared to the other which is late replicating in 42.2% cells.
      
Javan rhino, wild buffalo, hog deer, and barking deer are now extinct from the area.
      
is described from the intestine of the barking deer, Muntiacus muntjak, from Simatuoh, Sapulot, Sabah, Malaysia.
      
Haematology and Serum Biochemistry of Chital (Axis axis) and Barking Deer (Muntiacus muntjak) Reared in Semi-Captivity
      
Haematological and serum biochemical values of clinical significance that could serve as reference data for deer kept in captivity were measured for chital (Axis axis) and barking deer (Muntiacus muntjak).
      
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The life cycle of Eurytrema cladorchis Chin, Li and Wei, 1965 is here reported for the first time. Eurytremosis due to the pure infcctien of this species of Eurytrema was found endemic in cattle and goats in the mountain villages belonging to kiu-mu People's Commune in Pu-cheng district bordering Fujian, Zhejiang and Jiangxi. Here, the infection rates among cattle were 83%-100% with an average of 93.6%. Due to high worm-infestations many cattle died with great loss to the farmers in this region.In the summer...

The life cycle of Eurytrema cladorchis Chin, Li and Wei, 1965 is here reported for the first time. Eurytremosis due to the pure infcctien of this species of Eurytrema was found endemic in cattle and goats in the mountain villages belonging to kiu-mu People's Commune in Pu-cheng district bordering Fujian, Zhejiang and Jiangxi. Here, the infection rates among cattle were 83%-100% with an average of 93.6%. Due to high worm-infestations many cattle died with great loss to the farmers in this region.In the summer of 1976 investigations on the epidemiology of this disease were conducted. While the ecologic and etiologic factors were studied, the life cycle of this species was completely elucidated. Infection experiments first conducted in the field-laboratory and later in Amoy revealed the different developmental stages of the parasite, such as the miracidium, mother and daughter sporocysts, ccrcaria, metacercarial cysts, adolescent worm and the adult.The mollnscan intermediate hosts in this area were found to be the land-snails, Bradybaena similaris Ferussac which were found infected with the parasite. Searches for the insect intermediaries resulted in the discoverv of a tiny "needle cricked", Nemobius caibae (Gryllidae, Ncmobiinae), which serves as the transmitter of Euryremosis of cattle and goats in this mountainous area. Since there is a considerable difference in altitude between Kiu-mu People's Commune situated close to Hsien-Hsia-ling and Fung-ling mountain ranges and the plains of south and central Fukien, the Tettigoniid grasshopper (Conocephalus maculatus Le Guillou) which serves as the second intermediate host of E. coelomaticum in the latter region, is replaced by the "needle cricket" which apparently is the optimum host of E. cladorchis. The wild ungulates serving as reservoir-hosts of E. cladorchis are the musk-tike deer, Muntiacusreveesi(Ogilby) and the water deer Hydropotes inermis Swinhoe.With regard to species differentiation, besides the adult morphology which can very well differentiate E. cladorchis from other species of Eurytrema, the larval structures also indicate its independent status. The stylet of the miracidium is especially long, The mature daughter sporocyst is club-shaped instead of possessing two tails on both ends of the sporocyst as in E, coelomaicum or possessing a thick proboscis on anterior end and a tail on another end as in E.pancreaticum. The specific cercarial characters are the size ratio between oral and ventral suckers, and the round tail which has no spines at its posterior end. The cyst wall of E, cladorchis is relatively thinner then the other two species. The arrangemest. of the penetration glands and ducts of the metacerearia are also different.In the course our survey a new species of Eurytrcma was found from the catties. The name Eurytrema sphaeriorchis sp. nov. is proposed. Their distinguishing charaeters form other species of Eurytrema were made in the Chinese text.

本文报导我省北部山区浦城县九牧公社所发现的牛、羊及野生反刍动物獐,枝睪阔盘吸虫病纯一的流行区,当地耕牛本吸虫病的感染率高达83—100%,平均93.6%。病牛普遍瘦弱无力,经常死亡。首次报导了:枝睪阔盘吸虫的全部生活史及其各发育期的形态特征;同型阔纹蜗牛自然感染枝睪阔盘吸虫幼虫期,经人工感染试验发现针蟀是本吸虫的第二中间宿主,并介绍了人工感染的针蟀喂饲则断奶的山羊羔的试验。对本病的传播媒介针蟀种类进行观察,认为是和小针蟀(Nemobius caibae)同种。此外,叙述寄生在耕牛胰脏表面小胰管中一种圆睾阔盘吸虫新种。

A diploid cell strain (KIZ-7901) of red muntjac (Muntiacus muntjak) has been established in our laboratory. The diploid chromosome number of red muntjac( = 7 , = 6 ) is the lowest among all vertebrates, so it is a good assay system for the testing of chemical mutagens.

研究环境化学物质(农药、药物、食品添加剂,工业毒物、化妆品、大气和水的污染物等等)对人类遗传的潜在危害以及这种危害的定量估价和对策即遗传毒理学工作,是当前环境科学的一项重要内容。其中,建立灵敏可靠的环境致癌—诱变剂检测系统又有特别重要的意义(施立明等,1979)。姐妹染色单体交换率(SCEs)测定,由于操作简单,观察客观又具有高度的灵敏性,是近年来颇受重视的一项新的检测指标(施立明,1979)。赤(Muntiacus muntjak)是迄今已知染色体数目最少的脊椎动物(2n=♂7,♀=6)其核型特点适合于遗传毒理学测定的需要。本工作以离体培养的赤二倍体细胞株为材料,结合姐妹染色单体交换这一新指标,旨在探讨这一新的检测系统对于研究化合物诱变活力的价值。

Results of this experiment indicatethat there is no division in 24h cultureof peripheral blood lymphocytes ofRed Muntjac and the hybrids of RedMuntjac × Chinese Muntjac.At 36h,1.4% of Red Muntjaccells and 10.5% of the hybrid cellsenter into the 2nd division.At 48h,3rd division does not appear in RedMuntjac cells,but 4.7% and 0.2%of hybrid cells engage in the 3rd and4th division respectively.At 72h,mostof Red Muntjac and hybrid cells arestill in the 2nd division,but the num-ber of cells entering 3rd and 4th divi-sion...

Results of this experiment indicatethat there is no division in 24h cultureof peripheral blood lymphocytes ofRed Muntjac and the hybrids of RedMuntjac × Chinese Muntjac.At 36h,1.4% of Red Muntjaccells and 10.5% of the hybrid cellsenter into the 2nd division.At 48h,3rd division does not appear in RedMuntjac cells,but 4.7% and 0.2%of hybrid cells engage in the 3rd and4th division respectively.At 72h,mostof Red Muntjac and hybrid cells arestill in the 2nd division,but the num-ber of cells entering 3rd and 4th divi-sion increased in comparison with thatat 48h.The sister chromatid exchange(SCE) rates of Red Muntjac at 48hand 72h are 5.08±0.33/cell and5.33±0.30/cell respectively.Whilethe SCE rates of it's hybrid are 4.76±0.21/cell and 5.40±0.74/cell res-pectively.

及其杂种(赤×小)外周淋巴细胞在离体培养条件下,培养了24小时均未出现分裂相。到36小时,赤只有1.4%而杂种已有10.5%的分裂细胞进入第2次分裂。在48小时,赤细胞尚未进入第3次分裂,而杂种却已有4.7%和0.2%的分裂细胞分别进入第3次和第4次分裂。在72小时,赤及其杂种的大多数分裂细胞仍处于第2次分裂阶段,进入第3次和第4次分裂的细胞数量也随之增多。赤的姐妹染色单体交换率在48和72小时分别为5.08±0.33/细胞和5.33±0.30/细胞;向杂种的姐妹染色单体交换率分别为4.76±0.21/细胞和5.40±0.74/细胞。

 
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