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   fowl cholera 的翻译结果: 查询用时:0.009秒
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畜牧与动物医学
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fowl cholera
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  禽霍乱
     The cure ratesof 400 chicken and ducks,140 chicken,200 piglets and 45 pigs infected with fowl cholera, fowlsalmonellosis, dysentery and swire erysipelas differcntly, were 91%,89.5%,86.45%,94.06%and 93.33% separately by the clinical test.
     对400只禽霍乱病鸡、病鸭,140只鸡沙门氏菌病,200头仔猪下痢病,45头猪丹毒病进行临床试验,治愈率分别为91%、89.5%、86.45%、94.06%,93.33%。
短句来源
     Establishment of Indirect ELISA forDetecting Fowl Cholera Antibody
     检测禽霍乱抗体间接ELISA法的建立
短句来源
     The attenuated fowl cholera vaccine of strain Clone89 was shown to be safe when administered intramuscularly into layer and broilers of 53 days-12 months old with the doses of 5×109 and 10×109 CFU bacteria respectively.
     研究结果显示,用5×109到10×109禽霍乱克隆89弱毒活菌苗肌注53日龄到12月龄蛋鸡、肉鸡是安全的。
短句来源
     The resultdemonstrated that the vaccine is safe and reliable,no apparent interference,strong immunity produced 5-7 days after vaccination,and the recent protection rates for Fowl Cholera and chicken Colibacillosis are almost 100 %.
     试验结果表明 ,疫苗安全可靠 ,无明显的干扰现象 ,免疫后 5~ 7d产生坚强保护力 ,对禽霍乱和鸡大肠杆菌病的近期保护率均为10 0 %。
短句来源
     The reason of dead peak of 101 to 110 days old chicken in infection of coccidiosis and then continous infection of fowl cholera and staphylacoccosis.
     101~110日龄鸡群死亡高峰是由于感染球虫病之后继发禽霍乱及葡萄球菌病所致;
短句来源
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  鸡霍乱
     Potency Test for A Fowl Cholera Live Vaccine (G190E_(40) strain ) in mice
     以小鼠检测鸡霍乱G190E_(40)疫苗的效力试验
短句来源
     The layers of the four poultry farms in the north region of Jiangsu Province were experimented with the oral fowl cholera Vaccine R1 - 23 strain for study the effect on egg production.
     应用R1-23鸡霍乱口服弱毒活疫苗,分别在苏北地区的四个养禽场的不同品种产蛋鸡群中进行试验,以研究该口服弱毒活疫苗免疫接种后对鸡群产蛋量的影响。
短句来源
     The content of lipid peroxide ( LPO ) in tissues of liver, spleen and duodenum of diseased chickens haying Fowl Cholera were determined with TBA colorimetry.
     本文以TBA比色法测定了鸡霍乱病鸡肝、脾及十二指肠组织中脂质过氧化物(LPO)的含量。
短句来源
     Micro—agglutination Test for Detecting Antibody Against Fowl Cholera
     微量凝集试验检测鸡霍乱抗体的研究
短句来源
     Study on Epedemiology of Fowl Cholera in Chickens
     鸡霍乱流行病学研究
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  “fowl cholera”译为未确定词的双语例句
     Preparation of Serum-free Medium by MA_(12) Bacterial Synergist and its Application I. Effect of MA_(12) Bacterial Synergist on Increasing the Amount of Pasteurella multacida of Fowl Cholera in Sorum-free Medium
     无血(清)培养基MA_(12)增菌剂的研制及应用——Ⅰ.MA_(12)无血(清)培养基增菌剂对禽多杀性巴氏杆菌增菌效果试验
短句来源
     The differential diagnosis and pathogenic identification of fowl cholera of broiler flock
     肉鸡群禽霍乱的鉴别诊断与病原鉴定
短句来源
     The results revealed that the cure rate of three dose danofloxacin and enrofloxacin group following 4 days treatment against fowl cholera were 93.3%,93.3%,80%,86.7% respectively. The mortality of the infected and untreated group was 66.7%.
     结果表明 :达氟沙星三个不同剂量组、恩诺沙星对照组连续用药 4天 ,对禽霍乱的治愈率分别是 93 3%、93 3%、80 %、86 7% ,而感染对照组的死亡率为 6 6 7% ;
短句来源
     A subunit vaccine aganist fowl cholera, which is an crude capsular antigens extracted from C48-(A:5) strain of Pasteurella multocida with a cold soline solution, has been preduced.
     采用冷食盐溶液从禽多杀性巴氏杆菌C48-1(A:5)菌株细胞壁提取粗荚膜抗原,并制成荚膜亚单位苗,分别对鸡和鸭重复效检均有效。
短句来源
     One kind of growth-stimulating factor, MA12 which has an obvious bacterium-increasing effect had been prepared. Adding 0. 05-0. 15%MA12 to the culture growing Pasteurella multacida of Fowl Cholera has similar effect on increasing bacterial amount to compare with adding 3-5% animal serum in the culture.
     从多种成分的组合配方中研制成一种增菌效果显著的MA_(12)促细菌生长因子,在禽多杀性巴氏杆菌的培养基中,加入0.05—0.15%MA_(12)可替代3—5%的血(清)浓渡,二者繁殖菌数相似。
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  fowl cholera
The presence of fowl cholera appeared to increase plasma levels by increasing the intestinal permeability and lowering the hepatic and/or renal clearance.
      
A physiologically based pharmacokinetic model was developed to describe the absorption and disposition of chlortetracyline (CTC) in the healthy and diseased (fowl cholera) turkey.
      
Sublines homozygous at the major histocompatibility complex (MHC), as well as F1 heterozygotes and F2 segregants, were tested for resistance to fowl cholera by challenge with Pasteurella multocida strain X73.
      
Genetic resistance to fowl cholera is linked to the major histocompatibility complex
      
These results suggest that the genetically modified tobacco plant can be potentially used as a model system to develop plant-based vaccine against the fowl cholera.
      
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A formol vaccine against fowl cholera was prepared from blood Martin agar culture with aluminium hydroxide as adjuvant.Four virulent strains with prominant capsules were used.Two injections of 1 ml.of such vaccine conferred immunity in fowls against a challenge with 7-9 M.L.D.of virulent culture at 100 days following the date of vaccination. The authors suggested that the antigenic components and their concentration; i.e.,the number of the organism and the antigenic content of the capsular substance...

A formol vaccine against fowl cholera was prepared from blood Martin agar culture with aluminium hydroxide as adjuvant.Four virulent strains with prominant capsules were used.Two injections of 1 ml.of such vaccine conferred immunity in fowls against a challenge with 7-9 M.L.D.of virulent culture at 100 days following the date of vaccination. The authors suggested that the antigenic components and their concentration; i.e.,the number of the organism and the antigenic content of the capsular substance of the vaccine were considered to be essential for on the im munizing capacity of the product.

作者等选择厚莢膜强毒菌株,应用血液馬丁琼脂,制成一种免疫效力比較滿意的菌苗,两次注射每次1毫升,可以抵抗7—9个M.L.D.强毒菌的攻击,免疫期最少可达100天(未作更长时間的测定)。作者等认为,莢膜物质可能在鸡霍乱菌苗的免疫中具有重要意义,故在創造有利于莢膜形成的条件以外,尽量避免或减少热和化学剂对此种有效抗原物质的破坏作用。此外,提高菌苗中的抗原浓度,借以增加抗原刺激的强度,似乎也是保証有效免疫的必要条件。

Summary Chickens at 20 weeks of age were divided at random into five groups. The first group was administerted with Ji-lin attenuated live fowl cholera vaccine in the drinking water, every chicken received about 120×10~8 live organisms. The second group was administerted in the same way with Hua-nan attenuated live vaccine containing about 104×10~8 live organisms. The third group was injected subcutaneously with Ji-lin vaccine. The fourth group was injected subcutaneously with Hua-nan attenuated live...

Summary Chickens at 20 weeks of age were divided at random into five groups. The first group was administerted with Ji-lin attenuated live fowl cholera vaccine in the drinking water, every chicken received about 120×10~8 live organisms. The second group was administerted in the same way with Hua-nan attenuated live vaccine containing about 104×10~8 live organisms. The third group was injected subcutaneously with Ji-lin vaccine. The fourth group was injected subcutaneously with Hua-nan attenuated live vaccine. The 5th group was unvaccinated as control. The first, second and 5th groups were challenged with the C 48-1 virulent strain of Pasteurella multocida(obtained from the Control Institute of Veterinary Bioproducts and Pharmaceutical )25 days after the administration of vaccines. The 3rd, 4th and 5th groups were challenged 30 days after vaccination. Both the first and 3rd groups of chickens were protectes against the challenge, the rate of protection being 58.33% and 66.67% respectively (P<0.05). However, both the second and 4th groups failed to obtain protection, their rates of protection, being 25%(P>0.05). The result of this study indicates that chickens administerted with Ji-lin live fowl cholera vaccine can develop an immunity against the challenge of a homologous virulent strain of Pasteurella multocida and that the administration to chickens of a live fowl cholera vaccine in drinking water may be adopted as a means of prevention of fowl cholera.

将20周龄小鸡46只随机分成五个试验组。第1组用吉林禽霍乱活菌苗饮水免疫,每只小鸡约饮服120×10~8个活菌,第2组用华南弱毒菌苗饮水免疫,每只小鸡约饮服140×10~8个活菌。第3组皮下注射吉林活菌苗,第4组皮下注射华南弱毒菌苗,第5组不接种菌苗作为对照组。第1、2、5组在饮服菌苗后25天,第3、4、5组在皮下免疫注射后30天,用农业部兽医药品监察所C48—1多杀性巴氏杆菌强毒株攻击,第1组和第3组分别获得58.33%及66.67%的保护率,保护性显著(P<0.05),而第2组和第4组则未获明显保护性(P>0.05),保护率均为25%。本试验证明,用吉林禽霍乱活菌苗饮水免疫可引起小鸡抵抗同源多杀性巴氏杆菌强毒株的免疫力,同时表明禽霍乱活菌苗饮水免疫这一方法将是可行的。

Transfer factor ( TF ) is a dialysable ( ultrafilterable ) extract of sensitised leukocytes. It transfers cellular immunity from a skin test positive donor to a skin test negative recipient. Its molecular weight is less than 5000 and consists of polypeptides RNA and DNA. In this paper the ultra-filtration for preparation of Transfer Factor from the normal fowl blood was described in detail. Some physicochemical and biological properties of TFu ( which were prepared by the method mentioned above ) were studied,...

Transfer factor ( TF ) is a dialysable ( ultrafilterable ) extract of sensitised leukocytes. It transfers cellular immunity from a skin test positive donor to a skin test negative recipient. Its molecular weight is less than 5000 and consists of polypeptides RNA and DNA. In this paper the ultra-filtration for preparation of Transfer Factor from the normal fowl blood was described in detail. Some physicochemical and biological properties of TFu ( which were prepared by the method mentioned above ) were studied, and also TFu was used for prevention of fowl cholera and treatment of pullorum disease. It was shown that the TFu preparation was non-toxic, non-anaphylactic, non-antigenic, and protein-free. It contained polypeptides, RNA, DNA and 17 kinds of amino acids such as lys. ALA. PRO and so on. Each millilitre of the preparation has 786±0.75ug of polypeptioles 201.22 ± 19.7ug of RNA and 340 ± 12.2ug of DNA. In clinical use, the monber of lymphocytes in the peripheral blood was increased. The effect of TFu for preventing fowl cholera and treating preventive and therapeutic effects in Cholera Avium Pullorum disease seemed to be distinct.

本文详细地介绍了以鸡血为原料用超滤器制备鸡转移因子(TFu)的方法,并对转移因子的生物学特性、理 化性质,以及应用酸性α-醋酸萘脂酶(Acid a-naphthyl ecetate estenase,简称ANAE>标记T淋巴细胞测 定细胞免疫功能。此外,还使用TFu来预防人工复制的禽巴氏杆菌病及治疗鸡白痢病试验。结果表明,TFu蛋白 定性为阴性,本品中含有多肽、RNA、DNA以及赖氨酸、丙氨酸、脯氨酸等十七种氨基酸.每毫升注射液含多 肽786±0.75μg,RNA201.22±19.7μg,DNA340±12.2μg,动物试验安全,无抗原性及过敏性.临床应用后, 明显地提高了外周血中T淋巴细胞的百分率,增强和调整了机体免疫功能,对预防禽出败人工复制病例和治疗鸡 白痢病,有明显的效果.

 
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