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大豆     
相关语句
  soybean
    Study on Pathotoxin Produced by Phytophthora Sojae and Induced Resistant Mechanism of Soybean Treated by It
    大豆疫霉根腐病菌毒素及其诱导抗性机制的研究
短句来源
    Construction of C_4 Phosphoenolpyruvate Carboxylase Gene from Sugarcane and Genetic Transformation of Soybean(Glycine Max (L.) Merrill)
    甘蔗C_4磷酸烯醇式丙酮酸羧化酶基因植物表达载体构建及转化大豆研究
短句来源
    Isolation and Characterization of DREB-type Transcription Factor Genes from Soybean
    大豆DREB类转录因子基因的克隆及功能研究
短句来源
    SOYBEAN BREEDING IN THE LASER
    大豆激光育种
短句来源
    CHANGES OF TOTAL N—CONTENT IN SOYBEAN LEAVES AND THEIR DIAGNOSIS
    大豆叶片全氮含量的变化及其叶诊断
短句来源
更多       
  soy
    PHOSPHORYLATION OF SOY PROTEIN
    大豆蛋白磷酸化
短句来源
    Study on the lncreasing Effect of Active Cellulase Producing Strains to the Rate of Solvable Soy Proteins
    纤维素分解菌对提高大豆蛋白溶出率作用研究
短句来源
    STUDY ON PAPAIN HYDROLYSATE FOR SOY PROTEIN ISOLATE
    木瓜蛋白酶水解大豆分离蛋白研究
短句来源
    Aggregation of Soy Protein Isolates by Subtilisin Protease: Influence of Preheatment and Concentration of Protein and Enzyme
    枯草杆菌蛋白酶促大豆分离蛋白聚集:蛋白质和酶浓度以及热处理的影响(英文)
短句来源
    Furthermore the value of Km of soy protein hydrolysis by each enzyme was calculated respectively.
    求出了各酶水解大豆蛋白的Km 值。
短句来源
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  glycine max
    Construction of C_4 Phosphoenolpyruvate Carboxylase Gene from Sugarcane and Genetic Transformation of Soybean(Glycine Max (L.) Merrill)
    甘蔗C_4磷酸烯醇式丙酮酸羧化酶基因植物表达载体构建及转化大豆研究
短句来源
    REPRODUCTIVE CAPACITY OF BACTEROIDS Ⅱ. IN NODULES OF GLYCINE MAX (L.)MERR.
    根瘤菌类菌体的繁殖能力 Ⅱ、在大豆Glycine max(L.)Merr.根瘤中
短句来源
    CYTOLOGICAL STUDY ON A SOYBEAN (GLYCINE MAX) BEARING TWO PAIRS OF SATELLITED CHROMOSOMES
    栽培大豆(Glycine max)一个新核型的细胞学研究
短句来源
    Approaching for a Quantitative Method of Karyotypic Analysis in Soybean, Glycine max
    大豆[Glycine max (L.)Merrill]核型分析的数量方法探讨
短句来源
    Somatic Embryogenesis from Protoplast-derived Callus in Soybean ( Glycine max L. )
    大豆原生质体愈伤组织的体细胞胚胎发生(英文)
短句来源
更多       
  soy bean
    Study on Pathotoxin Produced by Phytophthora Sojae and Induced Resistant Mechanism of Soybean Treated by It
    大豆疫霉根腐病菌毒素及其诱导抗性机制的研究
短句来源
    Construction of C_4 Phosphoenolpyruvate Carboxylase Gene from Sugarcane and Genetic Transformation of Soybean(Glycine Max (L.) Merrill)
    甘蔗C_4磷酸烯醇式丙酮酸羧化酶基因植物表达载体构建及转化大豆研究
短句来源
    Isolation and Characterization of DREB-type Transcription Factor Genes from Soybean
    大豆DREB类转录因子基因的克隆及功能研究
短句来源
    SOYBEAN BREEDING IN THE LASER
    大豆激光育种
短句来源
    CHANGES OF TOTAL N—CONTENT IN SOYBEAN LEAVES AND THEIR DIAGNOSIS
    大豆叶片全氮含量的变化及其叶诊断
短句来源
更多       

 

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      soybean
    Determination of the residue of quizalofop-p-tefuryl in soybean by HPLC
          
    A HPLC method was developed for the analysis of quizalofop-P-tefurylof in soybean.
          
    The recoveries from the analytical method for soybean were 84.32%-89.25%.
          
    Synthesis and application of phenolic resin internally toughened by chain extension polymer of epoxidized soybean oil
          
    A novel epoxidized soybean oil (ESO) internally toughened phenolic resin(ESO-IT-PR) with both good toughness and excellent thermal stability was prepared as the matrix resin of copper clad laminate (CCL).
          
    更多          
      soy
    Interaction of native Bowman-Birk soybean protease inhibitor and its hydrophobized derivative with multilamellar vesicles of soy
          
    The effect of both isoflavones on lipid peroxidation of soy phospholipids in multilamellar vesicles was studied at various concentrations.
          
    We investigated the effect of the soy isoflavone genistein on the proliferation and contact-stimulated migration of rat prostatic carcinoma MAT-LyLu and AT-2 cell lines.
          
    Low levels of bacteriocin activity were produced in BHI, M17, 10% (w/v) soy flour and 10% (w/v) molasses, suggesting that specific nutrients are required for optimal production.
          
    Populations with a high consumption of soy protein have a low coronary event rate and a high life expectancy.
          
    更多          
      glycine max
    C1, the methane-utilizing yeast Candida boidinii, and plants Arabidopsis thaliana and Glycine max (soybean) was performed.
          
    101 appeared as the most thermostable enzyme; its counterpart from Glycine max exhibited the lowest stability.
          
    We studied the role of light during exogenous assimilation of nitrate (the only source of nitrogen) by the callus cells of soybean (Glycine max).
          
    As test systems,Crepis capillarisL., Tradescantia clone 02, and soybean (Glycine max(L.) Merrill) were used.
          
    Molecular Genetic Identification and Certification of Soybean (Glycine max L.) Cultivars
          
    更多          
      soy bean
    Soy bean extract with glucose or oleic acid in the growth medium ofRhizopus delemar affected the production of higher values of biomass, total lipids and total glycerides than when ammonium nitrate was used as a source of nitrogen.
          
    Effects of culture conditions on protease production byStreptomyces clavuligerus growing on soy bean flour medium
          
    Other protease inhibitors (from soy bean, lima bean, bovine pancreas and bovine serum) are also without effect.3.The molecular weight is approximately 86 000, as determined by gel filtration.
          
    The application of electrophoresis to the separation of metal species in soy bean flour extracts was studied and compared with the routinely used gel chromatography.
          
    For soy bean oil and margarine, a simple partitioning of ITX into acetonitrile was used.
          
    更多          


    By continuous perfusion with calcium free Ringer solution, the activity of the hypodynamic toad heart may be augmented with certain phosphatides or soaps. Among those lipids, crude soy-bean phosphatides are most powerful. Crude egg yolk phosphatides and its alcoholic insoluble fraction and sodium or ammonium oleates are also effective; whereas the alcohol soluble fraction of egg yolk phosphatides(i.e. lecithin) and potassium oleate are ineffective. The perfusion fluids, which revive the activities of the hearts...

    By continuous perfusion with calcium free Ringer solution, the activity of the hypodynamic toad heart may be augmented with certain phosphatides or soaps. Among those lipids, crude soy-bean phosphatides are most powerful. Crude egg yolk phosphatides and its alcoholic insoluble fraction and sodium or ammonium oleates are also effective; whereas the alcohol soluble fraction of egg yolk phosphatides(i.e. lecithin) and potassium oleate are ineffective. The perfusion fluids, which revive the activities of the hearts and which are drained after experiments contain about 1/8 to 1/4 the quantity of calcium of normal Ringer. Such calcium is speculated to be liberated from the cardiac tissue. In conclusion, the presence of a minute quantity of calcium in the perfusing fluid is necessary to aid the action of phosphatides in maintaining the contractility of the hearts.

    (一)在無鈣任氏液中,蟾蜍心臟搏動停止,某些磷脂和皂類可以使心臟搏動恢復,並維持幾小時。 (二)在上述情况中,有效的脂類為大豆磷脂、粗製雞卵璘脂及其不溶於酒精的部分、油脂酸鈉和油脂酸銨等;溶於酒精的雞卵磷脂和油脂酸鉀,並無作用。 (三)心搏在無鈣任氏液中經磷脂作用而恢復後,鈣自心肌向灌流液釋出。 (四)心肌鈣質或灌流液中存在的微量鈣質是磷脂對心肌的興奮作用所必需。

    Soy-bean phosphatides, sodium oleate and rabbit serum are able to revive the contractility of toad heart inhibited by high potassium(0.054 to 0.074 gram of KCl in 100 ml Ringer solution) and by acetylcholine. During the recovery of the mechanical activity of the cardiac muscle in potassium inhibition, there is always an augmentation of its electrical response. Adrenaline stimulates the potassium as well as the acetylcholine inhibited toad hearts. The action of adrenaline differs from that of the lipids in(i)...

    Soy-bean phosphatides, sodium oleate and rabbit serum are able to revive the contractility of toad heart inhibited by high potassium(0.054 to 0.074 gram of KCl in 100 ml Ringer solution) and by acetylcholine. During the recovery of the mechanical activity of the cardiac muscle in potassium inhibition, there is always an augmentation of its electrical response. Adrenaline stimulates the potassium as well as the acetylcholine inhibited toad hearts. The action of adrenaline differs from that of the lipids in(i) adrenaline produces no A-V block and(ii) adrenaline promotes the contractility and accelerates the rhythm of the heart.

    (一)在高鉀抑制的心臟,大豆磷脂與油脂酸鈉和血清有恢復或增強心臟搏動的能力。 (二)磷脂在加強高鉀抑制中的機械反應同時,亦加強心肌的動作電流。 (三)腎上腺素亦有興奮高鉀與乙醯胆鹼抑制心臟的作用。與磷脂所表現有所不同,腎上腺素在高鉀任氏溶液中不出現房室阻滯;在乙醯胆鹼抑制下,則不但興奮心肌的機械反應且增加心搏的頻率。

    ~~

    本文报告大豆(品种为“丰地黄”)胚和胚乳发育的过程。大豆胚的发育基本上属十字花型(柳叶菜型)。因为合子首先进行横分裂,结果形成由顶细胞和基细胞构成的二细胞胚。顶细胞首先进行纵裂,成为胚体细胞的基础,基细胞发育成胚柄,而不参加胚体的形成。大豆胚柄由多列细胞組成,而十字花型(柳叶菜型)的典型代表 Capsella bursa-pastoris 和 Ludwigia palustris 的胚柄由一列细胞构成,因此与它们有明显区别。在由基细胞发育成由多列细胞粗成的胚柄过程中,观察到细胞的液泡化和后来液泡消失的过程。大豆传粉后两昼夜可见合子分裂形成二细胞胚。传粉后三天发育成3—8个细胞的胚。传粉后五天形成约由30—40个细胞组成的小圆球胚。传粉后八天发育成由更多细胞组成的大圆球胚。到传粉后十二天可以看到顶端扁平的胚,以及子叶、胚根和胚轴的分化。大豆胚乳的发育属核型。由受精的极核分裂成游离胚乳核,游离核以有丝分裂方式繁殖。它的最初几次有丝分裂是同时进行的,分裂速度与胚细胞分裂速度大体上相同。在胚乳发育过程中我们未见到无丝分裂现象,但尚不能断定在大豆胚...

    本文报告大豆(品种为“丰地黄”)胚和胚乳发育的过程。大豆胚的发育基本上属十字花型(柳叶菜型)。因为合子首先进行横分裂,结果形成由顶细胞和基细胞构成的二细胞胚。顶细胞首先进行纵裂,成为胚体细胞的基础,基细胞发育成胚柄,而不参加胚体的形成。大豆胚柄由多列细胞組成,而十字花型(柳叶菜型)的典型代表 Capsella bursa-pastoris 和 Ludwigia palustris 的胚柄由一列细胞构成,因此与它们有明显区别。在由基细胞发育成由多列细胞粗成的胚柄过程中,观察到细胞的液泡化和后来液泡消失的过程。大豆传粉后两昼夜可见合子分裂形成二细胞胚。传粉后三天发育成3—8个细胞的胚。传粉后五天形成约由30—40个细胞组成的小圆球胚。传粉后八天发育成由更多细胞组成的大圆球胚。到传粉后十二天可以看到顶端扁平的胚,以及子叶、胚根和胚轴的分化。大豆胚乳的发育属核型。由受精的极核分裂成游离胚乳核,游离核以有丝分裂方式繁殖。它的最初几次有丝分裂是同时进行的,分裂速度与胚细胞分裂速度大体上相同。在胚乳发育过程中我们未见到无丝分裂现象,但尚不能断定在大豆胚乳发育过程中没有无丝分裂过程,因为我们固定材料时间间隔较长。在较大圆球胚时胚乳开始形成细胞壁,细胞壁的形成过程自胚端开始,逐渐及于合点端。在子叶分化时胚乳细胞壁开始破坏,其过程也是自胚端(珠孔端)开始,逐渐及于合点端。在胚乳细胞退化时看到有巨大核和比正常胚乳核小的、梭形退化的胚乳核。

     
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