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peroxidase isozyme     
相关语句
  过氧化物酶同工酶
     Analysis of peroxidase isozyme on these lines showed that Px_1, Px_2, Px_5 were present in all translocation lines, Px_3, Px_4 were only found in RT_(17), RT_(18) and RT_(19) lines.
     过氧化物酶同工酶分析表明:9个系均有Px_(1,2,5,)带,Px_(3,4)二条带只存在于RT_(17,18,19)三个系中。
短句来源
     Analisys of Physiological Targets and Peroxidase Isozyme of C_R704 Maize and S_C704 Maize
     C_R704玉米与S_C704玉米过氧化物酶同工酶及生理指标分析
短句来源
     In order of anthers callus frequence and callusgrowth are :He-Ne 20J/cm ̄2>CK>He-NE30 J/cm ̄2>CO_2 35.4J/cm ̄2. Analysis of peroxidase isozyme fromanthers and its callus irradiation by He-Ne laser shows that is irregular in the change of weak bands.
     按出愈率和愈伤组织生长状况的序列:He-Ne:20J/cm ̄2>CK>He-Ne:30J/cm ̄2>CO_2:35.4J/cm ̄2。 对He-Ne激光照射花药及其愈伤组织的过氧化物酶同工酶分析,主要表现在弱酶带的变化上,无规律差异。
短句来源
     Analysis on Peroxidase Isozyme of 10 Species of Poa.
     10种早熟禾属植物的过氧化物酶同工酶分析
短句来源
     A Comparative Study on Changes of the Peroxidase Isozyme and Activity in the Photoperiod-sensitive Male Sterile 88-428(BY) of the Soybean
     大豆光敏雄性不育系88—428(BY)过氧化物酶同工酶及其活性变化的比较研究
短句来源
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  过氧化物同工酶
     Extracellular peroxidase isozyme patterns changed greatly during suspension culture with different concentrations of 2,4 D and were closely related to cell development process.
     不同2,4D浓度中培养的悬浮细胞,其胞外过氧化物同工酶谱及其随时间变化的方式有很大差异,并与细胞的生长、发育过程密切相关
短句来源
     Studies on Peroxidase Isozyme of 22 Grape Varieties
     22个葡萄品种过氧化物同工酶研究
短句来源
     Effects of La~(3+) on Peroxidase Isozyme of Cymbidium
     La~(3+)处理对大花蕙兰原球茎过氧化物同工酶的影响
短句来源
     Study on the peroxidase isozyme in lotus cultivars
     荷花品种过氧化物同工酶研究
短句来源
     And the peroxidase isozyme zymogram of 3 species belonging to 3 genera were analyzed to grope preliminarily for the significance of isozyme technique to fungi taxonomy.
     本文从中选出3属3种进行过氧化物同工酶酶谱分析,以此来初步探索同工酶技术在真菌分类学中的意义。
短句来源
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  过氧化物同功酶
     Cultural Charater and Electrophoresis Analysis of Peroxidase Isozyme of Several Oyster-cap Fungi
     几种侧耳培养特性及过氧化物同功酶的电泳分析
短句来源
     the hymenophore's peroxidase isozyme were analysed by means of poly-cryalmide gel electrophoresis.
     应用聚丙烯酰胺凝胶电泳技术对平菇3个菌株子实体的过氧化物同功酶谱进行了分析。
短句来源
  过氧化物酶同功酶
     Peroxidase isozyme pattern of C_R704 Maize and S_C704 Maize have no obvious difference, they are both the same at the hereditary base, but enzymatic activity of C_R704 Maize is higher than that of S_C704 Maize.
     C_R704玉米与S_C704玉米各时期的过氧化物酶同功酶谱无明显差别,二者遗传基础一致,但酶活性C_R704玉米高于S_C704玉米。
短句来源
     By analysing peroxidase isozyme in second true leaf of M_1 plantsafter N~+ ion implantation into dry cotton seed, the relation of variationof peroxidase isozyme with doses of N~+ ion implantation and damages ofagronomic traits was studied.
     通过对N~+离子注入棉子后M_1代植株第二真叶过氧化物酶同功酶酶谱的分析,探讨了酶谱变异与离子注入量及农艺性状损伤的关系。
短句来源
     The paper analyzed the hereditary expression of variation on peroxidase isozyme(IPO)of second true leaf of M1 generation derived from seeds treated by nitrogen ionimplantation and the variation frequencies and types of agronomic traits and IPO in M2 generation。
     本文分析了氮离子注入处理棉花种子诱发M1植株第二真叶过氧化物酶同功酶(IPO)变异的遗传表现;
短句来源
     STUDIES ON BIOLOGICAL EFFECTS OF THE ION IMPLANTED COTTO——(Ⅲ) The relation of variation of peroxidase isozyme with doses of ion implantation and damages of agronomic traits
     离子注入棉花生物学效应研究——Ⅲ 过氧化物酶同功酶变异与离子注入量及农艺性状的损伤关系
短句来源
     Treatment with B9 had not changed the number of peroxidase isozymes,but increased the activity of the peroxidase. PP333 induced the appearence of one additional peroxidase isozyme and increased the activity of the peroxidase greatly.
     B_9处理不影响过氧化物酶同功酶谱带数,但稍增加了过氧化物酶活性,PP_(333)处理增加了一条同功酶谱带,且显著地增加了过氧化物酶活性。
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      peroxidase isozyme
    We also studied the resulting changes in root-tip ultrastructure and peroxidase isozyme biochemistry.
          
    However, the context of the peroxidase (cooccurring substrates, additional inducible factors) can mediate the degree of influence seen by changes in individual peroxidase isozyme levels.
          
    Slight differences in the patterns of peroxidase isozyme bands were associated with increases in the chromosome complement in both series of plants, but major variations were found between gametophyte and sporophyte.
          
    A complex DAB-peroxidase isozyme pattern (using diaminobenzidine as substrate) has been observed in different developmental contexts analyzed, but hardly observed in tubers.
          
    Finally, 114 plants were produced from 63 of the 182 calluses derived from the fused protoplasts, and 46 plants of them were confirmed to be somatic hybrids through peroxidase isozyme, RAPD, morphological and cytological analyses.
          
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    By analysing peroxidase isozyme, the authors deal with the zymog-ram patterns observed in different stages of development from sprouting to harvesting in tomato plants.Experiments showed that patterns of pero-xidase isozyme varied with different organs of the plant and with dif-ferent developmental stages.During the transitional period between diffe-rent developmental stages, more isozyme bands and taller scanned peaks were observed.There were more isozyme bands in the samples derived...

    By analysing peroxidase isozyme, the authors deal with the zymog-ram patterns observed in different stages of development from sprouting to harvesting in tomato plants.Experiments showed that patterns of pero-xidase isozyme varied with different organs of the plant and with dif-ferent developmental stages.During the transitional period between diffe-rent developmental stages, more isozyme bands and taller scanned peaks were observed.There were more isozyme bands in the samples derived from root and base of the stalk than in other organs.Their features were appearing clearly.Among different samples taken from distinct stages, best rusults were obtained from the samples derived from sprouting.

    作者通过对过氧化物酶同工酶分析,探计了番茄从芽期至采收末期的酶谱情况,实验结果表明不同生育期及植株不同部位显示的酶谱是不同的。在生育进程的转化时期,酶谱带数目多,扫描峰高;根和茎基显示的谱带数比其它部位多,特征也明显;综合观察,同工酶分析的取材以芽期为好。 用同工酶分析一代杂种,证明酶谱带的变化不受栽培条件及采种早晚的影响,因此可为签定真假杂交工作提供了一种新的方法。

    The treated leaf explants of Nicotiana tabacum were used as the experimental material. Chosiug leaves of the mutagenic plants (79-1, 79-2, 79-5,), its flower coloure changes, and of check plants (the condition of differentiation, transplanting, bloom and the age of leaf were similar to the mutagenic plant) were used for the determination of the peroxidase isozyme pattern by polyacrylamide gel electrophoresis. The results were illustrated in Fig. 1,2. In the older leaves of the control plant there were...

    The treated leaf explants of Nicotiana tabacum were used as the experimental material. Chosiug leaves of the mutagenic plants (79-1, 79-2, 79-5,), its flower coloure changes, and of check plants (the condition of differentiation, transplanting, bloom and the age of leaf were similar to the mutagenic plant) were used for the determination of the peroxidase isozyme pattern by polyacrylamide gel electrophoresis. The results were illustrated in Fig. 1,2. In the older leaves of the control plant there were two extra peroxidase isozyme bands than that of the mutagenic plant at the region of slowly migrating rate. However, there was no obvious difference between the control and treated plant in the younger leaves. When the differentiation of the explants irradiated by ~(60)Co γ-ray and the untreated material showed significant difference, then their zymogrames of the isoperoxidase appeared different. The progress of isoperoxidase of the leaf explants showed an obvious change in their successive differentiation. The pattern of isoperoxidase of the leaf explant cultured on the 3rd day in the differentiation medium showed an evident change, particularly at the region of slower migrating rate, some isozyme bands appeared, but they were not observed in the leaf itself. As the shoots developed, the pattern of isoperoxidase apparently changed. In the explant cultured on the 35th day the band of isozyme at the region of the slower migrating rate disappeared. There was no change in the zymograme patterns of the isoperoxidase between the irradiated explants with different dosags, and the CK during their progressive development of differentiation until the bud formation. In the mean time, however, the explants irradiated with different dosages were morphologically different in their differentiation, with no clear changes in their isoperoxidase patterns. The difference in the isozymes was observed only when the differentiated plantlets irradiated with ~(60)Co γ-ray grew in different conditions. From these results it seems that the mutagenic effects of ~(60)CO γ-ray on the development of isoperoxidase of the leaf of the treated plants or explants may be due to the interference of their levels of endogenous hormones. It has been shown that different concentrations or combinations of kinetin, coconut milk and 2,4-D might exert different effects on the growth and differentiation of the tissues. The patterns of isoperoxidase showed significent changes during the progressive dedifferentiation of the explant, but there was no change during bud formation as the explant was cultured on differentiation medium. The ~(60)Co γ-ray might exert certain regulatory effect on the level of the endogenous phytohormones which control growth and differentiation of the tissues. Further investigations are in progress.

    在烟草的组织中,老叶的过氧化物酶,在迁移速率慢的酶区带对照植株比变异植株多二条酶带,但在幼龄叶片无差异。~(60)Coγ射线诱变的外植体与对照相比,酶谱有显著不同。在组织分化进程中,酶谱亦有显著变化。随着细胞分化进程,定期测定不同剂量γ射线处理的培养组织中酶谱的变化历程,观察到在分化前后酶谱无明显差异。只有在诱变植株生长状态表现明显差异时才见酶谱的变化。培养基中不同浓度组合的激动素、椰乳和2,4-D对细胞生长和分化有不同的调节作用,随着组织分化与脱分化历程,同工酶谱表现明显差异。在组织开始形成愈伤组织以后同工酶谱已有显著变化,但培养在分化培养基上的外植体,在分化前后,其同工酶谱未见明显变化。

    The activity of peroxidase in wheat leaves increased with. the development and aging processof the leaves. Study on the peroxidase isozyme patterns showed that the number of isozyme bands increased and some isozyme bands intensified during leaf senescence.The peroxidase activity of wheat leaves fumigated with SO_2 was higher than that of the control. This enhancement was more pronounced in younger leaves than in older ones.The frontal half of a leaf was injured by SO_2 more severely than...

    The activity of peroxidase in wheat leaves increased with. the development and aging processof the leaves. Study on the peroxidase isozyme patterns showed that the number of isozyme bands increased and some isozyme bands intensified during leaf senescence.The peroxidase activity of wheat leaves fumigated with SO_2 was higher than that of the control. This enhancement was more pronounced in younger leaves than in older ones.The frontal half of a leaf was injured by SO_2 more severely than the basal half of the same leaf. In the mean time, the peroxidase activity in the frontal half was higher than that in the basal half. It has been indicated that the increment of the peroxidase activity is closely related to the extent of injury resulting from exposure to SO_2.SO_2 fumigation caused a change of peroxidase isozyme patterns, too. In addition to the intensification of some isozyme bands, two new isozyme bands were induced.Since the activity of peroxidase increased during the aging process and SO_2 fumigation also caused the intensification of its activity, it is reasonable to propose that there is a relation between SO_2 injury and the acceleration of aging.The increased peroxidase activity indicates the presence of peroxidation processes in cells. It also provided an additional indirect evidence for the proposition we suggested earlier that the SO_2 injury was closely related to the peroxidation of membrane lipids.

    小麦叶片的过氧化物酶活性随年龄增大而上升,同工酶谱也随不同叶层叶龄的增大而加强,并出现新的酶带。 SO_2熏气促进小麦叶片的过氧化物酶活性,不同层次叶片比较,幼嫩叶片促进程度比老叶大些。SO_2熏气对小麦叶片过氧化物酶同工酶的某些酶带有加强作用,并能诱导产生新的酶带。同一叶片的前半叶伤害比后半叶重,过氧化物酶活性也以前半叶为大,说明过氧化物酶活性的提高与伤害有一定关系。

     
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