POD activity maintained at high level.
过氧化物酶也保持较高的活性；
And POD activity increased with the increase of doses.
pod酶活性则均是随着辐照剂量的增大而增大。
And the bigger the spot was, the higher POD activity was.
一年生枝条上病斑越大，POD酶活性越高。
POD activity of leave and Hg content was negatively correlated.
秋茄叶片POD活性和汞含量呈显著负相关。
The IAA deficiency might be correlated with the rise of POD activity.
IAA含量的降低可能与幼穗中过氧化物酶活性的增高有关。
The changes of POD activity are more appropriate in describing the senescence of Kudzu.
其中以POD活性的变化作为反映葛根衰老的参数最为合适。
The effects of SOD and POD activity and MDA amount are different between different treatments.
不同处理的不同浓度对保护酶活性和MDA含量影响不同。
The content of starch, sugar, and POD activity in thick roots were higher than those in thin roo…
粗根的淀粉、可溶性糖含量、POD活性高于细根，而蛋白质含量、游离氨基酸总量和SOD活性则变化较大。
Under high temperature, two varieties of SOD and POD activity both first increase and then decrease.
在高温情况下两品种SOD及POD活性均有先升高后降低现象。
There are polymorphism in POD activity, Pro content, EST and SOD isozyme band of the offspring mutants.
诱变子代的过氧化物酶活性、脯氨酸含量、酯酶及超氧化物酶谱带等均出现或多或少的多态性。
For the same variety, the SOD and POD activity was positively correlated with the field disease-infected index.
对酶活性与田间感病指数作相关分析，发现SOD和POD活性与田间发病指数存在明显的正相关关系。
The activity of antioxidase was very complicated: POD activity was higher, but CAT activity was in the middle of its parents.
抗氧化酶活性关系复杂，两优培九的POD活性高于双亲但CAT活性却介于双亲之间；
The activity of SOD decreased with the extended time of exposure, however, both the POD activity and the CAT activity went up.
抗氧化系统中SOD活性随处理时间延长下降，POD活性上升，CAT的活性也上升。
SOD and POD activity descended apparently, and chlorophyll contents and photosynthesis declined in senescent leaves of lower stem.
主茎下部衰老叶片的SOD、POD活性明显降低、叶绿素含量减少、光合作用功能衰退。
The total phenolics content and POD activity were also lower at earlier storage, but higher at later storage in packing fruits than control.
在贮藏前期，不同包装的果实中，酚类物质含量及过氧化物酶活性低于对照，而贮藏后期却高于对照。
Compared with control the changes of POD activity were stable in leaves of mycorrhizal plants and PPO activity was higher than that of control.
与对照相比，抗病性较强的菌根化植株叶片中pod酶活性变化较为缓和，且ppo酶活性一直较高。
This difference of SOD and POD activity and MDA amount disappeared when the explants were transferred to the conventional medium for recovery growth culture.
对恢复生长后的试管苗生理活性测定表明，当代SOD、POD活性和MDA含量就恢复到处理前水平。
POD activity of the varieties resistance and susceptible have increased, and POD activity of the varieties resistance is rising faster than the varieties susceptible.
抗、感病品种叶片中的POD活性均有升高，但抗病品种比感病品种上升快；
The results showed that SOD and POD activity in leaves of most of the resistant soybean varieties were higher than CK, and those in susceptible ones were lower than CK.
结果表明：抗感品种接种细菌性斑点病菌后叶片中SOD和POD活性在病程的大部分较对照增加，总体而言抗病品种叶片中SOD活性总体增加幅度高于感病品种。
The SOD and POD activity were increased in the both plants treated with sulfur dioxide, but the increased ratio of the susceptible plant is greater than the resistant one.
经SO_2处理后，贴梗海棠和大叶黄杨的SOD和POD活性均上升，抗性植物的升高比率大于敏感植物，随SO_2浓度的增加SOD和POD活性的增加比率而升高。
The result indicated that fruit size did not affect fruit's POD activity, but bigger fruit had higher POD activity change range, medium fruit had lower POD activity change range.
结果表明，苹果果实大小不影响其过氧化物酶活性高低，但大果具有较大的过氧化物酶活性变化幅度，中等果具有较低小的过氧化物酶变化幅度。
The POD activity have a strikingly negative relationship with the height of tree, trunk girth, diameter of crown, the volume of the tree crown, and the dwarfed nature of the stocks.
POD活性与树高、干周、冠径、树冠体积呈显著负相关，与砧木的矮化性呈负相关。
Shoot growth was obviously inhibited by nematodes. For the variety Dogridge(control), the resistant rootstock, POD activity initially descended, then sharply ascended, finally descended.
线虫对地上部生长的抑制作用十分明显，过氧化物酶（POD）活性持续缓慢上升。
The cell membrane permeability, MDA content and POD activity in leaves of two soybean varieties different in resistance to salt were studied under salt stress, using the solution culture method.
用溶液培养的方法对抗盐性不同的两个大豆品种在盐胁迫条件下植株叶片的膜透性、丙二醛含量及过氧化物酶活性进行了研究。
While cotton plants were stressed by disease, SOD activity of leaves decreased obviously, but the activity of POD increased.
同时，棉株受到病害胁迫时，叶片的SOD活性也会明显下降，但是，POD活性则上升。
In the rape root, the activity of peroxidase (POD) decreased with the rising of iron concentration.
在油菜根中，过氧化物酶(pod)活性随供铁浓度的提高而降低。
Moreover, these treatment increase lignin content and the activity of POD and PAL in roots, promote the lignin synthesis in root.
根施壳聚糖均提高了平邑甜茶幼苗根系的POD、PAL活性和木质素含量，促进了根系木质素的合成。
The peroxidase (POD) activity in the fruits is lower at the early stage of "physiological drop" and very high at the drop peak stage.
生理落果的早期，果实中的过氧化物酶活性较低，高峰期过氧化物酶活性迅速增大。
N nutrition had obvious effect on cell-protecting enzymes system and anthrax fungi had obvious regulative effect on the activity of SOD, POD and CAT.
氮营养对植株细胞保护酶系统有明显的影响，炭疽病菌对SOD、POD、CAT活性有明显的诱导调节作用。
N nutrition had obvious effect on cell-protecting enzymes system and anthrax fungi had obvious regulative effect on the activity of SOD, POD and CAT.
氮营养对植株细胞保护酶系统有明显的影响，炭疽病菌对SOD、POD、CAT活性有明显的诱导调节作用。
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