鼢鼠
- zokor;sokhor
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[sokhor] 几种体形健壮的穴居的仓鼠类啮齿动物(鼢鼠属 Myospalax ),产于中国及西伯利亚南部,形状很像美洲产的衣囊鼠,但不同处在于眼睛大为缩小,且缺外耳
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3种鼢鼠线粒体DNA控制区结构及其系统发育分析
Studies on the structure of the mitochondrial DNA control region and phylogenetic relationships of 3 zokor species
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高原鼢鼠(Myospalaxbaileyi)不同地理种群的形态变异
Morphological variation of the plateau zokor ( Myospalax baileyi ) from different geographical populations
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结果表明:化学灭鼠剂磷化锌、敌鼠钠盐、溴敌隆随毒性的降低其防治效果明显下降,生物灭鼠剂C型肉毒素和弓箭法防治高原鼢鼠不仅效果较好,而且效率比较稳定。
It is indicated that the control effectiveness of third-generation chemical rodenticide was declined with the decreasing toxicity , while biological rodenticide Botulin Model C and arrow method gave good performance with stable effectiveness .
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方法:采用PCR直接测序技术测定高原鼢鼠18SRRNA基因核苷酸序列并作序列特征分析。
The nuclear 18S rRNA gene region was amplified by PCR using a consensus primer set and its nucleotide sequence was determined by PCR direct sequencing .
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结论中华鼢鼠骨提取物对由FCA所介导的大鼠佐剂性关节炎的抑制作用,与抑制IL-1的生成以及免疫抑制作用有关。
Conclusion Extracts of MF exert inhibitory effect on rats with hypersensitive reactive inflammation induced by FCA and its mechanism may be related with immunosuppressive action and the inhibition of IL-1 formation .
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甘肃鼢鼠(Myospalaxcansus)由于适应地下洞道高CO2低O2的生活环境,机体各项功能都因低氧影响发生了变化,心血管系统尤为显著。
Owning to adapt for higher CO_2 and lower O_2 of subterranean environment , all functions of Gansu zokors ( Myospalax cansus ) have been changed such as the cardiovascular system .
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高原鼢鼠脂(FOPZ);
Fat of Plateau Zoko ( FOPZ );
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用原子吸收分光光度计、可见光分光光度计对甘肃鼢鼠(Myospalaxcansus)骨骼中Ca、K、Na、Mg、P5种常量无机元素作了测定。
The contents and distributions of the inorganic macroelements & Ca , K , Na , Mg and P in skeletons of Gansu Zokor ( Myospalax cansus ) were determined by AAS ( Atomic Absorption Spectrometry ) and SP ( Spectrophotometry ) .
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3甘肃鼢鼠各处理组血清钙磷浓度均无显著差异;钙添加组、VD添加组、钙+VD添加组血清ALP浓度均显著高于对照组。
The femur P in VD adding group , Ca + VD adding group and control group are significantly higher than that in Ca adding group of SD rats . 3 There are no significant differences of the plasma Ca , P among the four groups of Gansu Zokors .
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在固原林区,应用克鼠星1号(Krs1)灭鼠剂进行鼢鼠防治,2个防治区内,林木死亡率分别比对照下降了9.2%和5.7%,鼢鼠的有效洞率分别下降18.0%和28.9%。
The results show that the tree 's death rates in treatment are reduced by 9.2 % and 5.7 % than control , and the rate of effective zokor cave are reduced 18.0 % and 28.9 % , by making use of Krs1 ~ # to control zokor .
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鼢鼠破坏对天祝高寒草地土壤营养的影响
Impact of zokor on soil nutrients of alpine meadow in Tianzhu
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甘肃鼢鼠血象及其与低氧适应的关系
Blood Composition and its Relationship with Hypoxia Adaptation in Gansu Zokor
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鼢鼠螨类三新种
Three new species of mites from the mole - rats
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次生林全面清坡造林幼林地,其群落优势种为甘肃鼢鼠。
In clear cutting forest , the dominant species was Gansu zokor .
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当前.主要的森林鼠害为中华鼢鼠。
The main forest mouse pest is common Chinese zokor .
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鼢鼠在空间的聚集强度高于鼠兔。
The assembling intensity of the zokor is higher than the pika .
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不同演替阶段鼢鼠土丘群落植物多样性变化研究
Plant diversity variations in zokor-mound communities along a successional stage
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鼢鼠土丘植被演替过程中的种的生态位分析
Niche analysis of species in vegetative succession on zokor mounds
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两种新型方法防治高原鼢鼠的比较研究
Efficiency Comparison of Two New Methods of Controlling Plateau Zokor
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介绍一种野外判别高原鼢鼠性别的方法
A new method to distinguish plateau zokor 's sex in the field
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甘肃鼢鼠和中华鼢鼠繁殖特性的研究
Study on reproductive characteristics of Gansu Zokor and Chinese zokor
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林区甘肃鼢鼠危害的主要特征及生态控制对策
Harmfulness Characteristic and Bionomic Control Measurements to Gansu Zokor in Plantation Areas
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繁殖期甘肃鼢鼠活动节律研究
The daily activity rhythm of Gansu zokor in reproductive period
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高原鼢鼠繁殖期和非繁殖期的行为比较
Behaviour comparison of Plateau Zokor between reproductive and nonreproductive periods
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东北鼢鼠鼠害分布型和抽样调查技术研究
Study on Distribution-model and Sampling Investigation Technology of Zokor Pest
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鼢鼠危害已制约当地造林工程的发展。
The zokor harm has restricted the local development of afforestation project .
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高原鼠兔和高原鼢鼠乳酸脱氢酶同工酶的初步研究
Lactate dehydrogenase isoenzymes of the Pika and the plateau zokor
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克鼠星1号防治甘肃鼢鼠试验研究
A Study on the Control Effects of KRS NO.1 on Gansu Zokor
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高原鼢鼠土丘空间格局及主要特征研究
The study of patterns and characteristics of plateau zokor mound
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人工饲养高原鼢鼠生长和发育的观察
Observation on the growth and development of Plateau Zokors by artificial feeding