鼠兔

高原鼠兔和Wistar大鼠骨骼肌线粒体的比较蛋白质组学初步研究

Comparative proteomic analysis of plateau Pika and Wistar rat gastrocnemius mitochondria

高原鼠兔HIF-1α基因真核表达载体的构建及细胞表达和定位

Construction of Eukaryotic Expression Vector of HIF-1 α Gene in Plateau Pika and Its Expression and Localization in Cell

试验结果表明，3个浓度的D型肉毒毒素对高原鼠兔的灭杀效果与0.1%的C型肉毒毒素相当。

The control effects of D type botulin at these 3 concentrations were equal to that of 0.1 % C type botulin .

常氧下高原鼠兔HIF-1αmRNA的表达

Tissue Specific Expression of Plateau Pikas ( Ochotona curzoniae ) HIF-1 α mRNA Under Normal Oxygen

新杀鼠剂鼠大克对高原鼠兔（Ochotonacurzoniae）的毒效试验

Studies on destroying plateau pika ( ochotona curzoniae ) with rodenticide Ratak

目的：克隆青藏高原高原鼠兔肌红蛋白（MGB）基因编码区，并分析其序列特征。

Objective : To clone and analysis the coding region of MGB of Ochotona Princeps ( pika ) .

高原鼠兔通过RMR与NST的调节，维持恒定的体温，是对高原地区气温变化的适应性对策之一。

It is one of the adaptive strategies to high altitude environment that the pikas maintain constant body temperature by means of the regulation of RMR and NST .

我们推测，Ldh-c基因不仅在高原鼠兔精子中表达，而且在体细胞同样表达。

We speculated that , Ldh-c gene was not only expressed in testes of plateau pika , but also in somatic cells .

我们推测，随着海拔的升高，高原鼠兔Ldh-c基因的表达受抑制，抑制精子获能，从而对其生殖造成影响。

We speculated that , with the elevation increasing , the plateau pika Ldh-c gene expression was inhibited , which affected their reproduction .

高原鼠兔Ldh-c基因的编码区序列与牛，人，大鼠，小鼠分别有84.98,86.09,76.38和76.88%的同源性。

The coding sequence of pika Ldh-c cDNA and LDH-C subunit shared 77-86 % and 74-88 % homology to that of rat , mouse , cow and human , respectively .

结果表明在高原鼠兔中，光周期对MMR的影响较小，而低温可显著地导致MMR的增加（P<001），由此提出温度是高原鼠兔MMR季节性变化的主要生理信号；

The result indicated that ① photoperiod had no effect on MMR of plateau pikas , but cold induced its increase ( P < 0 01 ), and temperature was the main physiological cue for seasonal variation in MMR ;

本论文研究了高原鼠兔（Ochotonacurzoniae）种群数量动态和种群统计特征，为高原鼠兔种群生态学研究提供了重要参数。

Population size dynamics and population statistics features of plateau pikas ( Ochotona curzoniae ) are researched in this paper , v / hich supplies population ecology research of plateau pikas with important parameters .

结果表明，高原鼠兔掘洞形成洞口土堆，造成草甸土壤发生侵蚀，侵蚀程度随着侵蚀坑深度逐渐增加而减弱，在侵蚀坑深度达到20cm时侵蚀基本停止；

The results showed that the erosion occurred as soon as the mounds produced by the plateau pika , the erosion declined with the increased of depth of pit , and erosion ceased when the pit depth eventually stabilized at around 20 cm .

高原鼠兔肺动脉压与NO的变化

Changes on pulmonary arterial pressure and level of no in pika

高原鼠兔的血液生化正常值测定

Determination of Biochemical Normal Values in the Blood of Plateau Pika

低氧对雄性高原鼠兔性腺的影响

Effect of hypoxia on the sex gland of male plateau pika

结果表明：高原鼠兔是长日照动物。

The results suggest that plateau pika is a long-day animal .

高原鼠兔体重生长动态数学模型之再探讨

Second study on growth model of body weight of Plateau Pika

复合不育剂对高原鼠兔种群控制作用的研究

The Control Effect of Compound Sterilant on Population of Plateau Pika

捕食风险对高原鼠兔行为的影响

Influence of the predation risk on the behavior of the plateau pika

青藏高原鼠兔组织中苹果酸脱氢酶同工酶的研究

A study on chances of malic dehydrogenase isoenzyme in Qinghai

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 .

高原鼠兔氧比传导特征的实验研究

Experimental study on specific conductance of oxygen ( mo_2-sc ) in pika

高原鼠兔种群动态与种群统计特征研究

The Research on Population Dynamics and Population Statistical Features of Plateau Pikas

捕食风险对高原鼠兔食物大小选择的影响

Influence of predation risk on selection of food sizes for plateau pikas

高原鼠兔低氧适应机制的研究概况

Adaptation Mechanism of Pika ( Ocho to na curzoniae ) to Hypoxia

高原鼠兔贮草行为初探

A Preliminary Study of Caching Behavior of the Plateau Pika

新疆鼠兔属的种类组成及其分布区

The Component Species of Genus Ochotona and Its Distribution Areas in Xinjiang

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

高寒草甸生态系统中高原鼠兔的繁殖特征

Population Reproductive Characteristics of Plateau Pika in Alpine Meadow Ecosystem