蓝孔雀

蓝孔雀人工繁殖控光实验

Light Control Experiment for Artificial Reproduction of Blue Peacock

蓝孔雀的解剖学结构与其生活习性和生理功能相适应。

The anatomy structure of blue peacock was fit to living habits and physiological function .

笼养蓝孔雀两个种群的随机扩增多态DNA分析

A Study on Two Captive Blue Peafowl Populations by Random Amplified Polymorphic DNA

采用RIA法，测定7只性成熟雌性蓝孔雀16个每3h采集血浆样品中的17β-E2水平，用以研究其昼夜变化节律。

Values of 17 β - E2 of the plasma of 7 blue peacocks were measured by RIA , and the 16 plasma specimens were taken out per 3 h during two days .

本试验研究结果表明，蓝孔雀对日粮中DM、AME、CP、EE、CF、NDF和ADF的摄入量、排泄量和消化量都与公鸡相当，但二者均小于火鸡。

The results showed that feed intake , excretion and digestion of DM 、 CP 、 AME 、 EE 、 CF 、 NDF and ADF in blue peafowl was equal to those of cocks , but both were less than those of turkeys ( P0.05 ) .

两个月龄蓝孔雀CP和EE消化率低于公鸡和火鸡，而蓝孔雀的DM消化率和AME代谢率明显高于火鸡和公鸡。

In both months , the CP and EE digestibility in blue peafowl was significantly less than those in cocks and turkeys ( P < 0.05 ), but the DM digestibility and AME metabolic ratio were significantly higher than cocks and turkeys ( . P < 0.05 ) .

试验表明：在公母混养条件下，提高日粮的能量水平可提高产蛋性能和受精率，蓝孔雀的日粮能量水平至少应该是12.30MJ·kg-1。

The results indicated that higher dietary energy level can increase egg production , fertility rate . The dietary energy level is 12.30MJ · kg - 1 at least for blue peafowl breeders in the mixed feeding case .

金头蓝孔雀的从亚体到成熟会经历一个非常精彩的形态转变。

O.lithobates males undergo a really spectacular morphology change as they mature .

蓝孔雀饲料消化利用性能的研究

Studies on Digestibility and Utilization of Diet of Blue Peafowl

利用微卫星标记分析蓝孔雀群体的遗传多样性

Genetic Diversity of Blue Peafowl Based on Microsatellite Markers

成年蓝孔雀日粮代谢能的研究

Metabolic Energy of Conventional Diet for Adult Blue Peafowl

蓝孔雀血液生理生化指标及蛋品质特性研究

Research on Blood Physiological and Biochemistry Indices and Eggs Quality of Blue Peafowl

蓝孔雀卵营养成份的测定

The Nutrient Component Identification in Eggs of Blue Peafowl

蓝孔雀营养液的研制

Research and Production of Blue Peafowl Nutritional Liquid

蓝孔雀血浆17β-E2水平昼夜变化节律研究

Rhythm Change of Blue Peacocks Plasma 17 β - E_2 Level during Day and Night

日粮能量水平对种用蓝孔雀产蛋和受精率的影响

Effects of dietary energy levels on egg production and fertility rate of blue peafowl breeder

幼龄蓝孔雀日粮代谢率试验

Diet Metabolic Rate of Young Blue Peafowl

成年蓝孔雀冬季日粮蛋白质水平与营养物质代谢率的测定

Determination of Protein Level and Nutrient Metabolic Ratio of Winter Diet for Adult Blue Peafowl

田七蓝孔雀口服液大鼠30天喂养实验研究

A 30-day Feeding Study of Oral Liquid of Radix Notoginseng and Blue Peacock in SD Rat

金头蓝孔雀是相对安静温顺的品种，不太表现出侵略意识，适合和其他鱼混养。

O.lithobates are a peaceful Hap , being neither bothered or showing aggression toward other fish .

本实验测定了蓝孔雀卵中的水分、蛋白质和粗脂肪的含量。

This test determines the content of moisture , protein and crude fat of blue peafowl eggs .

结果显示，白孔雀与蓝孔雀的亲源关系比与绿孔雀的亲源关系近。

The result showed that white peafowl has a closer relationship to blue peafowl than to green peafowl .

综合体重、饲料效率及屠宰指标，11.71MJ/kg是28-84日龄蓝孔雀适宜的日粮能量水平。

For body weight , feed efficiency and carcass characteristics , 11.71 MJ / kg was optimal for growing peafowl at age of 28-84 days .

本研究通过三个试验研究了蓝孔雀对日粮营养物质消化利用性，并探讨了蓝孔雀日粮适宜的粗蛋白质和能量水平。

Three experiments were conducted to investigate digestive and utilizable performance of dietary nutritional matter in blue peafowl , and studied on the feasible protein and energy content in blue peafowl diet .

解剖观察了成年雌性蓝孔雀的消化系统。结果表明，蓝孔雀的消化系统食管内有纵行皱褶，其扩张性极大；

Through the anatomical structure elementary observation of an adult blue Peacock , the results showed that there were many vertical gofers in the oesophagus of digestive system that was very expansive .

日粮能量水平的提高，显著降低了84日龄蓝孔雀相对腿肌重和小肠的重量、相对小肠重量、小肠的长度及相对小肠长度。

As dietary energy levels increased , Leg muscle 、 small intestine weight 、 relative small intestine weight 、 small intestine length 、 relative small intestine length was significantly ( P < 0.05 ) decreased at 84 day of age .