蓝兔

方法：青紫蓝兔22只44眼，光动力学方法建立兔双眼的CRVO模型。

METHODS : CRVO model was made by the photodynamic method in 22 rabbits ( 44 eyes ) .

观察了青紫蓝兔内毒素（ET）性发热时血浆、脑脊液（CSF）、隔区和下丘脑精氨酸加压素（AVP）含量的变化。

He changes of arginine vasopressin ( AVP ) contents in the plasma , cerebrospinal fluid ( CSF ) . septal area and hypothalamus of rabbits during endotoxin fever were observed .

[方法]：1.选取青紫蓝兔27只，随机分为单纯缝合组、自体静脉组和Bio-Gide生物膜组，每组9只。

A total of 27 livid blue Rabbits selected randomly were evenly divided into simple closure group , autogenous vein group and Bio-Gide Biomembrane group .

方法共选用45对新西兰大白兔和青紫蓝兔，随机分为5组，进行半侧异体颜面移植，观察FK506、MMF和强的松三联免疫抑制方案的效果。

Methods hemifacial composite-tissue flap were performed between Livid blue rabbits and New Zealand white rabbits , The immunosuppressive agent comprised FK506 , MMF and prednisone . 45 couples of rabbits were divided into five groups .

2只青紫蓝兔的4只眼作为正常对照组。

Four eyes of 2 rabbits were the normal control group .

膀胱无细胞基质在青紫蓝兔组织工程膀胱替代手术中的应用研究

Acellular Matrix Application : Reconstruction the Bladder of Chinchilla Rabbits by Tissue Engineering Techniques

其中30日龄和60日龄青紫蓝兔人工感染后，其发病率范围在33.33%~100%。

The Chinchilla of 30d ~ 60d the morbidity was 33 . 33 % ~ 100 % after infected artificially .

结果显示青紫蓝兔在40日龄左右用兔瘟组织灭活疫苗进行首次免疫，60日龄时进行二免，对兔瘟病的免疫预防具有明显保护作用。

The experiment results showed that first immune should be used to inactivated tissue vaccine in 40d of chinchilla , and it was second immunized when they were 60 days old .

方法青紫蓝兔随机分为两组，行不同照射程度的经瞳孔温热疗法，分别于照射后即刻、1周、2周、3周和4周时观察光镜下视网膜和脉络膜的组织学变化。

Instantly and at one week , two weeks , three weeks and four weeks after irradiation , the histology change of retinal and choroid were observed with light microscope in the rabbit .