微型猪

论微型猪资源的开发利用&实验动物化

On Turning Miniature Pig into Laboratory Animal

对德国格丁根微型猪垂体前叶组织进行体外灌流培养，研究大豆黄酮对垂体促黄体素（LH）分泌的影响。

This study was conducted to examine the effect of daidzein ( Da ) on the secretion of luteinizing hormone ( LH ) in vitro by the pituitaries of Goettingen Miniature gilts in superfusion system .

方法18只成年微型猪随机平均分为两组，分别接受L4.5椎板切除，L4.5钛合金和不锈钢椎弓根螺钉内固定手术。

Methods Eighteen adult mini-pigs undergone total laminectomy , posterolateral spinal fusion ( L_4,5 ) were randomly divided into two groups implanted with either stainless steel or titanium pedicle screw devices .

方法：建立冠状动脉支架置入的广西种的微型猪动物模型，分别置入普通裸支架和缓释厄贝沙坦涂层支架。

Methods Established models of mini - pigs of coronary stent implantation .

在我国小型猪资源较为丰富，适于作医学动物实验的有五指山微型猪、环江香猪、巴马小型猪、西双版纳小型猪、芷猪等品种/品系。

The mini-pig resource is abundance in China .

以云南特有的版纳微型猪近交系为对象，建立由动物自身产生的增生性瘢痕模型，为研究增生性瘢痕的发生机制及防治措施提供较为理想的动物模型。

To establish a real animal model for hypertrophic scar with Banna minipig inbred line ( BMI ) in order to provide an ideal animal model for the clinical study amd protection method of hypertrophic scar .

微型机器人在猪小肠内的实验探讨

Experimental discussion of the miniature robot in the small intestines of pigs

结果：医用微型机器人能够在猪小肠内行走。

Result : The mini-robot can walk in the small intestines of pigs .

结论：该医用微型机器人将来可以应用于活体动物实验。目的：探讨医用微型机器人能否在猪小肠内行走。

Conclusion : The mini-robot can be used living animal experiment in the future . Objective : To discuss whether the mini-robot can walk in the small intestines of pigs .