目的是通过小型猪复方麻醉剂（XFM）来研究乙胺噻吩环己酮对一氧化氮（NO）的一氧化氮合酶（NOS）的作用。
The objective is to investigate the effects of tiletamine on NO and NOS by XFM.
目的测定SPF小型猪主要脏器重量和系数。
Objective To measure the organ weight and organ coefficient of SPFminiature pig.
目的：建立小型猪颈动脉粥样硬化性狭窄模型。
Objective: To establish carotid artery atherosclerotic stenosis model in mini-swine.
目的探索一种简单快速分离纯化小型猪胰岛的方法。
Objective To explore a simple and rapid method for the isolation and purification of minipig islet cells.
目的：探讨髁突横断骨折对幼年小型猪咀嚼肌的影响。
Objective: to evaluate the effect of childhood miniature pig transverse fracture of mandibular condyle on masticatory muscle.
小型猪正逐渐成为生命科学研究中的重要实验动物。
Miniature pigs have been becoming important laboratory animal for life science researches.
同时，小型猪与人在解剖、生理及病理方面非常相似。
Meanwhile, mini-pig and human are very similar in anatomy, physiology and pathology.
小型猪实验化在医学和生命科学研究中具有重要意义。
Breeding of laboratory mini-pigs is significant in medical science and life-science research.
结果：幼年期小型猪髁突纵行骨折后多形成双髁突畸形。
Results: Bifid mandibular condyle deformity was found in most of the fractured condyles.
拔除小型猪的牙齿取自体的牙周膜干细胞，体外培养扩增。
Autologous PDLSCs were obtained from extracted teeth of the miniature pigs and then expanded ex vivo to enrich PDLSC Numbers.
小型猪；
解剖上小型猪胰腺形态和胰胆管汇入方式与人类有所不同。
The morphology of pancreas and features of common bile duct conjunction with pancreatic duct in piglet are different from those in human.
小型猪颌下腺位于舌骨上下肌群上方，被部分腮腺下极覆盖。
Thesubmandibular glands lied superficial to the suprahyoid, and infrahyoid muscle groups, and were covered by the inferior portion of the parotid gland.
结果初步建立了封闭群实验用小型猪遗传质量标准和检测方法。
Results Genetic standards of closed colony experimental minipig and its detecting methods have been established.
因此小型猪可以作为与牙及肌肉有关的生物力学研究的实验动物。
Miniature pigs can be used as an animal models which can explain some problems of gnathostomatic system of human beings.
目的：研究应用黄连素复合生物膜对小型猪牙行直接盖髓术的作用。
Objective:To study the effectiveness of direct pulp capping with biomembrane of berberine compound in minipigs.
结果小型猪主要咀嚼肌包括嚼肌、颞肌、翼内肌、翼外肌及颧弓下颌肌；
Results The main masticatory muscles of miniature pigs include masseter muscle, temptory muscle, lateral pterygoid muscle, medial pterygoid muscle and zygomaticomandibular muscle.
目的研究单一大剂量射线照射单侧小型猪腮腺对双侧腮腺结构和功能影响。
Objective to evaluate the effects of a solitary megadose protocol of ionizing radiation (IR) to parotid gland on the structured and function changes of bilateral parotid glands in miniature pig.
采用改良方法对12头雌性小型猪进行手术中留置导尿，取得了满意效果。
We successfully used improved urethral catheterization in 12 female pigs. The article introduced the urethral catheterization in female pigs and our experience.
目的建立小型猪胰腺十二指肠移植模型，活检供胰的病理检查监测急性排斥。
Objective To establish a successful model for pancreaticoduodenal allotransplantation with enteric drainage in piglet and surveillance acute rejection by biopsy.
测定了5头贵州香猪和5头上海小型猪发情周期和妊娠早期外周血清的孕酮含量。
The progesterone contents of peripheral serum of 5 Guizhou Xiang gilts and 5 Shanghai mini-gilts were determined during their oestrous cycles and early pregnancy by a radioimmunoassay method.
目的研究贵州小型猪淋巴细胞对化学物或药物引起的DNA损伤及修复影响的反应。
ObjectiveTo study the reaction of Guizhou miniature pig to the DNA damage and repair caused by chemical substances or drugs.
方法采用半定量pcr方法检测了我国四种小型猪内源性逆转录病毒基因的拷贝数。
Methods Semi-quantitative PCR method was used in this research to estimate PERV copy-number of four mini-pigs in China.
通过手术方法去除小型猪第一磨牙牙颈部的牙槽骨和牙周韧带，从而形成牙周损害。
The periodontal lesion was generated in the first molars area of miniature pigs by the surgical removal of bone and subsequent silk ligament suture around the cervical portion of the tooth.
模拟临床使用的上颌稳定性夹板，在小型猪上设计为铸造金属网状围墙塑料混合垫。
To imitate clinical use of maxillary stability occlusal splint, the occlusal splint was designed as maxillary casting mental framework with resin on the occlusion for minipigs.
计算出三个小型猪品系个体样本在35个微卫星基因座的纯合率，并对其进行t检验。
Rates of homozygote for 35 microsatellite loci in three miniature pig breeds were calculated, and t-test for them were performed.
结论小型猪的混合唾液流率与人接近，是唾液疾病研究中较为理想的大型实验动物模型。
It is considered that minipig is a good large laboratory animal model for investigation of oral saliva gland diseases.
结论小型猪的混合唾液流率与人接近，是唾液疾病研究中较为理想的大型实验动物模型。
It is considered that minipig is a good large laboratory animal model for investigation of oral saliva gland diseases.
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