1) Goat embryo
山羊胚胎
1.
Ultrastructural study of the differentiation and development of myocardiac cells of goat embryo;
山羊胚胎心肌细胞分化发育的超微结构研究
2.
A morphological study of the genesis and development of goat embryo heart;
山羊胚胎心脏发生发育的形态学研究
2) goat fetus
山羊胚胎
1.
The histogenesis and development of cerebellar cortex in goat fetus;
山羊胚胎小脑皮质的形成和发育
2.
The results showed:(1)The forming sequence of the cortex plate in different types cortex in goat fetus is from paleocortex and neocortex to archicortex,which is contray to the law of phylogeny.
对山羊胚胎大脑皮质形成及其神经元发育的形态学变化进行了研究,结果表明:(1)山羊胚胎不同类型大脑皮质的皮质板形成时间顺序为旧皮质、新皮质→海马皮质,与种系发生规律相反,提示神经系统内部结构的形成并非完全符合种系进化,而与动物个体组织结构自身的发展相关。
3) Tibetan goat embryo
藏山羊胚胎
1.
Ed(embryonic day) 51～91 Tibetan goat embryos, Ed 53～102 Tibetan sheep embryos and Ed 77～88 Yak embryos were used as test and control materials respectively to investigate hair follicle morphogenesis of different parts, the paraffin embed tissue section was stained by H.
本研究以胚龄(Ed)51～91藏山羊胚胎为实验材料,用Ed 53～102藏绵羊胚胎和Ed77～88牦牛胚胎作为对照,通过石蜡切片、组织芯片和免疫组化方法,研究藏山羊胚胎不同部位毛囊形态发生的差异,并定性和定量检测β-catenin在不同部位毛囊形态发生中的表达。
2.
Ed 51 ~ 89 Tibetan goat embryos were used as material,using tissue microarray to investigate hair follicles morphogenesis differences of different body skin sites and EnVison immunohistochemistry for detecting expression on epithelial-mesenchymal reciprocal interaction during hair follicles morphogenesis.
选择胚龄(Ed)51~89藏山羊胚胎样品,采用组织芯片技术和EnVison免疫组织化学方法对其不同部位毛囊的形态发生及β-catenin,SHH,PCNA,K14的表达进行观察、分析和比较。
5) Sheep placenta peptide
羊胚胎盘肽
1.
Methods: Sheep placenta peptides were prepared by broking-repeated freezing and thawing method and the optimum preparation conditions were studied.
目的：探讨改良的羊胚胎盘肽的提取制备方法并对其免疫活性进行系统的研究。
补充资料：安哥拉山羊
| 安哥拉山羊 Angora goat 毛用山羊品种。原产土耳其首都安卡拉（旧称安哥拉）周围，以产马海毛著称。现以土耳其、美国和南非饲养最多。公、母羊均有角，颜面平直，耳大下垂，唇端或耳缘有深色斑点，颈短，体躯窄，全身被毛白色。一般18月龄开始配种，多产单羔，泌乳量低。成年公羊剪毛量3.5～4千克，母羊2.5～3千克，净毛率70％～80％。土耳其每年剪毛1次，美国和南非2次。
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参考词条