羊驼毛

There's excitement to turn more and more of our American alpaca fiber into clothing.

目前的兴奋，把更多的服装和我们的美国羊驼毛纤维更多。

All those characteristics make alpaca fibre worthy in textile industry.

所有这些特点决定了羊驼毛在毛纺工业中是理想的原料。

Main business: cotton series products, alpaca wool products, chemical fiber fabrics Fabrics and other.

主要经营：麻棉系列产品，羊驼毛系列产品，化纤布等流行面料。

Its fur is almost waterproof and softer than alpaca .

它们的毛几乎不透水而且比羊驼毛更柔软。

Natural animal fibers like cashmere, mohairs, and alpaca have traditionally been associated with high quality and high prices textile

天然动物纤维如山羊绒、马海毛和羊驼毛往往与高品质及高价格的纺织产品想在一起；其优越的品质和高尚形

To study the characteristics of alpaca fibre and further to assess the production performance of the alpaca, we made microstructural and ultrastructural observation on alpaca skin and fibre.

为研究羊驼毛的特性并评价羊驼的生产性能，观察了羊驼皮肤和毛的显微结构和超微结构。

The article introduces the character of alpaca's serration. It also test, alpaca's processing properties, Such as length, fineness, crimp, frictional properties and so on. After test and measurement, it compares alpaca's properties with cashmere, botany wools and 64s wool.

介绍了羊驼毛纤维表面的鳞片形态特征，对其长度、细度、卷曲、摩擦等工艺性能进行了测试分析，并与山羊绒、超细羊毛、64支澳毛进行了对比研究。

Peruvians raise alpacas, a species of South American camelid, primarily for their warm wool and sometimes to eat.

羊驼源自安第斯山脉高地，已被驯化，属南美骆驼科，秘鲁人养羊驼主要是取它们的毛，有时也吃肉。

Alpaca fiber's diameter is very large. It has serial or batch wise medullate.

羊驼毛直径粗，有连续型或间断型髓腔。

Immunohistochemistry was applied for further investigating the expression and location of this gene in Alpaca skin. Results showed that positive expressions of AIF were found in hair root, root sheath, hair bulb, and dermal papilla, with higher expression in brown skin than grey skin. Our findings indicated that the gene could be related to the establishment of Alpaca coat color and hair growth.

运用免疫组化技术进一步研究该基因在羊驼皮肤中的表达和定位，结果显示AIF在羊驼毛囊的毛根、根鞘、毛球、毛乳头位置均呈阳性表达，且棕色皮肤比灰色皮肤表达量高，提示该基因可能和羊驼毛色形成或毛的生长相关。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。