去查网 logo

tussah silk spun noil

中文翻译柞蚕落棉

同义词释义

    1)tussah silk spun noil,柞蚕落棉2)tussah silk noil,柞蚕丝落绵3)tussah,柞蚕4)tussore,柞蚕5)Antheraea pernyi,柞蚕6)Chinese oak silkworm,柞蚕

用法例句

    Optimization of technology for tussah powder microcapsulation;

    柞蚕粉微胶囊化制备工艺的研究

    Study on Biological Effect of Tussah Egg under Stable Magnetic Field;

    恒定磁场辐照处理柞蚕卵生物效应的研究

    The Tussah s Agricultural Climate Division in Dandong Based on GIS:;

    基于GIS的丹东地区柞蚕农业气候区划

    Optimization of the technology for extracting β-ecdysone from tussore(larva);

    柞蚕(幼虫)中β-蜕皮激素提取工艺的优化

    The fatty acid (FA) in tussore oil was saponificated and modified to methyl esters by different means .

    研究了脂肪油的衍生化、三氟化硼、硫酸3种不同方法对脂肪油的皂化、甲酯化效果,并用GC/MS法对柞蚕中脂肪酸的成分进行了鉴定和分析。

    The optimum extracting condition of β-ecdysone from tussore were investigated by using the response surface methodology.

    通过单因素试验,应用响应面分析法研究了温度、乙醇体积分数、料液比和时间对柞蚕中β-蜕皮激素提取的影响,探讨以乙醇为溶剂提取柞蚕(幼虫)中的β-蜕皮激素的最佳提取工艺条件。

    Effect of an extract from the male zooid of Antheraea pernyi on reversing radiation-induced immunosuppression in rats bearing W256 carcinoma;

    柞蚕雄蛾提取液改善W256荷瘤大鼠放疗后免疫功能的实验研究

    ISSR Analysis of Antheraea pernyi Germplasm;

    柞蚕品种资源遗传多样性的ISSR分析

    Cloning and Structure Analysis on 5′ Flanking Sequence of Fibroin Gene of Chinese Oak Silkworm;

    柞蚕丝素基因5′端部分序列的克隆及结构分析

    In order to raise dietary efficiency and breed Chinese oak silkworm variety with high dietary efficiency,the transforming rate of cocoon weight and the productive rate of cocoon shell of 4 varieties were investigated.

    以提高柞蚕饲料转化效率 ,选择培育高饲料转化效率品种为目标 ,选择不同饲料效率的 4个柞蚕品种 ,调查茧重转化率与茧层生产率 ,并对调查结果进行方差分析与显著性检验 ,结果显示饲料转化效率有很好的继代稳定性。

    This paper reports the bactericidal effect of antibacterial peptide from the Chinese oak silkworm(Antheraea pernyi)on the pathogens of bacterial wilt of eucalyptus and equisetum.

    本文报道柞蚕杀菌肽D对桉树、木麻黄青枯病假单胞菌(Pseudomonassolanacearum)的杀菌作用。

    The silk produced by this worm or a fabric woven from it.

    柞蚕柞蚕吐出的丝或丝织成的布料

    Antheraea pernyi nuclear polyhedrosis virus

    柞蚕核型多角体病毒

    wild silk pongee

    柞蚕丝和棉交织茧绸

    Study on Construction of Transfer Vector of Fibroin Gene of Antheraea Pernyi and Transgenic Chinese Oak Silkworms;

    柞蚕丝素基因转移载体的构建及转基因柞蚕的研究

    An analysis on desertification and degeneration of rearing farm for Antheraea pernyi and a basic conception to promote sericulture development;

    柞蚕场砂化、退化成因分析及柞蚕业发展的基本构想

    Clone and Sequencing of Vitellogenin in Antheraea Pernyi and Bombyx Mori;

    柞蚕及家蚕卵黄原蛋白基因的克隆与序列分析

    The Study of Regenerated Antheraea Pernyi/Bombyx Mori Silk Fibroin Blend Porous Materials

    再生柞蚕/家蚕丝素共混多孔材料的研究

    The Effects of Calcium Salt Treatment on the Structures and Properties of Tussah and Mulberry Silk

    钙盐处理对柞蚕丝与桑蚕丝结构和性能的影响

    Analysis of Content of Amino Acid to Three Kinds of Spun SilkWang

    桑蚕绢、木薯绢及柞蚕绢氨基酸含量对比分析

    Breeding of Antheraea permyi Hybrid Variety Hulunbei'er 1 in Bivoltine Area in which Breeding One Generation A Year

    二化一放蚕区柞蚕杂交种呼伦贝尔一号的选育

    Experimental Study on Antitumor Activity of Antheraea Pernyi Cecropin in Human Nasopharyngeal Carcinoma Cell Line CNE2;

    柞蚕抗菌肽抗人鼻咽癌CNE2的实验研究

    Study on Differentially Expressed Proteins in Posterior Silk Glands of Fifth Instar Antheraea Pernyi Larvae;

    五龄柞蚕后部丝腺差异表达蛋白研究

    The Research on Biological Characteristics of Antheraea Pernyi Radiated by ~(60)Co-γ Ray

    ~(60)Co-γ辐射对柞蚕生物学特性的影响

    A Study on the Relationship between Tussach Production and Ecological Environment in Dandong, China

    丹东柞蚕生产与生态环境关系的探讨

    Analysis on the Combining Ability of Three Important Economic Traits in Antheraea pernyi

    柞蚕3个重要经济性状的配合力分析

    Key Technologies of Converting Two Kinds of Tussah to One Kinds

    柞蚕二化一放应注意的几项关键技术

    Expression of a Lysozyme from Antheraea Pernyi in Pastoris and the Effects of Recombinant Ap-Lysozyme on Streptococcus Mutans;

    柞蚕溶菌酶基因在酵母中的表达及重组柞蚕溶菌酶对变形链球菌的作用

    A STUDY ON AMINO ACID COMPOSITION OF GRADULLY HYDROL USED TUSSED SILK

    柞蚕丝逐级水解后其氨基酸组成的研究

全部查询工具

关于我们免责声明联系我们网站地图最近更新

免责说明:本站为非营利性网站,本站内容全部由《去查网》从互联网搜集编辑整理而成,版权归原作者所有,如有冒犯,请联系我们删除。

Copyright © 2020 - 2024 quchaw.com All rights reserved.浙ICP备20019715号