Insect protein

美 [ˈɪnsekt ˈproʊtiːn]英 [ˈɪnsekt ˈprəʊtiːn]
  • 网络昆虫蛋白
Insect proteinInsect protein
  1. Development of inquire into insect protein feed

    探讨昆虫蛋白饲料的开发与利用

  2. Due to the successful cultivation of the house fly ( Musca domestica ) larvae-HFL , a large quantity of the clean HFL sample can be obtained to study the insect protein .

    由于家蝇(Muscadomestica)幼虫的人工养殖获得成功,可大量得到干净的蝇幼虫样品以供做为昆虫蛋白的研究。

  3. The study on extracting methods of edible insect protein

    食用昆虫蛋白质的提取研究

  4. The exploitation and application of insect protein feed

    昆虫蛋白质饲料的开发应用

  5. Advances in the Application of Insect Protein , Chitosan and Fatty Acids to Animal Nutrition and Feed

    昆虫源蛋白质、壳聚糖、脂肪酸在动物营养和饲料中的应用研究与前景

  6. Wageningen University is leading research into the viability of extracting insect protein for use in food products .

    瓦赫宁根大学正在引领一项有关提取昆虫蛋白质用于食品制造的可行性的研究。

  7. Study on translation of refuse matter beer grain stillage ect . into insect protein and it ′ s developing utilizing

    啤酒糟等废料转化为虫体蛋白及开发利用研究

  8. Functional Characterization and Genetic Transformation of Insect Antifreeze Protein Genes

    昆虫抗冻蛋白基因的功能鉴定及遗传转化研究

  9. Advances in insect antifreeze protein research

    昆虫抗冻蛋白的研究进展

  10. Role of Threonine on Antifreeze Activity of Insect Antifreeze Protein

    苏氨酸在昆虫抗冻蛋白抗冻活性中的作用

  11. In this study , a small chest turtle antifreeze protein large-scale eukaryotic fermentation provides a reference , as well as laid a theoretical foundation for further revealed the active mechanism of insect antifreeze protein antifreeze protection .

    本研究为小胸鳖甲抗冻蛋白的大规模真核发酵研究提供了参考,同时为进一步揭示昆虫抗冻蛋白抗冻保护活性机理奠定了理论基础。

  12. In this paper , the separation , identification and binding dynamics of the insect Bt receptor protein , and the relationships between Bt toxicity , Bt resistance , receptor proteins , and molecular nature are reviewed .

    该文从昆虫Bt受体蛋白的分离鉴定,结合动力学,与Bt杀虫毒性、抗性的关系及其分子本质等方面综述受体蛋白的研究进展。

  13. Conclusion : Although the complexity of epidemic factors , we found the primary factors were insect bites and high protein diet .

    研究结论:4.1、可能诱发荨麻疹发病的因素虽然复杂,主要是昆虫叮咬、高蛋白饮食。

  14. The paper reviewed the structure , function and pesticidal mechanism of Bt Protein ; several factory of resistance ; the resistant mechanism of insect and IPM of controlling insect resistance to Bt protein .

    简要介绍了Bt蛋白结构与功能,Bt蛋白的杀虫机理,昆虫对Bt蛋白可能产生抗性的几个环节,昆虫对Bt蛋白的抗性机理,以及昆虫对Bt蛋白抗性的综合治理。