1) Fly-larvae
蝇幼虫
1.
An Investigation on Fly-larvae Which Breed in the Different Sloring Way Home-rubbish in City;
城市生活垃圾不同贮纳方式蝇幼虫滋生调查
2) Housefly larvae
家蝇幼虫
1.
Influence of carbofuran and dirthofencarb on internal AChE activity in housefly larvae.;
克百威和乙霉威对家蝇幼虫体内AChE活性的影响
2.
Effects of temperature and photoperiod on diapause of housefly larvae;
温度和光周期对家蝇幼虫滞育的影响
3.
Housefly larvae and surplus manure were weighted after one week of the treatment manure, and change of the number of colibacillary colony was observed.
目的 观察家蝇幼虫 (蝇蛆 )处理猪粪的效果和猪粪中粪臭素和排污量的变化。
3) Musca domestica larva
家蝇幼虫
1.
Observation on hemocytes morphology of the Musca domestica larva stained by fluorescent staining methods;
家蝇幼虫血细胞荧光染色法的形态观察
2.
Efficacy of antimicrotial peptides extracted from Musca domestica larva against tumor cell;
家蝇幼虫抗菌肽对肿瘤细胞的作用效果观察
3.
Study on inducement and antibacterial characterization of antibacterial proteins in Musca domestica larvae;
家蝇幼虫抗菌蛋白的诱导及抗菌特性
4) house fly larvae
家蝇幼虫
1.
Biological evaluation of nutrition value to house fly larvae protein;
家蝇幼虫蛋白质营养价值的生物评价
2.
The utilization prospects of house fly larvae were very broad.
家蝇幼虫的利用前景十分广阔,本文主要介绍了家蝇幼虫在动物饲料、食用、几丁质、抗菌物质以及凝集素等方面的开发利
5) Musca domestica larvae
家蝇幼虫
1.
Effect of musca domestica larvae secretion from different sources on development of ascaris suum egg;
不同来源家蝇幼虫分泌物对猪蛔虫卵发育影响
2.
Isolation of peptides from Musca domestica larvae secretion and study on their antibacterial effect;
家蝇幼虫分泌物抗菌组分的抗菌效果观察及筛选
3.
Purification of the antimicrobial peptides with anti-toxoplasma gondii effect isolated from Musca domestica larvae;
家蝇幼虫抗弓形虫抗菌肽分离纯化
6) housefly larva
家蝇幼虫
1.
SDS-PAGE analysis of the antibacterial activity of the hemolymph from housefly larva;
家蝇幼虫淋巴液的抑菌作用及其SDS-PAGE分析
2.
Objective To study the immunological and antibacterial activity of hemolymph from housefly larva.
目的研究家蝇幼虫免疫血淋巴抑菌作用及其机制并探讨其免疫调节功能。
3.
Antimicrobial substances were extracted from the skin of housefly larvae, pupae and the remains of the larvae feed.
本论文从家蝇幼虫体表提取家蝇幼虫分泌的具抗菌活性的物质,进行了分离纯化、抑菌活性、抑菌机理、稳定性及化学成分初步鉴定等方面的初步研究,结果如下: 1。
补充资料:大金头蝇的幼虫(炒肉芽)
大金头蝇的幼虫(炒肉芽)
大金头蝇的幼虫(炒肉芽)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条