1.
Cloning and Expression of Trichinella Spiralis 5 Days Old Adult Worm Stage-specific cDNA;
旋毛虫5日龄成虫期特异性基因的克隆与表达
2.
Screening and Sequence Analysis of the 5 Days Old Adult Stage-specific Gene of Trichinella spirais
旋毛虫5日龄成虫期特异性基因的筛选与序列分析
3.
The predacious ability of fifth instar nymph and adult is larger.
随着日本高姬蝽虫龄的增长,取食量增大,其中5龄若虫和成虫的捕食作用较大.
4.
Progress on excretory-secretory antigens of Trichinella spiralis pre-encysted larva
旋毛虫成囊前期幼虫排泄分泌抗原的研究进展
5.
Study on the Protective Immunity Induced by the Somatic Antigen、Excretory-secretory Antigen and Surface Antigen of Trichinella Spiralis Adult Worm;
旋毛虫成虫虫体抗原、排泄分泌抗原和表面抗原保护性免疫的研究
6.
Comparative study of the protective immunity activated by antigens of adult worms and muscle larvae of Trichinella spiralis
旋毛虫成虫抗原和肌幼虫抗原保护性免疫的比较研究
7.
Prokaryotic Expression and Characterization of an Antigenic Gene of Adult Trichinella spiralis
旋毛虫成虫抗原基因的原核表达及表达产物的特性分析
8.
Comparison of trichinelloscopy and Baermann's technique for the inspection of Trichinella spiralis pre-encapsulated larvae in meat
镜检法与贝氏法对肉类中旋毛虫成囊前幼虫的检验效果
9.
Inspection methods for the pre-encapsulated larvae of Trichinella spiralis in meat and the influencing factors
肉类中旋毛虫成囊前期幼虫检验方法及其影响因素
10.
Studies on Specific Diagnostic Antigens of Trichinella Spiralis Muscle Larvae;
旋毛虫肌幼虫特异性诊断抗原的研究
11.
Study on survival status in vitro for muscle larvae of Trichinella spiralis
旋毛虫肌幼虫体外生存状况实验研究
12.
The average rate of virus transmission by nymph was higher than that by adultThe 1st stage of TLB had alowest capacity of virus transmission.
3龄若虫传毒能力强于2龄和5龄,1龄若虫传毒能力最弱。
13.
Study and Application for Diagnosing Swine Trichinosis with ES Antigen Derived from Trichinella Spiralis
旋毛虫肌幼虫排泄—分泌抗原诊断猪旋毛虫病的研究与应用
14.
The Construction & Immunoscreening of cDNA Expression Library of Mucscle Larvae of Trichinella Spiralis & Trichinella Pseudospiralis;
旋毛虫、伪旋毛虫肌幼虫cDNA文库的构建及其免疫学筛选
15.
Comparative analysis of muscle larval antigens of Trichinella spiralis and Trichinella pseudospiralis by SDS-PAGE and two-dimensional gel electrophoresis
旋毛虫与伪旋毛虫肌幼虫抗原的SDS-PAGE和双向电泳分析
16.
Determining the Age of Adult Achoetandrus rufifacies by Pteridine Fluorescence Analysis;
应用蝶啶荧光分析法推断绯颜裸金蝇成虫日龄
17.
a caterpillar changes into a butterfly
一条毛毛虫变成了蝴蝶。
18.
The caterpillar turned into a butterfly.
毛毛虫变成了蝴蝶。