按蚊

Minimus A and C is confined under species level; two PCR-based approaches can effectively differentiate these two sibling species which are similar in morphology and different in ecology.

建立的两种以PCR为基础的分子方法均能有效地鉴别形态上难以区分的微小按蚊复合体亲缘种A和C。

Published Nova Methodus Pro Maximus et Minimus ('New Method for the Greatest and the Least'), an exposition of his differential calculus

出版专业的Maximus新星Methodus等按蚊（'新方法的最大和最不'），是他微分博览会

Minimus A and C cluster together in the same branch but they are separated in sub-branchs, implying their monophyletic evolution.

两种分子鉴别方法都能在普通琼脂糖胶上根据特异扩增带直观地将微小按蚊A和C区分开来。

Minimus C.④The light microscopy and the SEM show that there are some morphological changes at the pre-sector pale spot on the costal vein of the wing in some species of An.

显微摄影和电镜扫描结果发现，微小按蚊形态也出现了部分改变，主要反应在翅前缘脉分脉前白斑的变异上，变异种分脉前白斑趋于消失。

Gluteals - these make up the buttocks and consist of the gluteus maximus covering the hip joint and the gluteus medius and minimus on the outside of the hip.

Gluteals -这些构成了臀部和包括臀大肌覆盖髋关节和臀中肌和按蚊在外面的臀部。

Minimus. CONCLUSION Two cryptic species, An. minimus A and An. minimus C, were confirmed in China and the divergence of An.

我国微小按蚊已出现种群分化，至少存在A、C两个亲缘种，其分化未超越种的范畴，属于复合体亲缘种变异。

Ailaoshan ; Malaria: Anopheles minimus ; Relevant factors

哀牢山；疟疾；微小按蚊；相关因素

Transcription factor Relish of An. stephensi might play a role in signal modulation of Plasmodium yoelii infection and oocyst melanization.

斯氏按蚊转录因子Relish可能在疟原虫感染或/和约氏疟原虫卵囊黑化调控中发挥重要作用。

Results of the RT-PCR showed that the increased transcription of T6 is correlated with the infection by plasmodium parasites.

对与先天免疫相关的分子进行的半定量实验表明，大劣按蚊T6基因的转录与感染疟原虫相关。

5 H to Aedes albopictus respectively, while 10% and 20% of compound 31 held repellent activity as long as 4～5 h and 5～6 h to Anopheles sinensis respectively.

结果10%和20%的23号化合物对白纹伊蚊有2.5～3h和4.5～5h的驱避活性，10%和20%的31号化合物对中华按蚊则有4～5h和5～6h的驱避活性。

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。