1. Some types of the anopheles mosquito transmit malaria to humans.

2. Methods: Observation on the population and ecology of Anopheles.

3. People get malaria from Anopheles mosquitoes that themselves are infected with a protozoan parasite called Plasmodium.

4. But addicted anopheles was still sensitive to the deltamethrin and permethrin, whose divisional dose death rates were 97.59% and 95.12% separately.

5. Objective To investigate the effect of the female anopheles stephensi mosquitoes' oviposition on the malaria exflagellation-inducing substance in the different organ of the mosquitoes.

6. Objective To establish Anopheles minimus density evaluation model based on climate, environmental and remote sensing data.

7. Anopheles sinensis ^ Aedes albopictus and Culex quinquefasciatus are all the most common mosquitoes in China.

8. Objective To analyze the genetic characteristics of Anopheles anthropophagus from different areas.

9. Anopheles sinensis of Changsha, Shanghai, Zhengzhou and Wuhan origin were tested for their susceptibility to Plasmodium vivax from patients of Cili, Hunan and Mianyang, Hubei.

10. No natural filarial infection was found in 5771 Anopheles sinensis.

11. Microsatellite DNA sequences of Anopheles lester i were isolated, and the polymorphic microsatellite loci were characterized.

12. Anopheles Sinensis , Culex Pseu - dovishnui and C . tritaeniorhynchus were the main species of mosquitoes.

13. Objective To investigate the migrating possibility of Anopheles anthropophagus through observing its special behavior of homochronous sudden increasing and appearance.

14. Objective To clone and analyze the innate immunity - associated genes differentially expressed in Anopheles dirus.

15. Favia told SciDev.Net that the bacteria are also present in the main African malaria mosquito vector, Anopheles gambiae.

16. Aim To investigate the characteristics of life table of Anopheles sinensis in different areas.

17. Objective To examine the anti vector immune response of midgut from the mosquito , Anopheles gambiae.

18. Objective To compare the effects of colony oviposition and single tube oviposition for improving the reproductive rate of Anopheles anthropophagus .

19. Objective:To observe whether there is any reproductive isolation between Anopheles minimus from Lingyun(L)and Yuanjiang. (Y).

20. Most malaria researchers believe that the world's most dangerous mosquito—a malaria-parasite-carrying species called Anopheles gambiae—is a homebody that prefers biting people indoors.

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21. Results Both the head and the salivary gland of Anopheles stephensi contained malaria exflagellation-inducing substance.

22. Objective To understand the resistance situation of Culex pipiens quinquefasciatus and Anopheles dirus to pyrethroid.

23. Lekweiry, a doctoral student at the Cadi Ayyad University in Morocco, studies the Anopheles mosquito to find new ways of tackling the spread of malaria among people in cities.

24. Methods The change of exflagellation-inducing activity in the heads, salivary glands and ovaries of anopheles stephensi was analyzed by using vitro exflagellation assay of plasmodium berghei .

25. Objective To ascertain the changes of haemolymph protein concentration in adult Anopheles under different feeding conditions.

26. These tools were used to do study on life table of natural population of Anopheles sinensis.

27. The ultrastructural changes of sporoblast and sporozoite formation within oocyst of Plasmodium vivax in Anopheles dints was observed by transmission electron microscope.

28. Objective To compare the sequence difference of the ribosomal DNA second internal transcribed spacer (ITS2) in Anopheles minimus from Yunnan, Hainan, Guangxi of China and from Thailand.

29. Objective: Probing into the blood - sucking habit of Anopheles anthropophagus and Anopheles sinensis.

30. Anopheles sinensis were captured in malaria vector surveillance sites and no Anopheles anthropophagus was found. 340 bed nets were impregnated with Cyfluthrin in a local outbreak site.

31. Results: Anopheles sinensis was the only vector and was not Anopheles anthropophagus, nay.

32. Researchers altered the salivary glands of the Anopheles stephensi mosquito, dubbed a "flying vaccinator, " so that it carried the Leishmania vaccine within its saliva.

33. Results The mean corrected death rate of Anopheles anthropophagus was 100% and the mean corrected death rate of Anopheles sinensis was 90.86%.

34. Objective To screen Gram-negative bacteria in the midguts of lab-reared Anopheles sinensis at 3 development stages (larva,[] unfed adult and engorged adult).

35. Objective To study the effect of lower temperature in winter on the development of of Anopheles sinensis in the littoral zone of Guangdong.

36. ObjectiveTo observe the effectiveness of Responsar against Anopheles sinensis and Anopheles anthropophagus.

37. Objective: To observe extending range of Anopheles anthropophagus in Jianghan plain region.

38. Objective To study the relationship between P450 (CYP6 and CYP4) genes and deltamethrin resistance in Anopheles anthropophagus.

39. Objective To analyze the genetic characteristics of deltamethrin resistant strain of Anopheles anthropophagus .

40. Objective To understand the relationship between variation of population number of Anopheles minimus and malaria prevalence.

41. Results Generative isolation is not being existed on anopheles anthropophagus from Sichuan, Jiangsu and Guangxi provinces, they can mate by themselves in ...

42. Objective To establish the molecular identification of five members in Anopheles maculatus complex from China.

43. Anopheles mosquitos transmit malaria.

44. The main cause of outbreaks was the existence of residual source of malaria infection and the concomitance of high density of Anopheles.

45. ConclusJon: Quantitative research of natural population of Anopheles sinensis become possible by using these tools.

46. Objective To investigate the cross- immunoreactivity between the serine proteases derived from Anopheles dirus and Manduca.

47. Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

48. Objective To analyze the relationship between the TEP1 gene of Anopheles stephensi and melanotic encapsulation of Plasmodium yoelii induced by anti-malaria drug nitroquine.

49. Western blot analysis showed that the expression product was recognized by the antiserum. Conclusion There is cross- immunoreactivity between serine protease of Anopheles dirus and Manduca.

50. Since the end of 1960's, Guidong County in Hunan has been an endemic area of tertian malaria with Anopheles hyrcanus sinensis as transmission vector.