ライフサイエンスコーパス: blood-sucking

1 r of microorganisms to humans and animals by blood-sucking.

2 ctivity demonstrated for the first time in a blood-sucking arthropod.

3 All are transmitted by blood-sucking arthropod.

4 Saliva of blood sucking arthropods contains compounds that antagon

5 are transmitted between vertebrate hosts by blood-sucking arthropods and cause major diseases in hum

6 Saliva of blood-sucking arthropods contains a complex and diverse

7 The saliva of blood-sucking arthropods contains powerful pharmacologic

8 Blood-sucking arthropods have evolved a number of inhibi

9 justifiably implicated other cofactors (eg, blood-sucking arthropods, angiotensin converting enzyme

10 to identify molecularly a DC inhibitor from blood-sucking arthropods.

11 orts to unravel the salivary pharmacopeia of blood-sucking arthropods.

12 trophorin I) from the salivary glands of the blood-sucking bug Rhodnius prolixus has been expressed a

13 Transmission occurs sexually, or via blood-sucking flies or vampire bats.

14 and Smd2, from anterior midgut tissue of the blood-sucking fly Stomoxys calcitrans.

15 In general, blood sucking (hematophagy) is thought to have evolved i

16 rying heme proteins found in the saliva of a blood-sucking insect from tropical Central and South Ame

17 1-4 (NP1-4) are ferriheme proteins from the blood-sucking insect Rhodnius prolixus that transport ni

18 The blood-sucking insect Rhodnius prolixus uses nitrophorin

19 (NP-2), isolated from salivary glands of the blood-sucking insect Rhodnius prolixus, has been shown t

20 f nitrophorin 1 (NP1) from the saliva of the blood-sucking insect Rhodnius prolixus, in the absence a

21 erriheme proteins found in the saliva of the blood-sucking insect Rhodnius prolixus, in this case NP2

22 nitric oxide (NO)-transport protein from the blood-sucking insect Rhodnius prolixus, uses a ferric (F

23 orin 2 (NP2) from the salivary glands of the blood-sucking insect Rhodnius prolixus.

24 Rhodnius prolixus is a blood-sucking insect that uses a mixture of nitrophorin

25 salivary glands of Lutzomyia longipalpis, a blood-sucking insect, with substantial similarity to ins

26 Sindbis virus is vectored in nature by blood-sucking insects and grows efficiently in a number

27 Blood-sucking insects are important vectors of disease,

28 Blood-sucking insects experience thermal stress at each

29 Black flies are blood-sucking insects of public health importance, and t

30 group of ferriheme proteins originating from blood-sucking insects that are tailored to protect and d

31 homologous to soluble nucleotidases used by blood-sucking insects to inhibit host blood clotting.

32 itric oxide (NO) from the salivary glands of blood-sucking insects to their victims, resulting in vas

33 oteins that transport nitric oxide (NO) from blood-sucking insects to victims.

34 Allergy to bites of blood-sucking insects, including biting midges, can affe

35 human homologue of soluble apyrases found in blood-sucking insects.

36 a bizarre fly larva that lived in water as a blood-sucking parasite highlight how much can be learnt

37 100+ bedbug species (Cimicidae) are obligate blood-sucking parasites [1, 2].

38 Evolution of hematophagy in blood-sucking parasites likely involves communication wi

39 Ticks are blood-sucking parasites that secrete numerous immune-mod

40 Ticks, as blood-sucking parasites, have developed a complex strate

41 aggregation inhibitor 1 (RPAI-1) is a novel blood-sucking salivary molecule that binds to ADP and at

42 these compounds is large even among related blood sucking species.

43 ransmitted by exposure to infected faeces of blood-sucking triatomine bugs.

44 therefore have an impact on pathogens within blood-sucking vectors, prior to pathogen transmission to