ライフサイエンスコーパス: protozoal

1 In addition, tsetse PGRP-LB may have an anti-protozoal activity that confers parasite resistance.

2 The phylogeny of the commonest protozoal agent of intestinal disease, Giardia, is uncle

3 s recently shown promise in the treatment of protozoal and fungal diseases, most notably, leishmanias

4 extensively as a drug target for bacterial, protozoal and fungal infections, and also for neoplastic

5 Using the structures of both the protozoal and human enzymes, we have developed inhibitor

6 Analysis of bacterial, protozoal, and fungal dsRNA viruses has improved our und

7 tory monocytes in defense against bacterial, protozoal, and fungal pathogens.

8 to opportunistic organisms-bacterial, viral, protozoal, and others-and such infections may be more se

9 n of the most important foodborne bacterial, protozoal, and viral diseases.

10 , we now show that the mitogenic property of protozoal antigen preparations is in part attributable t

11 ered mammalian, plant, yeast, bacterial, and protozoal cells in seconds to minutes via a nonendocytic

12 ion (16%) while increasing local groundwater protozoal contamination (87-306%), with the largest incr

13 ausing IFD and additionally provided partial-protozoal coverage.

14 ecessary to improve the staining quality for protozoal cysts fixed in STF to a level comparable to th

15 ia risk: agents against amoebiasis and other protozoal diseases (106 genes, p=0.00046, pcorrected =0.

16 r the treatment of leishmaniasis, a group of protozoal diseases that includes visceral leishmaniasis,

17 The recognition of protozoal DNA by B lymphocytes and macrophages may provi

18 tudies have reported mitogenic properties of protozoal DNA for any species.

19 12, TNF-alpha, and NO induced by E. coli and protozoal DNA were strongly correlated (r2 > 0.9) with t

20 ill raise the possibility of developing anti-protozoal drugs with minimal toxic side affects.

21 Moreover, GLV is the only known protozoal dsRNA virus that can transmit efficiently by e

22 In agreement with its unique capacity as a protozoal dsRNA virus to survive and transmit through ex

23 bacterial, five viral, four fungal, and one protozoal enzyme.

24 to identify the likely bacterial, viral and protozoal etiologies.

25 0)LEYEF(184)), which define the fungal/viral/protozoal family of metal-dependent RNA triphosphatases.

26 The protozoal/fungal enzymes are structurally and mechanisti

27 activity, was caused by the decrease in the protozoal grazing due to the higher inhibition of ciliat

28 ecology of bioengineered systems to include protozoal grazing, especially under perturbation scenari

29 be involved in host immune modulation during protozoal infection and may be useful as vaccine adjuvan

30 for visceral leishmaniasis, an intracellular protozoal infection of tissue macrophages.

31 l-mediated immunity to viral, bacterial, and protozoal infection.

32 % with TGF-beta1, even in the face of active protozoal infection; and epithelial cell necrosis monito

33 ndependent methods for bacterial, viral, and protozoal infections (eg, polymerase chain reaction [PCR

34 eutics against HIV/AIDS-associated bacterial/protozoal infections and neoplasms, we investigated whet

35 Tropical protozoal infections are a significant cause of morbidit

36 D2 sequencing diagnosed 5 cases of invasive protozoal infections due to Toxoplasma gondii (n = 3), T

37 Non-STH parasitic/protozoal infections in the non-STH-endemic population o

38 the diagnosis, treatment, and prevention of protozoal infections of the gastrointestinal tract.

39 e crucial for immunity to many bacterial and protozoal infections, whereas Th2 cells, which make IL-4

40 mice against subsequent viral, bacterial, or protozoal infections.

41 ads to be optimized into candidates to treat protozoal infections.

42 multiplex PCR, as well as and microscopy for protozoal infections.

43 participate in defense against bacterial and protozoal infections.

44 nomegaly that follows a variety of viral and protozoal infections; this finding raises the question o

45 tis neurona is the etiologic agent of equine protozoal myeloencephalitis (EPM).

46 ystis neurona, the etiologic agent of equine protozoal myeloencephalitis.

47 bacterial (Clostridium difficile), and three protozoal (one Giardia lamblia, two Cryptosporidium) inf

48 iviridae, along with several other groups of protozoal or fungal viruses, including Leishmania RNA vi

49 identify a functional role for aquaporin in protozoal osmoregulation.

50 However, we and others have observed that protozoal parasite antigens can induce the proliferation

51 ates with susceptibility to infection by the protozoal parasite Leishmania major.

52 AdoMetDC from the protozoal parasite Trypanosoma cruzi requires putrescine

53 B. bovis, an intraerythrocytic protozoal parasite, establishes chronic infections in ca

54 Protozoal parasites are unusual in that their thymidylat

55 a metabolite common to Escherichia coli and protozoal parasites of the Trypanosoma family.

56 Malaria is a protozoal parasitic disease that is widespread in tropic

57 alus microplus ticks efficiently acquire the protozoal pathogen Babesia equi during acute and persist

58 Resolution of acute infection with this protozoal pathogen is believed to be dependent on produc

59 yptosporidium parvum is a minimally invasive protozoal pathogen of intestinal epithelium that results

60 ope to provide an understanding of the human-protozoal pathogen-microbiome interaction and to specula

61 y the emergence of Cryptosporidium parvum, a protozoal pathogen.

62 ccines targeting intracellular bacterial and protozoal pathogens are notoriously ineffective at gener

63 High levels of infection with protozoal pathogens may be an adverse consequence of die

64 xamined for a range of bacterial, viral, and protozoal pathogens using traditional and molecular micr

65 Multiple bacterial and protozoal pathogens utilize gene conversion to generate

66 Multiple bacterial and protozoal pathogens utilize gene conversion to generate

67 This review discusses the protozoal pathogens, including Cryptosporidium parvum, G

68 d evaluated infection with 2 disease-causing protozoal pathogens, Toxoplasma gondii and Sarcocystis n

69 ileria spp., which are also tick-transmitted protozoal pathogens.

70 ulating innate and acquired immunity against protozoal pathogens.

71 ila was by means of lytic enzymes within the protozoal phagosome, not by initial spore germination fo

72 This represents the first example of a protozoal PKG.

73 ted innate antiviral immunity as well as pro-protozoal responses.

74 is, which may be applicable to other related protozoal species.

75 w tested this class of analogs against other protozoal species: T. cruzi (Chagas disease), Leishmania

76 udied as a potential anti-cancer and/or anti-protozoal target; however, very little is known about th

77 r the future development of synergistic anti-protozoal therapies.

78 , 37% (7/19) were fungal, and 5% (1/19) were protozoal (Toxoplasma gondii).

79 onses can change the frequency of congenital protozoal transmission.

80 nistic work on the roles of these viruses in protozoal virulence.

81 idence indicates that at least some of these protozoal viruses can likewise enhance the pathogenicity

82 Understanding of these protozoal viruses, however, lags far behind that of many