ライフサイエンスコーパス: natural immunity

1 gainst subsequent genital HPV infection (ie, natural immunity).

2 rm persistent antibody responses of acquired natural immunity.

3 ividuals from 18 countries that examined HPV natural immunity.

4 cation of robust correlates of protection in natural immunity.

5 ite of herpesvirus vulnerability targeted by natural immunity.

6 an disease and are moderated by pre-existing natural immunity.

7 us evolves rapidly to constantly escape from natural immunity.

8 ass the level of protection achieved through natural immunity.

9 he epidemic area caused residents to acquire natural immunity.

10 Complement is a component of natural immunity.

11 eisseria meningitidis is believed to lead to natural immunity.

12 notion that a Th1 response is necessary for natural immunity against cryptococcal infection.

13 Lymphocytes play an active role in natural immunity against hepatitis C virus (HCV).

14 responses, all of which are associated with natural immunity against Salmonella In vaccinated mice,

15 veloped countries, largely because decreased natural immunity allows for increased susceptibility.

16 lect a broader mechanism that modulates both natural immunity and autoimmunity to other glycotopes.

17 cation of robust correlates of protection in natural immunity and following vaccination against DENV.

18 oorly defined, impeding our understanding of natural immunity and hindering effective vaccine develop

19 licated in stem cell identity, neurogenesis, natural immunity and homeostatic control.

20 r the viral transmissibility, rate of waning natural immunity and rates of progression and clearance

21 en HIF2alpha, the ITPR1-related pathway, and natural immunity and strongly suggest a role for the HIF

22 cation of robust correlates of protection in natural immunity and vaccination against DENV.

23 igenic diversity that continues to challenge natural immunity and vaccine design.

24 ion results in robust immunity comparable to natural immunity and vaccine-induced immunity and that t

25 s entry and is the key protective antigen in natural immunity and vaccines.

26 ression allows little opportunity to develop natural immunity, and there is currently no effective an

27 rs as a transition to or from the pattern of natural immunity (anti-HBc and anti-HBs).

28 sent a critical component of host defense in natural immunity but also suggest that mast cell functio

29 t the expression of such mast cell-dependent natural immunity can be significantly enhanced by long-t

30 explains the epidemiological observation of natural immunity conferred by carriage of N. lactamica.

31 of emulating the disease-reducing effect of natural immunity could achieve a detectable effect durin

32 bjects who control viral load as a result of natural immunity (elite controller [EC]) or with uninfec

33 ose observed in a population associated with natural immunity.IMPORTANCE The development of effective

34 Probiotics may help improve natural immunity in patients, and strict adherence to an

35 e a novel immuno-oncology strategy employing natural immunity in the fight against cancers, in partic

36 that may explain the delayed development of natural immunity in the first few years of life and sugg

37 s of cps might be broadly useful to reawaken natural immunity in the highly immunosuppressive microen

38 To assess the role of natural immunity in the host defense against influenza v

39 tervention aimed at effectively boosting our natural immunity, in the form of a host defensive factor

40 Natural immunity is not protective, and despite immunoge

41 l risk factor, and population differences in natural immunity need further investigation to understan

42 Natural immunity of humans to the cattle pathogen Trypan

43 The natural immunity of humans to the cattle pathogen Trypan

44 The effect of natural immunity on initial prepatent parasite multiplic

45 mmune responses prevented the acquisition of natural immunity similar to that concurrently acquired b

46 Thus, IL-5 links adaptive and natural immunity specific to epitopes of OxLDL and prote

47 ction is mediated initially by components of natural immunity such as xenoreactive antibodies, comple

48 ization rates generate rapid accumulation of natural immunity that alters the indirect effects of vac

49 ry CD4 TRM cells in immunity to B. pertussis Natural immunity to B. pertussis induced by infection is

50 e safety of IVIg preparations in relation to natural immunity to bacteria and to extend our knowledge

51 As natural immunity to clade B arises early in life, we hyp

52 Natural immunity to CMV dominates the CD4 and CD8 memory

53 we show that CD4(+) T cells are required for natural immunity to Ebola virus infection and that CD4-d

54 A model to simulate natural immunity to Eimeria tenella was developed in thr

55 ity and decrease CCR5 expression may augment natural immunity to HIV infection.

56 The data strongly suggest that the lack of natural immunity to hypervirulent GAS strains in humans

57 rgets of immune neutralization in vitro, and natural immunity to infection is associated with serovar

58 d diagnostics assessing vaccine efficacy and natural immunity to infection.

59 the immunological parameters underlying the natural immunity to inhaled nonpathogenic proteins.

60 s that have occurred in adults suggests that natural immunity to more common strains does not always

61 er, these findings will provide insight into natural immunity to Mtb and will guide development of no

62 This study provides estimates of natural immunity to NmA, according to a variety of antib

63 matosis, support the concept that there is a natural immunity to primary granule proteins which can b

64 Natural immunity to reinfection with B. burgdorferi is l

65 Natural immunity to Streptococcus pneumoniae is thought

66 The recent discovery of natural immunity to the hepatitis C virus and vaccine ef

67 has largely been achieved in settings where natural immunity to the pathogen results in clearance in

68 s C virus (HCV) infections demonstrated that natural immunity to the virus is induced during primary

69 amma delta T cells are important elements in natural immunity to these extracellular organisms.

70 Harnessing natural immunity to this antigen may allow immune-based

71 lso could actually interfere with subsequent natural immunity upon HIV-1 infection is unknown.

72 be substantial effects on chronic pathology, natural immunity, vaccine development strategies, immune

73 Natural immunity was also evident in female subjects whe

74 he role of complement in mast cell-dependent natural immunity, we examined the responses of complemen

75 -induced immune responses in comparison with natural immunity, we used a panel of broadly neutralizin