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1 viduals with LTB with or without concomitant hookworm infection.
2  but not IL-4-driven Type 2 responses during hookworm infection.
3 SP-2-specific IgE likely induced by previous hookworm infection.
4 ency anemia that is the clinical hallmark of hookworm infection.
5 on the risk of an individual harboring heavy hookworm infection.
6  anti-ASP-2 IgE levels and the risk of heavy hookworm infection.
7  important new tool for the control of human hookworm infection.
8 -1 is a possible drug and vaccine target for hookworm infection.
9 are efficacious vaccines in animal models of hookworm infection.
10 of Australia who were suffering from endemic hookworm infection.
11 weight loss and anemia caused by a secondary hookworm infection.
12 27 to control the early lung larval stage of hookworm infection.
13 immunity and restricts lung injury following hookworm infection.
14 species for examining host immunity to human hookworm infections.
15 ide showed activity against T. trichiura and hookworm infections.
16 afety of emodepside against T. trichiura and hookworm infections.
17 s expressing IFNgamma were reduced following hookworm infection (23.9%-11.5%; P = .04), with correspo
18          However, in infants of mothers with hookworm infection, albendazole treatment reduced interl
19 e association between Plasmodium-species and hookworm infection among preschool-aged children (odds r
20 s highlight the importance of neutrophils in hookworm infection and a potential conserved mechanism o
21 We examined the association between maternal hookworm infection and birth outcomes in a cohort of wom
22                                              Hookworm infection and gluten exposure were associated w
23                                              Hookworm infections and tuberculosis (TB) are coendemic
24                                              Hookworm infection appeared to modify the relationship b
25 s with tribendimidine against moderate/heavy hookworm infection are needed.
26         Mortality was lower in subjects with hookworm infection at enrollment.
27 s observed among children without detectable hookworm infection, but no association was observed amon
28  risk of wheeze was independently reduced by hookworm infection by an odds ratio of 0.48 (95% CI 0.24
29 erences between the immune responses against hookworm infection by patients from epidemic versus none
30                Other molecular mechanisms of hookworm infection cause a systematic suppression of the
31 er and can deliver higher protection against hookworm infection compared with the clinical vaccine ca
32                      In school-age children, hookworm infection does not produce inflammation or incr
33 ngly suggest nutritional impacts of maternal hookworm infection during pregnancy may be divergent bas
34                             Thus, coincident hookworm infection exerts a profound inhibitory effect o
35 g human immunity to both schistosomiasis and hookworm infection has been associated with IgE response
36                   These results suggest that hookworm infections have an immunomodulatory effect by i
37            These data demonstrate that human hookworm infection in a laboratory mammal results in a s
38  of an effective recombinant vaccine against hookworm infection in humans.
39 t loss and anemia) of Ancylostoma ceylanicum hookworm infection in Syrian golden hamsters of the outb
40                      Predisposition to human hookworm infection in this area results from a combinati
41  pathogenesis by allowing the study of adult hookworm infections in a species with well-characterized
42 ty of ascending tribendimidine doses against hookworm infections in African school-aged children, key
43                                              Hookworm infection, in contrast, was associated with exp
44 ficant role for host genetics in determining hookworm infection intensity has also been shown, but th
45                    In multivariate analyses, hookworm infection intensity was the strongest explanato
46                                              Hookworm infection is a major cause of anemia and malnut
47                                        Human hookworm infection is a major cause of anemia and malnut
48                                              Hookworm infection is a major cause of iron deficiency a
49                                              Hookworm infection is associated with growth delay and i
50        Together, these data demonstrate that hookworm infection is associated with impaired function
51                                              Hookworm infection is associated with poor nutritional o
52 escence-activated cell sorting revealed that hookworm infection is associated with reduced percentage
53       Predisposition to heavy or light human hookworm infection is consistently reported in treatment
54                 Our data show that, although hookworm infection leads to a minor increase in microbia
55 nd 73% of severe anemia were attributable to hookworm infection; < 10% of anemia was attributable to
56 Nippostrongylus brasiliensis (Nb) as a human hookworm infection model.
57                                 Treatment of hookworm infection neither affected inflammation biomark
58  hamsters (i.e., those with neither previous hookworm infections nor treatment) were also vaccinated.
59                                 Experimental hookworm infection of the trial subjects resulted in mai
60 sed to determine the impact of A. ceylanicum hookworm infection on host cytokine responses and lympho
61          To determine the role of coincident hookworm infection on responses at steady-state and on M
62 so we examined the influence of experimental hookworm infection on the predicted outcomes of escalati
63 he effect of concurrent (active) and treated hookworm infections on the immunogenicity of vaccination
64 ng shoes was associated with reduced odds of hookworm infection (OR 0.29, 95% CI 0.18-0.47) and infec
65 es (OR 0.62, 95% CI 0.44-0.88), but not with hookworm infection (OR 0.80, 95% CI 0.61-1.06).
66 5% confidence interval [CI], 1.03-2.14), and hookworm infection (OR, 1.77; 95% CI, 1.22-2.55) were th
67                            Global control of hookworm infections relies on periodic Mass Drug Adminis
68                           We also found that hookworm infection resulted in reproducible reductions i
69  found to protect BALB/c mice against rodent hookworm infections, resulting in worm burden reductions
70 lopment of NTD vaccines, including those for hookworm infection, schistosomiasis, leishmaniasis, and
71  demonstrate that the presence of coincident hookworm infection significantly diminished both spontan
72 rticipants who were cured of T. trichiura or hookworm infection (the cure rate) with emodepside 14 to
73       As part of on-going efforts to control hookworm infection, The Human Hookworm Vaccine Initiativ
74 ring chronic helminth infection; at least in hookworm infection, this suppression may protect against
75  infective larvae (L3) in a controlled human hookworm infection trial and followed for 52 weeks.
76  iron restriction mediates susceptibility to hookworm infection using the hamster model of Ancylostom
77                                 In addition, hookworm infection was associated with a significantly r
78  1.34; 95% CI, 1.05-1.71; 20 studies), while hookworm infection was associated with a significantly s
79                     Additionally, coincident hookworm infection was associated with increased adaptiv
80             Predisposition to heavy or light hookworm infection was observed, with a phenotypic corre
81 h P. falciparum infection, but the effect of hookworm infection was seen only in the absence of M. pe
82                                              Hookworm infection was undetectable after 1 year.
83                                  CRs against hookworm infection were 57% (moxidectin) and 56% (iverme