1 tration (MDA) using a limited number of anti-
helminthics.
2 hils play critical inflammatory roles during
helminthic,
autoimmune, and allergic diseases through th
3 the LMIs, we identified mebendazole, an anti-
helminthic clinically used for decades with no known sig
4 Helminthic colonization appears to protect against asthm
5 Children are most subject to
helminthic colonization.
6 at includes Th2 cytokine production limiting
helminthic colonization.
7 for any parasitic infections, including the
helminthic disease schistosomiasis.
8 Ascariasis is the most prevalent zoonotic
helminthic disease worldwide, and is responsible for nut
9 Th17 cell-mediated severe immunopathology in
helminthic disease.
10 and the efficacy of immunization against non-
helminthic diseases of humans and livestock.
11 for HIV-positive individuals with atopic or
helminthic diseases, elevated IgE levels could potential
12 a pathological hallmark of many allergic and
helminthic diseases.
13 t worms in the gut were cleared with an anti-
helminthic drug and mice were subsequently challenge-ino
14 ine-derived cyanine dye and an approved anti-
helminthic drug reported to inhibit WNT signaling and ha
15 Niclosamide, an FDA-approved anti-
helminthic drug, was effective in reducing LPM number, b
16 to study them as potential targets for anti-
helminthic drugs.
17 at the safe and controlled reintroduction of
helminthic exposure to patients suffering from autoimmun
18 To understand
helminthic immune modulation in the gut, we studied the
19 enged and challenged mice to MCs in skin and
helminthic-
infected intestine.
20 Th9 cells protect hosts against
helminthic infection but also mediate allergic disease.
21 Helminthic infection has become rare in highly industria
22 Concurrent with the decline in
helminthic infection has been an increase in the prevale
23 Neurocysticercosis (NCC) is the most common
helminthic infection of the human central nervous system
24 o control tIgE level even in the presence of
helminthic infection.
25 Significant associations between
helminthic infections and individual risk factors includ
26 hat are crucial for control of extracellular
helminthic infections and promote atopic and allergic di
27 n tests in 345 Agta and found that viral and
helminthic infections as well as child mortality rates w
28 Previous work has suggested that
helminthic infections can affect the intestinal microbio
29 Tuberculosis and
helminthic infections coexist in many parts of the world
30 demonstrated efficacy in both protozoan and
helminthic infections in humans, including fascioliasis.
31 Helminthic infections modulate host immunity and may pro
32 Helminthic infections modulate host immunity and may pro
33 Helminthic infections protect mice from colitis in murin
34 Helminthic infections provided strong selective pressure
35 faecal samples to determine the intensity of
helminthic infections, as well as data on behaviour and
36 s asthma, allergic reactions, and fungal and
helminthic infections.
37 y and lose exposure to previously ubiquitous
helminthic infections.
38 ated with asthma, allergic inflammation, and
helminthic infections.
39 d supports their capacity to protect against
helminthic infections.
40 ms could be an important control measure for
helminthic infections.
41 allergic inflammatory disorders, cancer, and
helminthic infections.
42 flammatory disorders to cancer and parasitic/
helminthic infections.
43 Notable is the
helminthic modulatory effect on innate immunity, which i
44 We now report that the anti-
helminthic niclosamide, a drug used for the treatment of
45 nstrate a role for IL-9-secreting T cells in
helminthic parasite immunity.
46 The plasticity of macrophages is evident in
helminthic parasite infections, providing protection fro
47 rs in the tissues of allergic conditions and
helminthic parasite infections.
48 sent, TH2 responses after infection with the
helminthic parasite Nippostrongylus brasiliensis.
49 may regulate AAM activation to enhance anti-
helminthic parasite responses.
50 has been implicated in both immunity against
helminthic parasites and the induction of allergic asthm
51 t of effectors that mediate the expulsion of
helminthic parasites but also drive allergic lung inflam
52 Helminthic parasites can trigger highly polarized immune
53 echanisms leading to host protection against
helminthic parasites remain elusive.
54 role of eosinophils in host defense against
helminthic parasites using the established Schistosoma m
55 s, xenobiotics, environmental irritants, and
helminthic parasites, and (3) IgE-stimulated mast cell-d
56 ystem is believed to have evolved to control
helminthic parasites.
57 Schistosomiasis is a
helminthic parasitic disease that results in a wide-rang
58 ant in the immune response to infection with
helminthic parasitic worms.
59 se cytokines to defend against protozoan and
helminthic pathogens, respectively.
60 Helminthic regulation of GVHD and GVT through intestinal
61 Both Mycobacteria bovis protein Ags and
helminthic,
Schistosoma mansoni egg Ags elicited multipl
62 een, which uncovers that selamectin, an anti-
helminthic therapeutic compound with reported activity o
63 Tregs and change in cytokine profiles during
helminthic therapies were responsible for reversed infla
64 Clinical trials have shown that live
helminthic therapy can decrease chronic inflammation ass
65 ffering from autoimmune diseases (so-called '
helminthic therapy') in an effort to mitigate the inflam
66 ize the results of recent clinical trials of
helminthic therapy, with particular attention to mechani
67 ment seen in inflammatory bowel disease with
helminthic therapy.
68 We report successful
helminthic transmission of Ehrlichia risticii, the causa
69 proportions decline following curative anti-
helminthic treatment despite increased CD4+ memory cell
70 Including pregnant women in anti-
helminthic treatment programs would benefit a large numb