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1 chronic infections, such as tuberculosis or parasitic disease.
2 mber of infections and deaths caused by this parasitic disease.
3 , 22.0% had bacterial disease, and 10.9% had parasitic disease.
4 tor, against visceral leishmaniasis, a fatal parasitic disease.
5 ant virulence factors in the pathogenesis of parasitic disease.
6 tter way of accounting for the true costs of parasitic disease.
7 tability of susceptibility to this important parasitic disease.
8 n of new vaccines and drugs for this leading parasitic disease.
9 is (VL), the second most deadly vector-borne parasitic disease.
10 applied in the diagnosis of other infectious-parasitic diseases.
11 ntimate contact with T cells in allergic and parasitic diseases.
12 ca, is the third leading cause of death from parasitic diseases.
13 ical animal models for viral, bacterial, and parasitic diseases.
14 ing new therapeutic agents effective against parasitic diseases.
15 14.9 million) were the most common foodborne parasitic diseases.
16 ura and Tu have transformed the treatment of parasitic diseases.
17 rapy for patients suffering from devastating parasitic diseases.
18 a variety of infectious diseases, especially parasitic diseases.
19 eatment of cancer, AIDS, cardiovascular, and parasitic diseases.
20 ms and also for the treatment of devastating parasitic diseases.
21 Respiratory Syndrome coronavirus and several parasitic diseases.
22 eatment of toxoplasmosis and perhaps related parasitic diseases.
23 -dose in vivo data in three rodent models of parasitic diseases.
24 uctural biology to benefit the fight against parasitic diseases.
25 ite relationship, and in the pathogenesis of parasitic diseases.
26 cancer chemotherapy and for the treatment of parasitic diseases.
27 the role of environmental factors for other parasitic diseases.
28 cluding early-onset blindness, diabetes, and parasitic diseases.
29 mous therapeutic benefits for the control of parasitic diseases.
30 with increased mortality from infectious and parasitic diseases (4.1; 95% CI, 1.7-8.5), septicemia (6
36 tosomiasis is among the most prevalent human parasitic diseases, affecting more than 200 million peop
37 ere is no licensed vaccine against any human parasitic disease and apicomplexan parasites cause enorm
39 ics to understand the biology and control of parasitic disease and present a practical framework for
40 nce of immunoendocrine interactions during a parasitic disease and show a possible new mechanism of p
43 aluating eosinophilia in patients at risk of parasitic diseases and present a simple algorithm to gui
44 trient intake may increase susceptibility to parasitic diseases and together they negatively affect c
45 in the pathogenesis of asthma, allergic and parasitic diseases, and hypereosinophilic syndromes, in
47 al infection, but other bacterial, viral and parasitic diseases are receiving increasing attention.
49 onmental effects on the transmission of many parasitic diseases are well recognized, but the role of
50 al leishmaniasis (VL) is a potentially fatal parasitic disease associated with fever, cachexia and im
53 etabolic targets to combat tumors, virus and parasitic diseases but have not yet been studied in Phyt
54 tribute to T cell activation in allergic and parasitic diseases by presenting superantigens and pepti
57 Human schistosomiasis--or bilharzia--is a parasitic disease caused by trematode flukes of the genu
58 get for the chemotherapy of several tropical parasitic diseases caused by trypanosomes and leishmania
60 e treatment for cryptosporidiosis; and these parasitic diseases continued to have a worldwide impact
64 cells, whereas macrophages in neoplastic and parasitic diseases express anti-inflammatory cytokines t
65 Amebic colitis is an important worldwide parasitic disease for which there is not a well-establis
69 ase and none with hepatolithiasis or biliary parasitic disease; however, heavy tobacco use (27%) and
73 attractive therapeutic targets for neglected parasitic diseases, including African trypanosomiasis ca
80 ectrum anthelmintic drug used to treat human parasitic diseases like river blindness and lymphatic fi
82 ems (n = 77 [14.6%]), certain infections and parasitic diseases (n = 62 [11.8%]), and malignant neopl
83 inellosis is a globally important food-borne parasitic disease of humans caused by roundworms of the
84 ur discussion on malaria, the most important parasitic disease of humans, but also highlight the broa
85 tomatic phase of neurocysticercosis (NCC), a parasitic disease of the central nervous system (CNS) in
87 stolytica causes invasive amebiasis, a major parasitic disease of the developing world, whose primary
88 otective immune-mechanisms generated against parasitic diseases of swine, cDNA was generated from a m
91 the treatment of allergic, inflammatory, and parasitic diseases or even malignancies in which IL-13 p
92 s, prevention, and control of infectious and parasitic diseases remains a global priority, as these s
96 RR, 2.00; 95% CI, 1.87-2.14), infectious and parasitic diseases (RR, 1.69; 95% CI, 1.61-1.77), and ma
97 rtuin inhibitors) targeted to the main human parasitic diseases (schistosomiasis, malaria, trypanosom
103 a group of viral, bacterial, and eukaryotic parasitic diseases that are especially endemic in low-in
105 ogress on evaluating the burden of foodborne parasitic diseases that has been generated by this study
106 el effective intervention strategies against parasitic diseases that still pose an alarming threat to
107 Of the insects that serve as vectors for parasitic diseases, the genus Anopheles is the most impo
108 Host nutrition can affect the outcome of parasitic diseases through metabolic effects on host imm
109 nse and Trypanosoma brucei rhodesiense, is a parasitic disease transmitted by the tsetse fly in sub-S
110 ate the relative effects of vector-borne and parasitic diseases (VBPDs) and income on each other, con
112 ns for inflammation because of infectious or parasitic diseases was recently proposed, especially in
113 that 48% (95% UI 38%-56%) of cases of these parasitic diseases were foodborne, resulting in 76% (95%
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