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1 -specific CD8+ CTL have been suggested to be immunopathogenic.
2                For example, emerging, highly immunopathogenic adenovirus serotypes might induce incre
3 re is one of convergence towards a map of an immunopathogenic aetiology of long COVID, though as yet
4 l particle-driven, HLA-associated disease of immunopathogenic aetiology.
5 g the complex cellular interplay controlling immunopathogenic and immunoregulatory responses is criti
6           Lastly, an integrative analysis of immunopathogenic-associated SNPs suggests a role for dis
7 y is needed to more precisely understand the immunopathogenic association between alopecia areata and
8    These data suggest a distinct genetic and immunopathogenic basis for AIH and PBC at the MIF locus.
9 n in AC22 mice, thereby providing us with an immunopathogenic basis for the fatal outcome of SARS-CoV
10 kers for peripheral demyelinating disorders, immunopathogenic biomarkers (such as the presence and ti
11 re profoundly inferior to Th1 cells in their immunopathogenic capacity.
12 in complete disease control and reduction of immunopathogenic cell populations and cytokines.
13 g neutrophils and macrophages, suggesting an immunopathogenic component to neurovirulence.
14 he possibility that LIGHT may play a role in immunopathogenic conditions that are associated with loc
15                    Our results indicate that immunopathogenic consequences of nitric oxide during con
16 ignals transduced by HIV-1 envelope may have immunopathogenic consequences, including anergy, syncyti
17 sis (MS) holds great promise for deciphering immunopathogenic disease mechanisms.
18 ct the host, it centrally contributes to the immunopathogenic effects of HIV.
19                                          The immunopathogenic effects of myeloperoxidase and proteina
20 rotect, antibodies could potentially trigger immunopathogenic events in SARS-CoV-2-infected patients
21 ur knowledge regarding immune-protective and immunopathogenic events in severe acute respiratory synd
22 APCs) known to be critically involved in the immunopathogenic events leading to type 1 diabetes, we h
23             Relatively little is known about immunopathogenic events occurring during the acute phase
24                                 However, the immunopathogenic events occurring with coinfections of S
25 ome serves as a prototype model to study the immunopathogenic features of a human organ-specific auto
26 ctivation, and highlight its homeostatic and immunopathogenic functions.
27                Overall, MIS-C presents as an immunopathogenic illness(1) and appears distinct from Ka
28 25(+)Foxp3(+) regulatory T cells (Tregs) are immunopathogenic in cancers by impeding tumor-specific i
29 tion of normal mice with a foreign Ag can be immunopathogenic in certain transgenic recipients.
30 hepatocellular carcinoma, and virus-mediated immunopathogenic infections, affect billions of people w
31 Animal and clinical studies suggest that the immunopathogenic inflammatory condition of VVC is initia
32 ines of the Th17 lineage, and therefore, the immunopathogenic inflammatory response during VVC occurs
33 cting its vital function from the ravages of immunopathogenic injury.
34 ouse model of HSK is often used to delineate immunopathogenic mechanisms and bears many of the charac
35  an avenue to monitor MS and to characterize immunopathogenic mechanisms and therapeutic targets in t
36                                 Although the immunopathogenic mechanisms are currently unknown, virtu
37 plex array of multiphasic and multifactorial immunopathogenic mechanisms are involved in the establis
38 advances have increased understanding of the immunopathogenic mechanisms associated with the formatio
39 oimmunity and involvement of GAD antibodies; immunopathogenic mechanisms beyond antibodies, including
40                                              Immunopathogenic mechanisms have been implicated in schi
41 litis, tantalizing clues as to the potential immunopathogenic mechanisms in acute transverse myelitis
42                However, the understanding of immunopathogenic mechanisms in childhood-onset SLE is fa
43 A, will be useful for the fine dissection of immunopathogenic mechanisms in EBA and for the developme
44               In this study, we examined the immunopathogenic mechanisms in this model, including ide
45                                          The immunopathogenic mechanisms leading to psoriasis remain
46 ensive cardiac inflammation, suggesting that immunopathogenic mechanisms may promote cardiomyopathy.
47                                          The immunopathogenic mechanisms mediating inflammation in mu
48 e responses, which highlights differences in immunopathogenic mechanisms of disease among subtypes of
49                                          The immunopathogenic mechanisms of dry eye disease (DED), on
50                               Thus, defining immunopathogenic mechanisms of HSK in the mouse model wi
51                                          The immunopathogenic mechanisms of juvenile rheumatoid arthr
52      At this time, better delineation of the immunopathogenic mechanisms of this spectrum of diseases
53 ease that serves as a model for studying the immunopathogenic mechanisms of uveitis and organ-specifi
54          Therefore, to better understand the immunopathogenic mechanisms through which an IFN-lambda(
55 rting the role of p38 MAPK in regulating key immunopathogenic mechanisms underlying autoimmune inflam
56 ished findings over the last 14 years on the immunopathogenic mechanisms underlying Pneumocystis pneu
57 types have provided better insights into the immunopathogenic mechanisms underlying severe asthma.
58 L-6 signalling has the potential to modulate immunopathogenic mechanisms upstream of autoantibody eff
59 the white matter to include a broad range of immunopathogenic mechanisms, axonal damage, and widespre
60 ic analyses revealed previously unrecognized immunopathogenic mechanisms, including increased CD28 an
61 and immune pathway analysis to elucidate the immunopathogenic mechanisms.
62 ), in which CD4(+) Th1 and/or Th17 cells are immunopathogenic, mimics various clinical features of no
63 n patients with TB reduces concentrations of immunopathogenic MMPs.
64 tis virus (WHV) represents the most valuable immunopathogenic model of hepatitis type B that, like in
65 ults also show that beta-gal can serve as an immunopathogenic neural autoantigen, and that T cells ra
66 y for short periods over 3 days, reduced the immunopathogenic neutrophil infiltration and hyphae.
67 e inception of both diseases, the subsequent immunopathogenic pathways seem to be different.
68  immune response could explain the increased immunopathogenic potential and associated increase in cl
69 in naive recipients and even exacerbated the immunopathogenic process in irradiated recipients.
70 rotein Hsp10 as a potential correlate to the immunopathogenic process in women with tubal factor infe
71              The role of Th17 lymphocytes in immunopathogenic processes has been well established, bu
72  molecular forms of antigen may initiate the immunopathogenic processes in the two forms of anti-GBM
73 complications, suggesting similar underlying immunopathogenic processes.
74                        Th1 cells were highly immunopathogenic, producing disease in naive recipients
75 thepsin cleavage sites within mouse Tg, have immunopathogenic properties.
76 ated eyes, a complication possibly due to an immunopathogenic response to the RPE65 molecule.
77 arance, in part by stimulating inflammatory, immunopathogenic responses.
78  be a previously unrecognized Notch-mediated immunopathogenic role for stromal cell niches in seconda
79              Recent studies have proposed an immunopathogenic role for T cells that are activated thr
80 bserved in Clcn5 KO mice, suggesting a novel immunopathogenic role for the functional defects that re
81 with equine ocular components, suggesting an immunopathogenic role in leptospiral uveitis.
82 ndidate for the leishmaniases because of its immunopathogenic role in murine L. major infection.
83            Our studies indicate a prominent, immunopathogenic role of nitric oxide in promoting devel
84 -infiltrating CD4(+) T cells and may play an immunopathogenic role.
85 vironmental cells, this review proposes some immunopathogenic scenarios characterizing the principal
86 oth Tfh and Th17 cells from entering the non-immunopathogenic site, the gut, and retained these T eff
87                               To date, human immunopathogenic studies of immune-related adverse event
88 e transfer of EAU to naive syngeneic mice by immunopathogenic T cells and suppressive effects of p28/
89 sely affecting the survival of SEA-reactive, immunopathogenic T lymphocytes.
90 mmune activation/suppression associated with immunopathogenic viruses such as hantaviruses; however,