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1 on recognized to improve Fc interaction with Fc gamma receptors.
2 coy and as a modulator of leukocytes bearing Fc gamma receptors.
3 njury was dependent on neutrophils and their Fc gamma receptors.
4 t T cells, which lack endogenously expressed Fc gamma receptors.
5 ector functions, through engagement of their Fc-gamma receptors.
6 es, as manifested by increased expression of Fc-gamma receptors.
7 mice and cells with deficiencies of specific Fc-gamma receptors.
11 functionally significant mutations in human Fc gamma receptors and possible novel mechanisms for inh
12 at ANCA-mediated activation occurred through Fc gamma receptors and that neutrophil immobilization wa
13 pression of other surface receptors, such as FC-gamma receptor and tumor necrosis factor receptors (T
15 e interaction of human antibodies with human Fc-gamma receptors, and it remains largely unknown how s
17 tibodies to DV that enhance the infection of Fc gamma receptor-bearing cells have been implicated in
19 modulate the binding affinity of IgG1 Fc to Fc gamma receptors, but it is unclear how the structural
24 iated enhancement of IFN production required Fc gamma receptor engagement, bypassed fusion, and initi
25 ies did not enhance the infection of DENV in Fc gamma receptor-expressing cells, offsetting the conce
26 s generated in response to engagement of the Fc gamma receptor (Fc gamma R) and potently contributes
28 om maternal to fetal circulation, we studied Fc gamma receptor (Fc gamma R) expression by immunohisto
31 agocytosis of IgG-opsonized microbes via the Fc gamma receptor (Fc gammaR) requires the precise coord
32 es to demonstrate a role for PKC- epsilon in Fc gamma receptor (Fc gammaR)-dependent phagocytosis.
37 n neutrophil expression of the high-affinity Fc gamma-receptor (Fc gammaRI) was observed that peaked
38 d the requirement for both Cdc42 and WASP in Fc(gamma) receptor (Fc(gamma)R)-mediated phagocytosis, t
43 he periphery, upregulation of the inhibitory Fc gamma receptor (FcgammaR) IIb at the tumor site preve
44 infected patients enhanced ZIKV infection of Fc gamma receptor (FcgammaR)-bearing cells in vitro.
47 n to neutralization, interaction of IgG with Fc gamma receptors (FcgammaR) may play an important role
49 triggering cellular fragment crystallizable (Fc)gamma receptors (FcgammaR), resulting in the release
50 reexisting heterotypic antibodies, via their Fc-gamma receptor (FcgammaR) interactions, may increase
51 es, macrophages, and dendritic cells via the Fc-gamma receptor (FcgammaR), a process termed antibody-
53 ate HAR that is dependent on complement, the Fc-gamma receptors FcgammaRII/III (CD32/CD16), and NK ce
55 bound immunoglobulin G (IgG) to cell surface Fc gamma receptors (FcgammaRs) triggers a wide variety o
56 immune complex formation and the activating Fc gamma receptors (FcgammaRs) were involved in the anti
57 ression of the two uniquely human neutrophil Fc gamma receptors (FcgammaRs), FcgammaRIIA and FcgammaR
59 he balance between activating and inhibitory Fc-gamma receptors (FcgammaRs) by inducing upregulation
62 t deficiencies and an allele of a particular Fc gamma receptor gene (FCGR2A) also have been described
66 expressed less Fc gammaRIIb, the inhibitory Fc gamma receptor; however, this did not account for enh
68 enhanced via an opsonizing antibody through Fc gamma receptor I (FcgammaRI)-mediated endocytosis.
69 ly to prostate-specific membrane antigen and Fc gamma receptor I, thus eliciting highly selective can
70 especially the integrin receptor Mac-1, the Fc-gamma receptor I (FcgammaRI), and the transcription f
72 ecognize cell surface-associated NS1 trigger Fc-gamma receptor I- and/or IV-mediated phagocytosis and
73 nd IgG2a, but not mouse IgG3, and by a mouse Fc gamma receptor II and III (FcgammaRII/III)-specific r
79 h CD16b, the neutrophil-specific form of the Fc gamma receptor III, whereas the transmembrane glycopr
80 s applied to examine the interaction between Fc gamma receptor IIIA (CD16A) expressed on Chinese hams
81 ial cell tethering requires the low-affinity Fc gamma receptor IIIB (Fc gamma RIIIB), and the beta(2)
82 Immunoglobulin G (IgG) cross-linking with Fc gamma receptor IIIB (FcgammaRIIIB) triggers neutrophi
84 we demonstrate that signaling via activating Fc gamma receptors in conjunction with Toll-like recepto
85 dels supporting the importance of inhibitory Fc gamma receptors in modulating immune-complex-mediated
86 te mucosal tolerance, the role of activating Fc gamma receptors in modulating T helper type (Th)2-dep
87 icient mice were used to examine the role of Fc gamma receptors in the induction of peripheral tolera
90 that broadly reactive antibodies require Fc-Fc gamma receptor interactions for optimal protection; h
92 nd that binding of the immune complex to the Fc gamma receptor is required for TNF-alpha and IL-6 mRN
95 ptome differential expression (DE) analysis, Fc gamma receptor-mediated phagocytosis and axon guidanc
96 ated that they are involved in the lysosome, Fc gamma receptor-mediated phagocytosis, regulation of a
99 ortion of opsonizing anti-Gal interacts with Fc gamma receptors on APC and induces effective uptake o
100 nteractions between host immunoglobulins and Fc gamma receptors on effector cells, in addition to the
101 Leishmania amastigotes allows them to ligate Fc gamma receptors on inflammatory macrophages to prefer
102 ector functions through either complement or Fc gamma receptors, providing the bacteria with a surviv
105 herapy, and matched control individuals were Fc gamma-receptor-stimulated with/without priming with P
106 To determine the role of the GPI anchor in Fc gamma receptor synergy, we have developed a model sys
107 o target cytotoxic effector cells expressing Fc gamma receptor type I (Fc gammaRI, CD64) to HER2/neu-
108 ils with blocking antibodies directed toward Fc gamma receptor type IIA or the integrin chain CD11b c
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