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Current Opinion in Immunology, 1991
In the past year, significant progress in the area of Fc receptor biology has been made in three areas: identification of the protective FcR for serum IgG half-life (Brambell receptor), characterization of the mechanism(s) of inhibitory receptor Fc gamma RIIB signaling, and dissection of the in vivo roles of FcRs in inflammation.
J V, Ravetch, J P, Kinet
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In the past year, significant progress in the area of Fc receptor biology has been made in three areas: identification of the protective FcR for serum IgG half-life (Brambell receptor), characterization of the mechanism(s) of inhibitory receptor Fc gamma RIIB signaling, and dissection of the in vivo roles of FcRs in inflammation.
J V, Ravetch, J P, Kinet
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FC-nilpotent and FC-soluble groups
Mathematical Proceedings of the Cambridge Philosophical Society, 1956Let an element of a group be called an FC element if it has only a finite number of conjugates in the group. Baer(1) and Neumann (8) have discussed groups in which every element is FC, and called them FC-groups. Both Abelian and finite groups are trivially FC-groups; Neumann has studied the properties common to FC-groups and Abelian groups, and Baer ...
Duguid, A. M., McLain, D. H.
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Ferrocenyl Sulfinylimide and Diferrocenyl Sulfurdiimide, FcNSO and Fc(NSN)Fc
Zeitschrift für anorganische und allgemeine Chemie, 1996AbstractAbbreviations and Nomenclature: Fc = η1‐ferrocenyl, CpFe(C5H4‐); Cp = η5‐cyclopentadienyl, η5‐C5H5. Compounds containing the —NSO group are designated as either thionylimides, sulfinylimides or N‐sulfinylamines. The systematic name is imido oxo sulfuranes(IV).
Max Herberhold +5 more
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2008
The aggregation of cell surface Fc receptors by immune complexes induces a number of important antibody-dependent effector functions. It is becoming increasingly evident that the organization of key immune proteins has a significant impact on the function of these proteins.
Maree S, Powell, P Mark, Hogarth
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The aggregation of cell surface Fc receptors by immune complexes induces a number of important antibody-dependent effector functions. It is becoming increasingly evident that the organization of key immune proteins has a significant impact on the function of these proteins.
Maree S, Powell, P Mark, Hogarth
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, 2007 The process of 'industrialization' in soccer has increased greatly in recent times. Therefore, the revenues that clubs earn has risen up dramatically with sponsorships, TV broadcasting and merchandising. Day after day, soccer clubs are managed as if they were 'corporate firms'.
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Herpesviral Fc receptors and their relationship to the human Fc receptors
Immunologic Research, 1992Nearly two decades ago, it was observed that cells infected with herpes simplex virus (HSV) acquired an IgG Fc binding activity. The properties of the viral Fc receptor (FcR) have now been characterized by several laboratories. The Fc binding activity appears on the surface of the infected cell prior to formation of progeny virions.
V, Litwin, C, Grose
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The Journal of Immunology, 1991
Abstract The receptor for IgE (Fc epsilon RI) is a multimeric complex containing one alpha chain, one beta chain with four transmembrane domains and one homodimer of disulfide-linked gamma-chains. The Fc epsilon RI gamma-chains form additional disulfide-linked dimers with the homologous zeta- and eta-chains, as part of the TCR complex.
O. Letourneur +5 more
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Abstract The receptor for IgE (Fc epsilon RI) is a multimeric complex containing one alpha chain, one beta chain with four transmembrane domains and one homodimer of disulfide-linked gamma-chains. The Fc epsilon RI gamma-chains form additional disulfide-linked dimers with the homologous zeta- and eta-chains, as part of the TCR complex.
O. Letourneur +5 more
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Canadian Journal of Mathematics, 1953
Baer [2] and Neumann [5] have discussed groups in which there is a limitation on the number of conjugates which an element may have. For a given group G, let H1 be the set of all elements of G which have only a finite number of conjugates in G, let H2 be the set of
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Baer [2] and Neumann [5] have discussed groups in which there is a limitation on the number of conjugates which an element may have. For a given group G, let H1 be the set of all elements of G which have only a finite number of conjugates in G, let H2 be the set of
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