977 resultados para Os Maias. Eça de Queirós


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Signatur des Originals: S 36/F09444

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1. Diana, 2. Endimion, 3. Amor, 4. Dorist, 5. Silvio, 6. Silvio als Priester, 7. Nymphe

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Die tatsächliche Foliierung weicht von den Angaben des Kataloges ab.

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Precede al tit.: "Die XXII. Octobris."

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Alcance y contenido: Copia ms. sin firmar de un oficio envíado por el Subdelegado en Valencia de la "Colecturía general de espolios y vacantes", ramo Inquisición, organismo creado en Madrid en 1753, unida a la Comisaría general de Cruzada, aunque con función independiente y jurisdicción especial. El Colector General, tenía subdelegados en todas las diócesis. Esta Colecturía se suprimió en 1851. El subdelegado le reclama tanto al Regente de la Real Audiencia de Valencia, como al Rector de la Universidad Literaria la protectoría del Colegio de los Santos Reyes de Villena por ser una institución perteneciente a la Inquisición.

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The gene(s) encoded within major histocompatibility complex (MHC) act as one of the major genetic elements contributing to the susceptibility of murine systemic lupus erythematosus (SLE). We have recently demonstrated that lupus susceptibility is more closely linked to the I-E− H-2b haplotype than to the I-E+ H-2d haplotype in lupus-prone BXSB and (NZB × BXSB)F1 hybrid mice. To investigate whether the reduced susceptibility to SLE in H-2d mice is related to the expression of the MHC class II Ea gene (absent in H-2b mice), we determined the possible role of the Ea gene as a lupus protective gene in mice. Our results showed that (i) the development of SLE was almost completely prevented in BXSB (H-2b) mice expressing two copies of the Ead transgene at the homozygous level as well as in BXSB H-2k (I-E+) congenic mice as for H-2d BXSB mice, and (ii) the expression of two functional Ea (transgenic and endogenous) genes in either H-2d/b (NZB × BXSB)F1 or H-2k/b (MRL × BXSB)F1 mice provided protection from SLE at levels comparable to those conferred by the H-2d/d or H-2k/k haplotype. In addition, the level of the Ea gene-mediated protection appeared to be dependent on the genetic susceptibility to SLE in individual lupus-prone mice. Our results indicate that the reduced susceptibility associated with the I-E+ H-2d and H-2k haplotypes (versus the I-E− H-2b haplotype) is largely, if not all, contributed by the apparent autoimmune suppressive effect of the Ea gene, independently of the expression of the I-A or other MHC-linked genes.