988 resultados para Adami, Felipe Kirst
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Texto con orla tip.
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Inscripción enla parte inferior derecha: "166"
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Resumen: Descripción: vista general de la ciudad de San Felipe, Xátiva desde las afueras
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Memorial sobre tributaciones, socorros y otras mercedes
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Memoria de prácticas-Viaje a Puertollano-Visita a las minas y fábricas de Asturias-Mina de carbón de Arnao-Fábrica de La Felguera
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Il. xil. representando a la Virgen del Rosario
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Detalles de la fachada, planta y corte transversal
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Hay un ejemplar encuadernado con: Las fiestas de Valencia (XVIII/4276).
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Las oraciones están en latin
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Edição Especial : Senado Federal : 50 anos de Brasília.
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Plasmodium chabaudi adami causes a nonlethal infection in mice. We found that crisis, the time of rapidly dropping parasitemia, was abrogated by splenectomy, indicating the role of spleen in parasite killing. The factors that mediate spleen-dependent immunity are not known. An earlier study in Plasmodium berghei-infected rats showed an association between increased clearance of heat-treated erythrocytes and the onset of crisis [Wyler, D. J., Quinn, T. C. & Chen, L.-T. (1982) J. Clin. Invest. 67, 1400-1404]. To determine the potential effects of different vascular beds in parasite killing, we studied the distribution of parasitized erythrocytes and bacteria in the spleens of P. chabaudi adami-infected mice during precrisis (a period of rising parasitemia) and during crisis. After intravenous injection, bacteria were localized predominantly in the marginal zone. In contrast, parasitized erythrocytes were found in the red pulp. We also found that during precrisis, a time of no immunity, the uptake of radiolabeled infected erythrocytes by the spleen was increased, not decreased. These data imply that no change occurs in the flow of parasitized erythrocytes through the spleen during the transition to an immune state (crisis). Our observations suggest that immune effector mechanisms, not circulatory changes, account for spleen-dependent parasite killing during a P. chabaudi adami infection in mice.