957 resultados para Bass, Edward, Bp., 1726-1806.
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Mode of access: Internet.
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Incluye citas de P. Corneille.
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Includes index.
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Mode of access: Internet.
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Mode of access: Internet.
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"The first publications ... appeared under the name of Thomas Mawe &c which ... is joined by that of the real author ... John Abercrombie."
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Mode of access: Internet.
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1st edition, Paris, 1766-69.
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Plates after J.M. Moreau, one after P.P. Prud'hon, ports. by Augustin de Saint-Aubin.
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t. XI. Résumé de l'éditeur sur Corneille et sur son commentateur. Extrait du Discours prononcé par à l'Académie françois, le 2 janvier 1685, jour de la réception de Thomas Corneille, choisi pour remplacer Pierre Corneille, son frère. Éloge de P. Corneille, qui, au jugement de l'Académie des sciences, belles-lettres, et arts, de Rouen, a remporé le prix d'éloquence donné en 1768. Par M. Gaillard. Extrait des Mémoires pour servir à l'histoire de notre literature, par le citoyen Palissot. Poésies diverses.--t. XII. L'imitation de Jésus-Christ, traduite et paraphrasée en vers françois.
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Mode of access: Internet.
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The endocrine pancreas of the rock bass (Ambloplites rupestris) was examined by light and electron microscopy. Two cell types with staining properties similar to mammalian A and B cells, and a third, non-staining cell type were found in the spherical pancreatic islets that were surrounded by a connective tissue capsule and embedded in two small masses of exocrine tissue. From an analysis of the ultrastructure of the A and B cells, a secretory cycle for each of these cell types was proposed. The secretory cycle of the A cell consisted of three well defined stages: (1) A cell production stage: during which A granule formation occurred in the sacs of the Golgi apparatus and the cell was characterized by the presence of numerous secretory granules, some elements of lamellar endoplasmic reticulum, and a homogeneously granular nucleus. The cytoplasm contained few distended cisternae, variable numbers of free ribosomes, microtubules and small vesicles. (2) A cell release stage: during which the release of A granules occurred and the cell usually contained several large distended cisternae and variable numbers of secretory granules. Granule release mechanisms included exocytosis, by which individual granules were released into the extracellular space after their membranes fused with the plasmalemma, and emiocytosis, by which one or more granules were released into a large cisterna whose membrane fused with the plasmalemma and formed a pore through which the cisternal contents passed out of the cell. (3) A cell reorganization stage: during which the changeover from the release stage to the production stage occurred and the reorganization of organelles and membrane structures took place. The cell contained few secretory granules and numerous small endoplasmic reticular cisternae. The cytoplasm exhibited less electron density than either of the other two stages. The A granule after formation underwent a series of morphological changes which were described in four numerically identified phases. The secretory cycle of the B cell consisred of two stages: (1) B cell production stage: during which the B granule formation occurred in the sacs of the Go1gi apparatus. The cell was characterized by an irregular outline, the presence of numerous secretory granules, and an irregularly shaped nucleus which contained variable amounts of clumped chromatin. The cytoplasm contained moderate amounts of lamellar endoplasmic reticulum studded with ribosomes, several small vesicles, and an active Go1gi apparatus. (2) B cell release stage: during which the release of B granules occurred. The cell contained a rounded nucleus with dispersed chromatin, several distended endoplasmic reticular cisternae and a variable number of secretory granules. Granule release occu~ by emiocytosis and exocytosis similar to that found for the A cell.