624 resultados para Serpent (thème biblique)
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Cover title: Original-Kompositionen = Compositions originales = Original compositions.
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Includes bibliographical references (p. [195]-208).
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1 ft. 2 1/4 in.x 1 ft. 5 19/32 in.x 4 41/64 in.; copper gilt with champlevé enamel, bordered by strips of copper gilt, set with six semi-precious stones and partly decorated with vernis brun (brown varnish) on wood
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Pioneer transportation in America.--The virginal muletamer [Sebastian de Aparicio]--The trail of the serpent.--Oranges three hundred years ago.--The Yankee smuggler in California.--The son of necessity.--Indelible Spain.--When the stones come to life.--The last of the troubadours.
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Contiene: Premiere partie, Suite du Livre IXe et de la description de la Guinée contenant la géographie & l'histoire naturelle & civile du pays. - Premiere partie, Livre dixiéme, contenant la description des costes depuis rio da Volta jusqu'au cap Lope Consalvo. - [Contiene la descripción de la Costa de Oro y de la costa de los Esclavos].
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Mode of access: Internet.
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Portada a dos caras en francés y alemán.
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Darlow and Moule, 5830.
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Prélude.--Sérénade.--Thème varié.--Parades de Foire.--Fête foraine.
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Mode of access: Internet.
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Mode of access: Internet.
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Mode of access: Internet.
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The first four of these articles appeared in L'Enseignement biblique, 1892-1893; the others in Revue du clerge Franc̜ais, 1899.
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"Die Naturforschenden Gesellschaft von Basel zur Feier ihres fünfzigjährigen Bestehens gewidmet von der Historischen Gesellschaft ebendaselbst."
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Envenomation caused by venomous animals, mainly scorpions and snakes, are a serious matter of public health. Tityus serrulatus is considered the most venomous scorpion in South America because of the high level of toxicity of its venom. It is responsible for causing serious accidents, mainly with kids. The species Bothrops jararaca is a serpent that has in its venom a complex mixture of enzyme, peptides and other molecules. The toxins of the venom of B. jararaca induce local and systemic inflammatory responses. The treatment chosen to serious cases of envenomation is the intravenous administration of the specific antivenom. However, the treatment is not always accessible to those residents in rural areas, so that they use medicinal plant extracts as the treatment. In this context, aqueous extracts, fractions and isolated compounds of Aspidosperma pyrifolium (pereiro) and Ipomoea asarifolia (salsa, salsa-brava), used in popular medicine, were studied in this research to evaluate the anti-inflammatory activity in the peritonitis models induced by carrageenan and peritonitis induced by the venom of the T. serrulatus (VTs), and in the local oedema model and inflammatory infiltrate induced by the venom of the B. jararaca, administrated intravenously. The results of the assays of cytotoxicity, using the MTT, showed that the aqueous extracts from the plant species presented low toxicity to the cells that came from the fibroblast of the mouse embryo (3T3).The chemical analysis of the extracts by High Performance Liquid Chromatography revealed the presence of the rutin flavonoid, in A. pyrifoliu, and rutin, clorogenic acid and caffeic acid, in I. asarifolia. Concerning the pharmacological evaluation, the results showed that the pre-treatment using aqueous extracts and fractions reduced the total leukocyte migration to the abdominal cavity in the peritonitis model caused by the carrageenan and in the peritonitis model induced by the T. serulatus venom. Yet, these groups presented anti-oedematous activity, in the local oedema model caused by the venom of the B. jararaca, and reduced the inflammatory infiltrate to the muscle. The serum (anti-arachnid and anti-bothropic) specific to each venom acted inhibiting the inflammatory action of the venoms and were used as control. The compounds identified in the extracts were also tested and, similar to the plant extracts, showed meaningful anti-inflammatory effects, in the tested doses. Thus, these results are indicating the potential anti-inflammatory activity of the plants studied. This is the first research that evaluated the possible biological effects of the A. pyrifolium and I. asarifolia, showing the biological potential that these species have.