Un análisis descriptivo de la traducción de los dialectos geográficos y sociales italianos al castellano: el caso de Il cane di terracotta de Andrea Camilleri

El éxito internacional de Andrea Camilleri, escritor siciliano cuyas novelas están caracterizadas por la presencia del dialecto, ha fomentado el debate sobre la posibilidad de traducir textos caracterizados por la presencia de variación lingüística. Esta cuestión ha sido tratada de forma marginal por la traductología y, a menudo, los estudiosos han abogado por la supresión de las marcas dialectales en las traducciones. Un análisis del sistema lingüístico italiano y de su literatura, sin embargo, no puede prescindir del estudio de los dialectos y de las variedades regionales, cuya presencia es todavía muy fuerte. El presente trabajo se centra en un análisis descriptivo, de tipo cualitativo y cuantitativo, de las réplicas de tres personajes de la novela de Camilleri Il cane di terracotta en la versión original y en su traducción al castellano. Este estudio, suportado por la descripción del marco teórico en el que se inscribe el tema de la variación lingüística, nos permite, en primer lugar, evaluar el peso de la presencia de marcas de dialecto geográfico y social en el texto original y trazar la compleja relación existente entre lengua nacional, dialectos y variedades regionales en Italia. En segundo lugar, a través del análisis de la versión en castellano podremos verificar si existe una supresión considerable de las marcas dialectales en la traducción

Susceptibility of Nectomys rattus (Pelzen, 1883) to experimental infection with Schistosoma mansoni (Sambon, 1907): a potential reservoir in Brazil

The aim of the present research was to evaluate the potential of Nectomys rattus, the "water rat", to develop Schistosoma mansoni infection. Comparison with N. squamipes was carried out. Both species of rodents were submitted to transcutaneous infection using different infective cercariae loads: 50, 100 or 500. N. rattus showed high susceptibility to S. mansoni, with an infection rate of 71%. Rodents were able to excrete viable eggs of S. mansoni in the feaces during all infection period. For both species, the small intestine, followed by the liver and the large intestine, presented the highest concentration of eggs among the surveyed organs. Infection caused no animal death. Moreover, N. rattus accomplished the parasite's life cycle, by infecting the snails Biomphalaria glabrata and later Mus musculus. These evidences indicate that both N. rattus, as for N. squamipes are potential reservoirs for schistosomiasis in Brazil. Considering the fact that N. rattus and N. squamipes exist in the same natural ecosystems of S. mansoni, we suggest that these rodents must be regarded as influential factors in epidemiology surveys.

L'evasione di Pietro e la morte del tiranno. Echi Intertestuali in At 12

(Résumé de l'ouvrage) Una raccolta di studi con cui l'Associazione Biblica Italiana e le EDB intendono onorare la memoria di mons. Fusco, vescovo di Nardò-Gallipoli e illustre biblista. Il volume segue gli ambiti di interesse che hanno caratterizzato la sua ricerca e vede il contributo di insigni studiosi italiani e stranieri.

Skin permeation and metabolism of di(2-ethylhexyl) phthalate (DEHP).

Phthalates are suspected to be endocrine disruptors. Di(2-ethylhexyl) phthalate (DEHP) is assumed to have low dermal absorption; however, previous in vitro skin permeation studies have shown large permeation differences. Our aims were to determine DEHP permeation parameters and assess extent of skin DEHP metabolism among workers highly exposed to these lipophilic, low volatile substances. Surgically removed skin from patients undergoing abdominoplasty was immediately dermatomed (800 μm) and mounted on flow-through diffusion cells (1.77 cm(2)) operating at 32°C with cell culture media (aqueous solution) as the reservoir liquid. The cells were dosed either with neat DEHP or emulsified in aqueous solution (166 μg/ml). Samples were analysed by HPLC-MS/MS. DEHP permeated human viable skin only as the metabolite MEHP (100%) after 8h of exposure. Human skin was able to further oxidize MEHP to 5-oxo-MEHP. Neat DEHP applied to the skin hardly permeated skin while the aqueous solution readily permeated skin measured in both cases as concentration of MEHP in the receptor liquid. DEHP pass through human skin, detected as MEHP only when emulsified in aqueous solution, and to a far lesser degree when applied neat to the skin. Using results from older in vitro skin permeation studies with non-viable skin may underestimate skin exposures. Our results are in overall agreement with newer phthalate skin permeation studies.

Plesiophysa guadeloupensis ("Fischer" Mazé, 1883)

A description is presented of the shell and anatomic characters of the planorbid mollusk Plesiophysa guadeloupensis ("Fischer" Mazé, 1883), based on topotypic specimens from a pond in Borricaud (Grande Terre, Guadeloupe). Comparison with previous descriptions of nominal species of Plesiophysa points to its identity with P. ornata (Haas, 1938), of which it is a senior synonym.