1,721,218 research outputs found
Crustal structure of the Ischia-Phlegrean geothermal fields, near Naples, Italy, from gravity and aeromagnetic data
No full textThe crustal structure and thermal regime of the Ischia-Phlegrean Fields volcanic area (Naples, Italy) have been intensively studied using gravity and aeromagnetic data. Analysis and interpretation of the data indicate that there often exists a complicated relation between density, magnetization and temperature. In particular, thermal effects, such as thermal demagnetization and thermal mineral alteration, may play an important role locally and could be the possible sources of the observed magnetic anomalies. Two interpretations are proposed. In the first the anomalies are related to compositional discontinuities in the intermediate-deep crust; in the second they are related to deep thermal sources, such as partially melted trachybasalts (gravity field) and a local rise of the Curie point surface (magnetic field). -from Author
La produzione di deiezioni nei fabbricati per l’allevamento intensivo di agnelli e conigli all’ingrasso
No full textLa produzione di deiezioni nei fabbricati per l’allevamento intensivo di agnelli e conigli all’ingrasso
No full textTrafficking to the plasma membrane of the seven-transmembrane protein encoded by human herpesvirus 6 U51 gene involves a cell-specific function present in T lymphocytes
No full textThe sequence of human herpesvirus 6 (HHV-6) U51 open reading frame predicts a
protein of 301 amino acid residues with seven transmembrane domains. To identify
and characterize U51, we derived antipeptide polyclonal antibodies and developed
a transient expression assay. We ascertained that U51 was synthesized in cord
blood mononuclear cells infected with either variant A- or variant B-HHV-6 and
was transported to the surface of productively infected cells. When synthesized
in transient expression systems, U51 intracellular trafficking was regulated in a
cell-type-dependent fashion. In human monolayer HEK-293 and 143tk- cells, U51
accumulated predominantly in the endoplasmic reticulum and failed to be
transported to the cell surface. In contrast, in T-lymphocytic cell lines J-Jhan,
Molt-3, and Jurkat, U51 was successfully transported to the plasma membrane. We
infer that transport of U51 to the cell surface requires a cell-specific function
present in activated T lymphocytes and T-cell lines
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