Our pause results may suggest a novel role for this theta rhythm in plasticity. Finally, we discuss our results in the context of Fer-1 datasheet auditory thalamocortical plasticity.”
“The influence of isotropically directed deposition flux on the formation of the thin film microstructure at low temperatures is studied. For this purpose we have deposited TiO(2) thin films by two different deposition techniques: reactive magnetron sputtering, in two different experimental configurations, and plasma enhanced chemical vapor deposition. The obtained results indicate that films grown under conditions where deposition particles do not possess a clear directionality, and in the absence of

a relevant plasma/film interaction, present similar refractive indices no matter the deposition technique employed. The film morphology is also similar and consists of a granular surface topography and a columnarlike

structure in the bulk whose diameter increases almost linearly with the film thickness. The deposition has been simulated by means of a Monte Carlo model, taking into account the main processes during growth. The agreement between simulations and experimental results indicates that the obtained microstructures GSK461364 order are a consequence of the incorporation of low-energy, isotropically directed, deposition particles. (C) 2010 American Institute of Physics. [doi:10.1063/1.3483242]“
“Mycobacterium marinum is the most frequent non-tuberculous Mycobacterium in humans. We report the first

ever described case of epididymoorchitis this website resulting from hematogenous spread of M. marinum from hand oligoarthritis. This was initially mistaken for rheumatoid disease and methylprednisolone- induced immunosuppression led to hematogenous spread of infection to the testis and epididymis. Copyright (C) 2011 S. Karger AG, Basel”
“Intermediate band solar cells (IBSCs) fabricated to date from In (Ga)As/GaAs quantum dot arrays (QD-IBSC) exhibit a quantum efficiency (QE) that extends to below bandgap energies. However, the production of sub-bandgap photocurrent relies often on the thermal and/or tunneling escape of carriers from the QDs, which is incompatible with preservation of the output voltage. In this work, we test the effectiveness of introducing a thick GaAs spacer in addition to an InAlGaAs strain relief layer (SRL) over the QDs to reduce carrier escape. From an analysis of the QE at different temperatures, it is concluded that escape via tunneling can be completely blocked under short-circuit conditions, and that carriers confined in QDs with an InAlGaAs SRL exhibit a thermal escape activation energy over 100 meV larger than in the case of InAs QDs capped only with GaAs. (C) 2010 American Institute of Physics. [doi:10.1063/1.