(C) 2012 Elsevier Ltd. All rights reserved.”
“Obesity and lack of physical activity are an increasing problem. In addition to common barriers to physical activity, people with epilepsy also face fear of exercise-induced seizures, medication side effects, and, often, confusing advice regarding the safety of exercise. To explore barriers faced by people with epilepsy, we mailed a survey to 412 adult patients with epilepsy from an epilepsy center in Kansas. Survey items assessed patients’ exercise

habits, attitudes regarding exercise, and barriers to exercise. Forty-seven percent completed the survey. Most respondents reported that they did exercise, though most did so 3 or fewer days per week and at light intensity. Respondents who reported seizures as a barrier to exercise did not exercise with less frequency or intensity than those who did not report seizures as a barrier, selleck chemicals llc but these respondents reported greater fear of seizures. Patient-specific education about

the benefits check details of exercise needs to be initiated by physicians. (c) 2008 Elsevier Inc. All rights reserved.”
“The theanine content of the leaves of 27 species or varieties of Theaceae plants was investigated. Theanine was present in 21 species or varieties, but in much lower amounts (< 0.2-mu mol/g fresh weight) than the quantity detected in Camellia sinensis var. sinensis. The major free amino acids in leaves of four species belonging to the genera Schima and

Eurya, were glutamic acid, aspartic acid, glutamine, asparagine, alanine and proline and content of these amino acids is similar to or higher than theanine. Accumulation of free amino acids in these plants was generally lower than in C. sinensis var. sinensis. The biosynthetic activity of theanine, assessed by the incorporation of radioactivity from [(14)C]ethylamine, was detected in seedlings of two species of Schima. The theanine biosynthetic activity in roots was higher than that of leaves. this website (C) 2009 Elsevier Masson SAS. All rights reserved.”
“Fluid motion induced on the surface of 100 MHz focused surface acoustic wave (F-SAW) devices with concentric interdigital transducers (IDTs) based on Y-cut Z-propagating LiNbO(3) substrate was investigated using three-dimensional bidirectionally coupled finite element fluid-structure interaction models. Acoustic streaming velocity fields and induced forces for the F-SAW device are compared with those for a SAW device with uniform IDTs (conventional SAW). Both, qualitative and quantitative differences in the simulation derived functional parameters, such as device displacements amplitudes, fluid velocity, and streaming forces, are observed between the F-SAW and conventional SAW device. While the conventional SAW shows maximum fluid recirculation near input IDTs, the region of maximum recirculation is concentrated near the focal point of the F-SAW device.