Recommendations for the detection of hepatocellular carcinoma should be strictly applied in these patients.”
“Aims. This study was conducted to examine the nature, content, and duration of advertisements broadcasted during children’s Tamil television channels and to determine the extent to which television advertising changes during school holiday and non-holiday periods and between prime time and non-prime time broadcast.\n\nMethods. Television broadcasts on two main children’s Tamil television channels were video-recorded over 16 days between 17.00-19.00 hours (non-prime time) and

19.00-21.00 hours (prime time). For each commercial, the type of product advertised, as well as the duration (in seconds), was recorded. Advertisements were categorized as ‘food’ and ‘non-food’. The former category was further subdivided into ‘sugar-rich foods’ and ‘other foods’. The sugar-rich foods were further categorized OSI-906 as liquid, solid and sticky, and slowly dissolving

sugars. Commercials related Birinapant price to the promotion of oral health products and non-food products were also recorded.\n\nResults. Among the total of 128 h of television programmes recorded, advertising accounted for 10.15% (13.01 hours). The advertisement of sugar-rich food products, non-food and oral hygiene products occupied 50.36%, 38.41% and 1.90%, respectively, of the total advertising time. Solid and sticky products made up 100% of advertisements in this category on Chithiram television channel, compared with 62.5% of advertisements on Chutti television channel.\n\nConclusion. It was concluded that the advertising of sugar-rich foods, particularly solid and sticky food products, MK-8776 in vitro was broadcasted more in Chithiram television channel, during school holidays and during prime time.”
“A layerwise B(k,k-1)-spline

finite strip method is developed for stress and failure analysis in fibre reinforced composite laminates. The composite laminates are divided into a number of numerical layers in the thickness direction. A linear variation of in-plane displacements are assumed across the thickness of each numerical layer to represent the sectional warping which can have significant effects on through thickness shear stresses. The development of B(k,k-1)-spline finite strip method is presented. Material failure criteria and material degradation models for progressive failure are discussed and integrated in a progressive failure analysis for composite laminates. Numerical applications include a progressive failure analysis example are presented to verify the layerwise B-spline finite strip method developed for stress and failure analysis in composite laminates. Whenever possible the present predictions are compared with the existing analytical and numerical results. (C) 2010 Elsevier Ltd. All rights reserved.