Abstract: A method of rendering interactive content on a wireless device. The wireless devices receives a plurality of scene components. The plurality of scene components are associated with an application and comprise at least one behavior module or functional unit operable to execute functions associated with the scene components. The functions are a portion of an application to be executed on the wireless device. The wireless device further receives a plurality of assets. The assets are operable to be used in rendering a scene in conjunction with the plurality of scene components and the assets are customized for rendering on the wireless device. The wireless device uses a graphical user interface comprising the plurality of scene components to generate the scene based on the scene components and the functional unit. The wireless device renders the scene based on the generated scene.

Abstract: A method of rendering interactive content on a wireless device. The wireless devices receives a plurality of scene components. The plurality of scene components are associated with an application and comprise at least one behavior module or functional unit operable to execute functions associated with the scene components. The functions are a portion of an application to be executed on the wireless device. The wireless device further receives a plurality of assets. The assets are operable to be used in rendering a scene in conjunction with the plurality of scene components and the assets are customized for rendering on the wireless device. The wireless device uses a graphical user interface comprising the plurality of scene components to generate the scene based on the scene components and the functional unit. The wireless device renders the scene based on the generated scene.

Abstract: Living tissues, such as hybridoma cells or insect cells suspended in a water soluble gelling agent, are microencapsulated in a double polymeric membrane microcapsule. The inner membrane is of a high molecular weight cut-off to permit outward diffusion of the gelling agent and also expansion of the microcapsule before formation of the outer membrane which is a relatively lower molecular weight cut-off. The living cells in the dual membrane microcapsule may be grown to an intracapsular density which is significantly higher than that which can be achieved by using single-membrane capsules. The recovery of intracapsular protein product (produced by the encapsulated cells) is also significantly higher and the loss of product through the membrane wall markedly lower for the dual membrane capsule than for the single membrane capsule.

Abstract: An equipment security system is provided herein which is capable of monitoring at least one security loop for detecting unauthorized removal of equipment interconnected within the security loop by means of a connecting member comprises a predetermined resistance secured in or to the equipment forming the security loop, that resistance being one arm of a resistance bridge. Such predetermined resistance has a resistance value sufficient to maintain the resistance bridge in a substantially-balanced state. The resistance bridge has a DC voltage permanently applied across one of its two pairs of diagonal terminals and has a diode bridge connected across the other of its two pairs of diagonal terminals. Means are responsive through the diode bridge for indicating an unbalanced state of the resistance bridge to indicate interruption of the security loop, thus enabling the alarm or warning system.