Abstract: An apparatus for internet protocol (IP) address continuity includes a network port configured for Internet communications and communicatively coupled to an Internet gateway device including a first IP address; an integrated cellular modem configured for Internet communications, the integrated cellular modem including a second IP address; a local area network port; a switch configured for selectively switching between a first mode where the internet communications are via the network port and a second mode where the internet communications are via the integrated cellular modem; a processor; and a memory. The memory stores instructions, which, when executed by the processor, cause the apparatus to: determine network connectivity of the Internet gateway device; selectively switch to the second mode from the first mode based on the network connectivity; receive a second signal via the integrated cellular modem; and pass the first IP address to the local area network port.

Abstract: The invention relates to cartridges for thin layer chromatography (TLC) which hermetically seal the TLC mobile phase during loading, performance of the TLC process, and analysis of the chromatogram. It further relates to associated methods of use—for example for detecting or quantifying an analyte in a sample. It further relates to processes for assembling the cartridge, to associated equipment adapted for use with them, and kits of parts.

Abstract: Concentric flow focusing encapsulation devices and methods for production of microencapsulated droplets of a first core material surrounded by a second shell material include assessment of non-dimensional fluid dynamic parameters that are related to the characteristics of produced droplets. The parameters are specifically related to characteristics such as homogenous or non-homogenous modes of concentric droplet breakup, density distribution of various droplet sizes, and qualities such as monodispersity of droplets produced. By identifying control parameters in specific regions, control variables may be selected to produce droplets or particles with desired qualities.

Abstract: Concentric flow focusing encapsulation devices and methods for production of microencapsulated droplets of a first core material surrounded by a second shell material include assessment of non-dimensional fluid dynamic parameters that are related to the characteristics of produced droplets. The parameters are specifically related to characteristics such as homogenous or non-homogenous modes of concentric droplet breakup, density distribution of various droplet sizes, and qualities such as monodispersity of droplets produced. By identifying control parameters in specific regions, control variables may be selected to produce droplets or particles with desired qualities.

Abstract: Provided is a method for treatment or prevention of ?-synucleinopathies in a mammalian subject, the method comprising administering a therapeutically effective amount of at least one composition to the subject, wherein the composition comprises a molecule for pharmacological modulation of galectin activity in a mammalian brain.

Abstract: A cooling system which comprises a cooling fluid to cool a body or object, and at least a cold transmission surface in direct or indirect contact with said body or object. It is characterized in that it comprises at least a device for collecting and storing frigories that can receive a preset quantity of cooling fluid from an external charging device, store said frigories and transmit them at a preset velocity and temperature to said cold transmission surface. It is obtained a system in which it is not necessary to use a cryogenic deposit forming part of it, so that the security is enhanced and the cost is reduced.

Abstract: Device (1) for cooling a body, which comprises a garment (2) in contact with said body, a coolant for cooling said garment (2) and means of storing said coolant, said garment (2) including a layer of conductive fabric with a thermal conductivity suitable for transmitting by contact the heat to said coolant stored in said storage means and is characterised in that said coolant is a cryogenic fluid and in that said cryogenic fluid is liquid nitrogen (4). The device possesses high coolant power, since it permits the use of coolant substances at very low temperature, adapts easily to the body on which it is applied and is very safe.

Abstract: A process for producing adhesive wound dressings, from a continuous strip (2) affixing a plurality of pads (3), each pad defining an adhesive wound dressing with a respective strip portion (4), each two adjacent strip portions (4) having a common lateral edge (5) and end edges (6) joining the lateral edges (5) of each strip portion (4), and a strip marginal portion (7) being defined between each two adjacent end edges (6), said process comprising the step of cutting, from said continuous strip (2), at least two different types of strip portions (4), which are dimensioned and shaped so that the strip marginal portions (7) be each incorporated as an integral part of a respective strip portion (4).

Abstract: Includes at least one floating body (1), and is characterised in that includes a device (2) fitted inside said body (1) for transforming the movement of the floating body (1) into pneumatic or hydraulic energy and means for transmitting the energy to dry land or to a fixed structure. An energy-generation system is obtained thereby with a manufacturing time and cost lower than the systems currently known. Moreover, the fact that the transforming device (2) is fitted inside the floating body (1) means that it is protected against corrosion caused by the water, against sharp movements caused by marine currents and against other possible outside agents which might harm or damage any of the components which make up the device.

Abstract: A process for producing adhesive wound dressings, from a continuous strip (2) affixing a plurality of pads (3), each pad defining an adhesive wound dressing with a respective strip portion (4), each two adjacent strip portions (4) having a common lateral edge (5) and end edges (6) joining the lateral edges (5) of each strip portion (4), and a strip marginal portion (7) being defined between each two adjacent end edges (6), said process comprising the step of cutting, from said continuous strip (2), at least two different types of strip portions (4), which are dimensioned and shaped so that the strip marginal portions (7) be each incorporated as an integral part of a respective strip portion (4).

Abstract: Includes at least one floating body (1), and is characterised in that includes a device (2) fitted inside said body (1) for transforming the movement of the floating body (1) into pneumatic or hydraulic energy and means for transmitting the energy to dry land or to a fixed structure. An energy-generation system is obtained thereby with a manufacturing time and cost lower than the systems currently known. Moreover, the fact that the transforming device (2) is fitted inside the floating body (1) means that it is protected against corrosion caused by the water, against sharp movements caused by marine currents and against other possible outside agents which might harm or damage any of the components which make up the device.

Abstract: An adhesive bandage comprising a backing material, an adhesive and a wound-contacting pad which has improved comfort and improved resistance to unraveling when the body part to which it is adhered is flexed. Improved comfort and resistance to unraveling are obtained by tapering the bandage from the center region thereof to each of its opposed ends.

Abstract: An adhesive bandage comprising a backing material, an adhesive and a wound-contacting pad which has improved comfort and improved resistance to unraveling when the body part to which it is adhered is flexed. Improved comfort and resistance to unraveling are obtained by tapering the bandage from the center region thereof to each of its opposed ends.

Abstract: Throw-away syringe, of the type constituted by a cylindrical tubular body in which a stopper can be displaced in the direction of its axis being the latter controlled by a manually actuated stem and in the above syringe, between the stopper associated to the stem and the discharge end of the tubular body, is fitted freely a second stopper carrying a blade placed in an adequate setting of said stopper, a blade inoperative during the backward movement of the stopper and operative to make a mark or incision in the advance direction, a mark through which the inner pressure of the cylindrical body is equalled to the atmospheric pressure to prevent sucking out and therefore re-using the syringe after its first use.