Abstract: The claimed invention delivers location specific content to a webpage based on a location tag data comprising the webpage that constitutes the website's declaration of a geographic location to the content server, such that the content all appear in the same space on the page, without the need for the page to refresh, allowing a user to play multiple games and to read multiple stories in a single session.

Abstract: The claimed invention delivers location specific content to a webpage based on a location tag data comprising the webpage that constitutes the website's declaration of a geographic location to the content server, such that the content all appear in the same space on the page, without the need for the page to refresh, allowing a user to play multiple games and to read multiple stories in a single session.

Abstract: The present invention in one embodiment provides a compound of Formula I, or a pharmaceutically acceptable salt thereof, wherein the variables shown in Formula I are as defined in the specification.

Abstract: The present invention in one embodiment provides a compound of Formula I, or a pharmaceutically acceptable salt thereof, wherein the variables shown in Formula I are as defined in the specification.

Abstract: The present invention in one embodiment provides a compound of Formula I, or a pharmaceutically acceptable salt thereof, wherein the variables shown in Formula I are as defined in the specification.

Abstract: The present invention in one embodiment provides a compound of Formula I, or a pharmaceutically acceptable salt thereof, wherein the variables shown in Formula I are as defined in the specification.

Abstract: One aspect of the present disclosure relates to a method for treating a subject with cancer. The method includes administering an oncolytic virus simultaneously, sequentially, or separately in combination with an immunomodulatory agent in an amount effective to suppress both antiviral immunity and angiogenesis associated with the cancer.

Abstract: The present invention is directed to a non-adhesive covering for a shelf. In one embodiment, it includes a substantially incompressible polymer-based material with an upper surface comprising an embossed pattern, lays flat upon a shelf surface, has a thickness of 4 gauge or above, and has a PHR in a range of 28 to 42. In another embodiment, it includes a substantially incompressible polymer-based material, lays flat upon a shelf surface, has a thickness of 2.8 gauge or above, and has a PHR in a range of 28 to 42.

Abstract: Methods of detecting, diagnosing, monitoring or managing an XMRV-related neuroimmune disease such as chronic fatigue syndrome or XMRV-related lymphoma such as mantle cell lymphoma in a subject are disclosed. These methods comprise determining presence, absence or quantity an XMRV nucleic acid in a sample from a subject.

Abstract: The present invention relates generally to assays for the detection of Xenotropic Murine Leukemia Virus-related Retrovirus (“XMRV”) and diseases associated with XMRV infection. Additionally, the invention relates to specific XMRV antigens capable of inducing an immunogenic response as well as XMRV-related nucleic acids having significant diagnostic, screening, and therapeutic utilities.

Abstract: The present invention is directed to a non-adhesive covering for a shelf. In one embodiment, it includes a substantially incompressible polymer-based material with an upper surface comprising an embossed pattern, lays flat upon a shelf surface, has a thickness of 4 gauge or above, and has a PHR in a range of 28 to 42. In another embodiment, it includes a substantially incompressible polymer-based material, lays flat upon a shelf surface, has a thickness of 2.8 gauge or above, and has a PHR in a range of 28 to 42.

Abstract: A Composition to provide nutritional support for mammals having glycemic control and deficit concerns, and assist in managing glycemic controls deficits, with a synergistic combination of natural ingredients.

Abstract: The present invention is directed to a non-adhesive covering for a shelf. In one embodiment, it includes a substantially incompressible polymer-based material with an upper surface comprising an embossed pattern, lays flat upon a shelf surface, has a thickness of 4 gauge or above, and has a PHR in a range of 28 to 42. In another embodiment, it includes a substantially incompressible polymer-based material, lays flat upon a shelf surface, has a thickness of 2.8 gauge or above, and has a PHR in a range of 28 to 42.

Abstract: A flexible, preferably elastic empanelled book cover (12) that has pocket portions (25) to receive the covers of a book (10) that is inserted therein. The cover (12) consists of a unitary hexagonal sheet of pliable material such as “SPANDEX”, having extended upper and lower edges, with each edge bisected by a slot (32) of predetermined width that extends orthogonally. Fold lines (34, 36 and 38) form a laterally-extended rectangle, with the side fold lines (38) forming the lateral apices of the hexagon two triangular flap portions (20) of the cover pockets. The in-folded upper and lower flap portions of the hexagon are attached to each other and to the triangular side flap portions, to form the pocket portion (25), with lock stitching (27) at the innermost juncture by the spine opening. A central top and bottom fold-over engages the spine of the book in stabilizing relation. The unitary hexagonal blanks can be economically mass produced from roll material (40).

Abstract: A flexible, preferably elastic empanelled book cover (12) that has pocket portions (25) to receive the covers of a book (10) that is inserted therein. The cover (12) consists of a unitary hexagonal sheet of pliable material such as “SPANDEX”, having extended upper and lower edges, with each edge bisected by a slot (32) of predetermined width that extends orthogonally. Fold lines (34, 36 and 38) form a laterally-extended rectangle, with the side fold lines (38) forming the lateral apices of the hexagon two triangular flap portions (20) of the cover pockets. The in-folded upper and lower flap portions of the hexagon are attached to each other and to the triangular side flap portions, to form the pocket portion (25), with lock stitching (27) at the innermost juncture by the spine opening. A central top and bottom fold-over engages the spine of the book in stabilizing relation. The unitary hexagonal blanks can be economically mass produced from roll material (40).

Abstract: The present invention is directed toward a folder having at least one pocket with entertainment functionality. The outer and inner sides of the front, back and/or divider panels serve as display layers comprising a variety of interactive audio/visual stimuli enabling elements such as picture graphics, illuminated picture sections and/or sound recording or playing systems.

Abstract: An adjustable book cover (10) comprising a front cover (12) and a rear cover (30) that is integrally attached to the front cover (12). A front cover retaining pocket (48) is attached to the front cover's inner surface (24), and a rear cover retaining member (70) is attached to the rear cover's inner surface (42). Attachment means (92) are located on the rear cover's inner surface (42) and the retaining member's outer surface (80). The book cover (10) is dimensioned so that when the book cover (10) is placed on a book (100), the rear cover's left edge (36) can be folded inward, which allows the attachment means (92) on the rear cover's inner surface (42) to interface with the attachment means (92) on the retaining member's outer surface (80). The rear cover's left edge (36) can be folded inward various distances to accommodate books of different thickness.

Abstract: A system and method is provided for using network asset management data including attributes such as device type, location, and link speed for modeling network performance and identifying performance issues. The invention provides measured and observed performance data for one or more segments of a network (e.g., one or more hops or end to end) so that identification of diminished performance in the network might be accomplished. Additionally, the invention may provide projections of performance impacts based upon proposed changes to one or more components in the network. Performance metrics, ping times, MIB data, link speeds, propagation delays, device latency, serialization rates, conversational speeds, conversational utilization and other data are used to model a network for determining or isolating problematic issues and to forecast performance impacts of potential changes to the network.

Abstract: A system and method is provided for using network asset management data including attributes such as device type, location, and link speed for modeling network performance and identifying performance issues. Functionally complete mathematical characterization of a system may be employed in order to create a system for problem recognition and resolution in which disruptive changes to physical and logical system components are only performed when necessary. Mathematical analysis of pings (or other time stamped traffic) and mathematical analysis of MIB and other asset data may be performed separately and the results compared to “self-check” and form and verify the complete mathematical characterization of a network system. Additionally, the invention may provide projections of performance impacts based upon proposed changes to one or more components in the network.

Abstract: An adjustable book cover (10) consisting of a unitary hexagonal sheet of stretchable fabric (16) that is preferably coated with an elastomeric polyurethane resin (15). Interstices (19) of the fabric (16) are filled with at least a single layer of polyurethane resin (15), creating an impermeable waterproof barrier while maintaining the elastic functionality of the book cover (10). The hexagonal sheet has flap portions defined by fold lines (44,46,48) that delineate a laterally formed rectangle within the fabric polygon. Extended edges of the upper and lower shaped flap portions are each bisected by a slot (41) of predetermined depth, thus forming an access aperture (21) for the covers of a book when selected flap portions of the hexagon are secured together.