Abstract: Disclosed embodiments may include a trampoline scooter device for practicing scooter tricks on a trampoline. The device may include a foam deck with an upper surface and lower surface, where the upper and lower surfaces both contain a first recess. The first recesses are designed to receive, respectively, an upper attachment member and a lower attachment member. The upper and lower attachment members and the recesses contain aligned holes to receive connectors. The upper attachment member is connected to the headtube of the scooter via the neck. The headtube contains connections to the column, which is attached to handlebars containing grips and grip ends. The foam deck may include one or more deck weights at the end of the foam deck opposite the attachment members, either embedded within the deck, or within a second recess of the upper and lower surfaces. The foam deck may include a spine support.

Abstract: Disclosed embodiments may include a trampoline scooter device for practicing scooter tricks on a trampoline. The device may include a foam deck with an upper surface and lower surface, where the upper and lower surface both contain a recess. The recesses are designed to receive, respectively, an upper attachment member and a lower attachment member. The upper and lower attachment members and the recesses contain aligned holes to receive connectors. The connectors, or bolts, extend through both attachment members and the deck to secure the deck to the attachment members using nuts. The upper attachment member is connected to the headtube of the scooter via the neck. The headtube contains connections to the column. The column is attached to handlebars containing grips and grip ends.

Abstract: Disclosed embodiments may include a trampoline scooter device for practicing scooter tricks on a trampoline. The device may include a foam deck with an upper surface and lower surface, where the upper and lower surface both contain a recess. The recesses are designed to receive, respectively, an upper attachment member and a lower attachment member. The upper and lower attachment members and the recesses contain aligned holes to receive connectors. The connectors, or bolts, extend through both attachment members and the deck to secure the deck to the attachment members using nuts. The upper attachment member is connected to the headtube of the scooter via the neck. The headtube contains connections to the column. The column is attached to handlebars containing grips and grip ends.

Abstract: Disclosed embodiments may include a trampoline scooter device for practicing scooter tricks on a trampoline. The device may include a foam deck with an upper surface and lower surface, where the upper and lower surfaces both contain a first recess. The first recesses are designed to receive, respectively, an upper attachment member and a lower attachment member. The upper and lower attachment members and the recesses contain aligned holes to receive connectors. The upper attachment member is connected to the headtube of the scooter via the neck. The headtube contains connections to the column, which is attached to handlebars containing grips and grip ends. The foam deck may include one or more deck weights at the end of the foam deck opposite the attachment members, either embedded within the deck, or within a second recess of the upper and lower surfaces. The foam deck may include a spine support.

Abstract: A method of generating electricity which comprises forming a galvanic cell comprising two electrodes in contact with an ionic conductor, wherein the ionic conductor comprises an explosive composition or is derived from an explosive composition.

Abstract: This disclosure relates to reagents, methods for treating, diagnosing, and tracking diseases associated with salmon alphavirus.

Abstract: This disclosure relates to reagents, methods for treating, diagnosing, and tracking diseases associated with salmon alphavirus.

Abstract: A method of generating electricity which comprises forming a galvanic cell comprising two electrodes in contact with an ionic conductor, wherein the ionic conductor comprises an explosive composition or is derived from an explosive composition.

Abstract: A vaccine against nodavirus infection in fish can be produced by inactivating the virus using an aziridine compound. This vaccine can be used to prevent Viral Nervous Necrosis (VNN) in a variety of fish species.

Abstract: A vaccine against nodavirus infection in fish can be produced by inactivating the virus using an aziridine compound. This vaccine can be used to prevent Viral Nervous Necrosis (VNN) in a variety of fish species.

Abstract: A vaccine against nodavirus infection in fish can be produced by inactivating the virus using an aziridine compound. This vaccine can be used to prevent Viral Nervous Necrosis (VNN) in a variety of fish species.