Abstract: A radioisotope elution system including a radioisotope generator having an alignment structure. The alignment structure may be configured to interface with a complementary alignment structure of an auxiliary radiation shield assembly.

Abstract: A radioisotope elution system including a radioisotope generator having an alignment structure. The alignment structure may be configured to interface with a complementary alignment structure of an auxiliary radiation shield assembly.

Abstract: The preferred embodiments provide, e.g., a high quality flexible tracheostomy tube assembly including an outer tracheostomy cannula and a disposable, flexible inner cannula. In preferred embodiments, the product provides a single patient use, sterile device.

Abstract: A radiation shield lid for shielding a radioisotope generator. The radiation shield lid includes an alignment structure configured to align the shield lid to a radioisotope generator.

Abstract: A radioisotope elution system including a radioisotope generator having an alignment structure. The alignment structure may be configured to interface with a complementary alignment structure of an auxiliary radiation shield assembly.

Abstract: A power injector syringe assembly (110) is disclosed. The power injector syringe assembly (110) includes a power injector syringe (112) and coupling (130) that are permanently joined. The coupling (130) includes a wedge-shaped mounting flange (144) to facilitate installation of the assembly (110) on a syringe mount (200) of a power injector. The coupling (130) also includes at least one coupling member (150) to facilitate removal of the assembly (110) from the syringe mount (200).

Abstract: The preferred embodiments provide, e.g., a high quality flexible tracheostomy tube assembly including an outer tracheostomy cannula and a disposable, flexible inner cannula. In preferred embodiments, the product provides a single patient use, sterile device.

Abstract: A radiation shield lid for shielding a radioisotope generator. The radiation shield lid includes an alignment structure configured to align the shield lid to a radioisotope generator.

Abstract: A radioisotope elution system including a radioisotope generator having an alignment structure. The alignment structure may be configured to interface with a complementary alignment structure of an auxiliary radiation shield assembly.

Abstract: A radioisotope elution system including a radioisotope generator having an alignment structure. The alignment structure may be configured to interface with a complementary alignment structure of an auxiliary radiation shield assembly.

Abstract: The preferred embodiments provide, e.g., a high quality flexible tracheostomy tube assembly including an outer tracheostomy cannula and a disposable, flexible inner cannula. In preferred embodiments, the product provides a single patient use, sterile device.

Abstract: A power injector syringe assembly (110) is disclosed. The power injector syringe assembly (110) includes a power injector syringe (112) and coupling (130) that are permanently joined. The coupling (130) includes a wedge-shaped mounting flange (144) to facilitate installation of the assembly (110) on a syringe mount (200) of a power injector. The coupling (130) also includes at least one coupling member (150) to facilitate removal of the assembly (110) from the syringe mount (200).

Abstract: The preferred embodiments provide, e.g., a high quality flexible tracheostomy tube assembly including an outer tracheostomy cannula and a disposable, flexible inner cannula. In preferred embodiments, the product provides a single patient use, sterile device.

Abstract: The preferred embodiments provide, e.g., a high quality flexible tracheostomy tube assembly including an outer tracheostomy cannula and a disposable, flexible inner cannula. In preferred embodiments, the product provides a single patient use, sterile device.

Abstract: A radioisotope elution system including a radioisotope generator having an alignment structure. The alignment structure may be configured to interface with a complementary alignment structure of an auxiliary radiation shield assembly.

Abstract: The present invention relates to a specialized tracheal tube and a method of using such for introduction of gasses or vapors along the trachea, such as by an anesthesiologist during the administration of anesthesia to a patient undergoing surgery. In particular, the present invention relates to a tracheal tube having a filament reinforced flexible portion that allows for movement of the proximal end relative to the distal end of the tracheal tube without creating stress at the proximal or distal ends. The tracheal tube according to the present invention allows 360.degree. access to the head and neck area of a patient, and allows for movement of the proximal end of the tracheal tube during a surgical procedure without requiring re-intubation.

Abstract: A capping device for covering the access port of a conduit connector includes a first cap having a downwardly extending skirt and an access opening through which a bronchoscope, catheter or other small diameter medical device may be inserted. The skirt includes an inwardly extending rim around its internal surface which detachably snaps over a lip around the access port. The access opening is selectively sealable by a second cap that is tethered to the first cap by a flexible tether strap. The second cap also incudes a downwardly extending skirt including an inwardly extending rim around its internal surface which detachably snaps over a lip around the first cap. The capping device further includes a flexible anchor strap extending from the first cap which snaps onto a knob on the connector, thereby retaining the capping device on the connector when not in use.

Abstract: A pressure monitoring device for indicating to the administrator of an injection to a patient that an excess of force has been exerted on the plunger and thereby the fluids contained within the syringe.