93 results about "Glass Syringe" patented technology

An improved guard for a medical cartridge, such as a unit dose pre-filled glass syringe, comprising a body for receiving the cartridge, and a shield slidably attached to the body which are pre-assembled and ready to receive a cartridge therein. The body has a mechanism on a proximal end thereof which holds the cartridge therein. The body and shield have cooperating detents and detent pockets which allow the shield to be directed distally, from an unguarded position in which the needle on the cartridge is uncovered for delivery of medication, to a guarded position in which the needle is permanently covered for disposal. The body may also include a substantially rectangular-shaped finger grip on its proximal end for receiving a similarly shaped proximal flange on the cartridge, whereby the cartridge is received in a predetermined orientation.

The present invention relates to a prefilled glass container, such as a prefilled glass syringe, comprising an aqueous botulinum toxin formulation. The aqueous botulinum toxin formulation in the prefilled container is stable at low to ambient temperature for a prolonged time period. Furthermore, the present invention relates to a kit comprising the botulinum toxin prefilled container, and to the use of the botulinum toxin prefilled container in therapeutic and cosmetic applications.

An injection device for delivery of a therapeutic agent is provided that includes a glass syringe with an integrally molded lug extending radially from the syringe and a guard slidably attached to the syringe. One set of detents on the guard and the lug of the syringe retain the guard in the retracted position. Another set of detents on the guard and the lug of the syringe retain the guard in the extended position. Another injection device for delivery of a therapeutic agent is provided that includes a glass syringe with an integrally molded disk that extends radially from the syringe and a guard slidably coupled to the syringe. One set of detents on the guard and the integrally molded disk of the syringe retain the guard in a retracted position. Another set of detents on the guard and the integrally molded disk retain the guard in an extended position.

The invention relates to a method for preparing a microencapsulated drink of a Nanguo pear liver-protecting anti-alcohol agent, which is particularly used for Nanguo pear fruit and provides a theoretical basis for quantification of ethanol and acetaldehyde dehydrogenase in Nanguo pear liver-protecting anti-alcohol drink production. The process of the method comprises: raw material selection, washing, block cutting, water-bath soakage, ice-bath grinding, ice-bath homogenization, one-hour 0 to 4 DEG C extraction, 15-minute 400-rpm centrifugation, freezing concentration, the preparation of enteric microencapsulates of mixed concentrates of the ethanol, the acetaldehyde dehydrogenase and the like and the preparation of the drink by blending according to required package. The preparation of enteric microencapsulates of the mixed concentrates of the ethanol, the acetaldehyde dehydrogenase and the like is implemented by the following steps: mixing a wet enzyme paste mixture and 10 percent gelatin and 5 percent xanthan gum in a volume ratio of 1:5.5; fully and uniformly mixing the materials; uniformly mixing the mixed materials with a certain amount of 2-percent sodium alga acid; injecting the mixed solution into cooled solution of CaCl2 by using a glass syringe with a No.4 syringe needle to perform emulsification for 10 minutes with a stirring speed or 400rpm to obtain colloid-calcium alginate double-layer gel beads; subjecting the colloid-calcium alginate double-layer gel beads to a film forming reaction with solution of chitosan for 30 minutes; removing unreacted chitosan by washing to obtain wet Nanguo pear-dehydrogenase combined microencapsulate gel beads; and placing the microencapsulated dehydrogenase microencapsulate gel beads in a regulation tank for regulating concentration according to an anti-alcohol ratio, adding a proper amount of sugar and other seasoning matters, homogenizing the mixture, and automatically filling and sealing the resulting product.

A connector mountable to a syringe barrel has a proximal barrel-engaging portion, a distal luer fitment portion, and a fluid aperture therethrough. The barrel-engaging portion of the connector includes an axial ledge configured to abut the axial distal edge of a glass syringe barrel. The connector facilitates mounting a luer assembly to the barrel. The luer assembly may be a tip cap, a luer needle assembly, or a luer needle-less assembly, having a complementary luer fitment for connection to the luer fitment portion of the connector. The connector and syringe may further include an immobile, compressible needle seal. The needle seal is adjacent to or engageable with the barrel-engaging portion of the connector.

A connector mountable to a syringe barrel has a proximal barrel-engaging portion, a distal luer fitment portion, and a fluid aperture therethrough. The barrel-engaging portion of the connector includes an axial ledge configured to abut the axial distal edge of a glass syringe barrel. The connector facilitates mounting a luer assembly to the barrel. The luer assembly may be a tip cap having a complementary luer fitment for connection to the luer fitment portion of the connector. The luer assembly may be a luer needle assembly having a complementary luer fitment for connection to the luer fitment portion of the connector. The connector and syringe may further include an immobile, compressible needle seal. The needle seal is adjacent to or engageable with the barrel-engaging portion of the connector. The syringe may be configured with a plunger capable of engaging a retractable needle.