Infusates with Enhanced pH Stability Under Ethylene Oxide Sterilization
AssigneeC. R. Bard, Inc.
InventorsKelly B. Powers, Murtaza Yusuf Amin, Matthew R. Trebella, James L. Freasier, Raymond Kerns
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AssigneeC. R. Bard, Inc.
InventorsKelly B. Powers, Murtaza Yusuf Amin, Matthew R. Trebella, James L. Freasier, Raymond Kerns
Estimating the term…
Normal saline and other infusate solutions for infusion into the body of a patient during medical treatment are disclosed. In particular, infusates are disclosed that are formulated to resist changes to the pH of the solution when subjected to sterilization procedures that employ ethylene oxide gas. In one embodiment, a buffered infusate suitable for disposal in a syringe or other container is disclosed. The syringe is sterilizable using ethylene oxide. The buffered infusate comprises an aqueous solution that is disposed in the syringe and is suitable for infusion into a body of a patient. A buffer component is added to the aqueous solution to form a buffered solution. The buffer component is configured to resist a change in the pH of the buffered solution upon exposure of the buffered solution to the ethylene oxide during sterilization of the syringe.
A buffered infusate suitable for disposal in a container, the container to be sterilized using ethylene oxide, the buffered infusate comprising:
A method of producing a buffered infusate contained in a container, the buffered infusate suitable for withstanding the effects of sterilization of the container using ethylene oxide, the method comprising:
A medical device containing a buffered infusate, the medical device suitable for sterilization using ethylene oxide, the medical device comprising:
A buffered saline infusate suitable for disposal in a syringe, the syringe to be sterilized using ethylene oxide, the buffered saline infusate comprising:
Dependencies are inferred from the claim text.