System and method for aseptically transferring fluid
A system for aseptically transferring a liquid substance comprises a sterilized vial filled with the liquid substance and sealed with a sterilized septum; a sterilized fluidic assembly including a piercing member including therein first and second channels and having a tip end that operably punctures the sterilized septum, the first and second channels having first and second channel openings at the tip end; a manual air pump; an inlet line fluidically connects the manual air pump to the first channel of the piercing member; and an outlet line fluidically connected to the second channel of the piercing member at one end and hermetically sealed at the other end; and a sterilized pouch enclosing and hermetically sealing the sterilized vial and the piercing member and operably allowing the piercing member to puncture the sterilized septum when the piercing member is manually pushed from the exterior of the sterilized pouch.
1. A system for aseptically transferring a liquid substance comprising:
a sterilized vial filled with the liquid substance and sealed with a sterilized septum;
a sterilized fluidic assembly comprising:
a piercing member including therein first and second channels and having a tip end that operably punctures the sterilized septum, the first and second channels having first and second channel openings at the tip end of the piercing member;
a manual air pump;
an inlet line fluidically connecting the manual air pump to the first channel of the piercing member; and
an outlet line fluidically connected to the second channel of the piercing member at one end and hermetically sealed at the other end; and
a sterilized pouch enclosing and hermetically sealing the sterilized vial and the piercing member and operably allowing the piercing member to puncture the sterilized septum without breaching the sterilized pouch when one of the sterilized vial and the piercing member is manually pushed against the other one of the sterilized vial and the piercing member from an exterior of the sterilized pouch.
2. The system of claim 1 further comprising a sterilized holder, wherein the sterilized vial and the piercing member are separately mounted on the sterilized holder that provides a guiding mechanism for the piercing member to puncture the sterilized septum of the sterilized vial in the sterilized pouch without breaching the sterilized pouch.
3. The system of claim 2 , wherein the sterilized holder, together with the sterilized vial and the piercing member, is hermetically sealed in the sterilized pouch.
4. The system of claim 1 , wherein the manual air pump comprises a syringe.
5. The system of claim 4 , wherein the syringe contains sufficient air to propel all of the liquid substance out of the sterilized vial.
6. The system of claim 1 , wherein the fluidic assembly further comprises an air filter for filtering air discharged from the manual air pump.
7. The system of claim 1 , wherein the fluidic assembly further comprises a check valve connected to the outlet line for preventing back flow of the liquid substance into the sterilized vial.
8. The system of claim 1 , wherein the fluidic assembly further comprises a pinch valve for regulating air flow in the inlet line.
9. The system of claim 1 , wherein the other end of the outlet line is hermetically sealed with a male or female portion of an aseptic connector.
10. The system of claim 1 , wherein the liquid substance comprises magnetic beads.
11. A method of manufacturing a system for aseptically transferring a liquid substance comprising the steps of:
sterilizing a vial and a septum;
aseptically filling the sterilized vial with the liquid substance and sealing the sterilized vial with the sterilized septum;
providing a fluidic assembly that includes:
a piercing member including therein first and second channels and having a tip end that operably punctures the sterilized septum, the first and second channels having first and second channel openings at the tip end of the piercing member;
a manual air pump;
an inlet line fluidically connecting the manual air pump to the first channel of the piercing member; and
an outlet line fluidically connected to the second channel of the piercing member at one end and hermetically sealed at the other end;
sterilizing the fluidic assembly; and
assembling the vial and the fluidic assembly and hermetically sealing the vial and the piercing member in a sterilized pouch in an aseptic environment,
wherein the sterilized pouch allows the piercing member to puncture the sterilized septum without breaching the sterilized pouch when one of the sterilized vial and the piercing member is manually pushed against the other one of the sterilized vial and the piercing member from an exterior of the sterilized pouch.
12. The method of claim 11 , wherein the sterilized vial and the piercing member are separately mounted on a sterilized holder that provides a guiding mechanism for the piercing member to puncture the sterilized septum of the sterilized vial in the sterilized pouch.
13. The method of claim 12 , wherein the sterilized holder, together with the sterilized vial and the piercing member, is hermetically sealed in the sterilized pouch.
14. The method of claim 11 , wherein the manual air pump is a syringe.
15. The method of claim 11 , wherein the liquid substance comprises magnetic beads.
16. A method for aseptically transferring a liquid substance comprising the steps of:
providing a transfer system including:
a sterilized vial filled with the liquid substance and sealed with a sterilized septum;
a sterilized fluidic assembly comprising:
a piercing member including therein first and second channels and having a tip end that operably punctures the sterilized septum, the first and second channels having first and second channel openings at the tip end of the piercing member;
a manual air pump filled with sufficient air to propel all of the liquid substance out of the sterilized vial;
an inlet line fluidically connecting the manual air pump to the first channel of the piercing member; and
an outlet line fluidically connected to the second channel of the piercing member at one end and hermetically sealed at the other end; and
a sterilized pouch enclosing and hermetically sealing the sterilized vial and the piercing member;
aseptically connecting the outlet line to an external line for receiving the liquid substance;
puncturing the sterilized septum with the piercing member by manually pushing one of the sterilized vial and the piercing member against the other one of the sterilized vial and the piercing member from an exterior of the sterilized pouch without breaching the sterilized pouch, thereby aseptically establishing fluidic connections between the sterilized vial and the inlet and outlet lines; and
expelling air from the manual air pump into the sterilized vial disposed in an inverted orientation to propel the liquid substance in the sterilized vial through the outlet line and into the external line.
17. The method of claim 16 , wherein the sterilized vial and the piercing member are separately mounted on a sterilized holder that provides a guiding mechanism for the piercing member to puncture the sterilized septum in the sterilized pouch.
18. The method of claim 17 , wherein the sterilized holder, together with the sterilized vial and the piercing member, is hermetically sealed in the sterilized pouch.
19. The method of claim 16 , wherein the manual air pump is a syringe.
20. The method of claim 16 , wherein the liquid substance comprises magnetic beads.