Abstract: A strip containing a prescription of individual dosages of medicine includes a plurality of packets connected in a series. The plurality of packets includes at least one filled packet that includes a plurality of medications. The strip has a first end, a second end, and an ending group. The ending group includes a subset of the plurality of packets and is adjacent the second end. An indicator is associated with the ending group, wherein the indicator can inform a user that the ending group is adjacent the second end of the strip.

Abstract: A strip containing a prescription of individual dosages of medicine includes a plurality of packets connected in a series. The plurality of packets includes at least one filled packet that includes a plurality of medications. The strip has a first end, a second end, and an ending group. The ending group includes a subset of the plurality of packets and is adjacent the second end. An indicator is associated with the ending group, wherein the indicator can inform a user that the ending group is adjacent the second end of the strip.

Abstract: An infusion system is disclosed for delivering fluid wherein the system has a flow control element within a spike member (100). The spike member (100) is a fluid extraction spike member having a fluid passageway (110) and a micro-electromechanical system (MEMS) element (108) operatively connected to the fluid extraction spike member (100).

Abstract: A medical infusion system (10) including a lineset used for delivering fluid, such as a liquid medicinal substance, to a patient from a source such as an IV bag through operation of an electric component is disclosed. The preferred infusion system includes disposable tubing having first and second ends attachable to at least a first and second medical component, and a power supply, such as a fuel cell, battery, battery pack, power paper, or a combination of the same, attached to the tubing wherein the power supply is configured to be activated to provide electric power to the electric component. Such configuration may include the use of an activating member, such as a fluid pump. The preferred power supply is a fuel cell having a reactant source and a barrier separating the reactant source from a reaction chamber. The barrier is preferably selected from the group consisting of a frangible membrane, a tear seal, and any combination of the two.

Abstract: A medical fluid control system (10) is in the form of a medical line-set adapted to deliver a medication from a container (20) to a patient. The line-set has a tubing (12) having a MEMS element (14) attached thereto. In a preferred embodiment, the MEMS element (14) is a MEMS pump (14). The tubing (12) has a first end (16) that is connected to the container (20) and a second end (18) that is connected to the patient. The MEMS pump (14) can be controlled by an external controller (38) that is operably connected to the MEMS pump (14) to deliver medication from the container (20), through the tubing (12), and to the patient.