A microfluidics measurement system, the system comprising: a substrate; a plurality of transistors mounted on the substrate; a plurality of sensors mounted on the substrate, each sensor having an associated transistor, wherein a state of an associated transistor determines whether a corresponding sensor is selected; a series of flip-flops, where each transistor of the plurality of transistors has an associated flip-flop that controls a state of the corresponding transistor; the microfluidics measurement system characterized by: a plurality of pumps mounted on the substrate, each pump having an associated transistor, wherein a state of an associated transistor controls whether a corresponding pump is selected; wherein when a transistor is in a first state, the associated pump and/or sensor is connected with an external communication pad (120, 130) and when the transistor is in a second state, the associated pump and/or sensor is not connected with an external communication pad (120, 130); a data line providing a state to a first flip-flop in the series of flip-flops and connected to a data pad; a pump activation line selectively connected electrically to a selected pump and connected to a first external communication pad; a sensor line selectively connected electrically to a selected sensor and connected to a second external communication pad; and a signal line connected to a signal pad to provide a signal to the series of flip-flops, upon receipt of the signal on the signal line, a state of a flip-flop in the series of flip-flops is transmitted to a next flip-flop in the series of flip-flops, so that each time a signal is provided to the system by the signal pad, values in the transistors are propagated to a transistor associated to the next flip-flop in the series of flip-flops. a substrate; a plurality of transistors mounted on the substrate; a plurality of sensors mounted on the substrate, each sensor having an associated transistor, wherein a state of an associated transistor determines whether a corresponding sensor is selected; a series of flip-flops, where each transistor of the plurality of transistors has an associated flip-flop that controls a state of the corresponding transistor; the microfluidics measurement system characterized by: a plurality of pumps mounted on the substrate, each pump having an associated transistor, wherein a state of an associated transistor controls whether a corresponding pump is selected; wherein when a transistor is in a first state, the associated pump and/or sensor is connected with an external communication pad (120, 130) and when the transistor is in a second state, the associated pump and/or sensor is not connected with an external communication pad (120, 130); a data line providing a state to a first flip-flop in the series of flip-flops and connected to a data pad; a pump activation line selectively connected electrically to a selected pump and connected to a first external communication pad; a sensor line selectively connected electrically to a selected sensor and connected to a second external communication pad; and a signal line connected to a signal pad to provide a signal to the series of flip-flops, upon receipt of the signal on the signal line, a state of a flip-flop in the series of flip-flops is transmitted to a next flip-flop in the series of flip-flops, so that each time a signal is provided to the system by the signal pad, values in the transistors are propagated to a transistor associated to the next flip-flop in the series of flip-flops. a data line providing a state to a first flip-flop in the series of flip-flops and connected to a data pad; a pump activation line selectively connected electrically to a selected pump and connected to a first external communication pad; a sensor line selectively connected electrically to a selected sensor and connected to a second external communication pad; and a signal line connected to a signal pad to provide a signal to the series of flip-flops, upon receipt of the signal on the signal line, a state of a flip-flop in the series of flip-flops is transmitted to a next flip-flop in the series of flip-flops, so that each time a signal is provided to the system by the signal pad, values in the transistors are propagated to a transistor associated to the next flip-flop in the series of flip-flops.