Abstract: A microfluidic sensing device, for conducting measures on liquid samples, is disclosed, which includes a housing having: a first opening defining an inlet and/or an outlet for a liquid sample; a detection chamber including a sensor; a first microfluidic path connecting the first opening to the detection chamber, such that the detection chamber can be filled in with the liquid sample; a second opening designed so as to allow the application of a negative and/or positive pressure within the housing; a second microfluidic path connecting the second opening to the detection chamber; a third opening designed so as to allow the application of a negative and/or positive pressure within the housing; a third microfluidic path connecting the third opening to the first microfluidic path; and a waste chamber arranged in the second microfluidic path.

Abstract: A vessel for performing electrochemical measurements includes a well for receiving a solution. The well has an upper portion, a bottom portion and a side wall portion extending between the upper portion and the bottom portion. The upper portion, the bottom portion and the side wall portion are integrally formed and the well includes an electrode located at least partially on the side wall portion. A method for manufacturing the vessel includes providing a substantially flat substrate; printing the electrode on a surface of the substrate; and thermoforming the substrate with the printed electrode in a mold such that the electrode is located at least partially on the side wall portion.