Abstract: A microfluidic arrangement including a substrate in which a microfluidic structure having several adjacent channels and at least one common supply line, into which the adjacent channels merge, is formed. Each of the adjacent channels form the cylinder of a cylinder-piston arrangement for receiving an associated piston. A method for producing the type of microfluidic-arrangement is also disclosed.

Abstract: A microfluidic arrangement including a substrate in which a mircofluidic structure having several adjacent channels and at least one common supply line, into which the adjacent channels merge, is formed. Each of the adjacent channels form the cylinder of a cylinder-piston arrangement for receiving an associated piston. A method for producing the type of microfluidic-arrangement is also disclosed.

Abstract: System for the in vitro transcription and translation of membrane proteins comprising i) a micro-fluidic chip having at least one micro-fluidic reaction chamber and micro-fluidic channels to allow fluid to flow through the chip and into and from the at least one reaction chamber, ii) the at least one micro-fluidic reaction chamber being provided with at least one electrode base plate of conductive or semi-conductive material, and iii) lipid vesicles or a lipid membrane being bound or tethered to the at least one electrode base plate either directly or through spacer molecules.