A method for producing a bioelectrode comprising a skin-side, electrically conducting adhesive layer and a flexible electrical connecting cable which in an electrically insulating cable sheath includes at least one electrical conductor in the form of a braid having a plurality of individual wires conducting individual fibers, characterized by the steps: - fan-open the individual wires or individual fibers of the braid, - preassembling an electrical conducting element (2, 3) at the electrode-side end of the connecting cable, whereby the electrical conducting element (2, 3) is connected to the fanned-open individual wires or individual fibers of the braid of the electrical conductor of the connecting cable, wherein the electrical conducting element (2, 3) and the electrical conductor arranged therein in the bioelectrode are of a layer configuration, with a joint layer thickness of between 50 and 250 micrometers, and - subsequently electrically connecting the preassembled electrical conducting element (2, 3) - if applicable by an interconnection of at least one further electrical conducting element (3, 8) - to the skin-side, electrically conducting adhesive layer, wherein it is additionally carried out - that the preassembled electrical conducting element (2, 3) is formed of an electrical conductive layer, that the layer of the preassembled electrical conducting element (2, 3) comprises an electrically conductive thermoplastic material, and that the electrical conductor of the connecting cable is welded to the thermoplastic, electrically conductive layer, wherein the welded layer forms the preassembled electrical conducting element, or - providing the electrical conducting element or the electrical conductor of the connecting layer with an electrical conductive lacquer layer, and placing the electrical conductor of the connecting cable on the electrical conducting element so that the electrical conductor is connected to the electrical conducting element by drying of the lacquer layer, wherein the lacquer of the lacquer layer consists of polyurethane binding agent or polyvinyl chloride binding agent or can include such constituents, or - using a solvent-soluble, binding agent-bearing film is as the electrical conducting element, solubilising this film by a suitable solvent, and placing the electrical conductor of the connecting cable on the solubilised regions so that the electrical conductor is connected to the electrical conducting element by drying of the binding agent of the film. - fan-open the individual wires or individual fibers of the braid, - preassembling an electrical conducting element (2, 3) at the electrode-side end of the connecting cable, whereby the electrical conducting element (2, 3) is connected to the fanned-open individual wires or individual fibers of the braid of the electrical conductor of the connecting cable, wherein the electrical conducting element (2, 3) and the electrical conductor arranged therein in the bioelectrode are of a layer configuration, with a joint layer thickness of between 50 and 250 micrometers, and - subsequently electrically connecting the preassembled electrical conducting element (2, 3) - if applicable by an interconnection of at least one further electrical conducting element (3, 8) - to the skin-side, electrically conducting adhesive layer, - that the preassembled electrical conducting element (2, 3) is formed of an electrical conductive layer, that the layer of the preassembled electrical conducting element (2, 3) comprises an electrically conductive thermoplastic material, and that the electrical conductor of the connecting cable is welded to the thermoplastic, electrically conductive layer, wherein the welded layer forms the preassembled electrical conducting element, - providing the electrical conducting element or the electrical conductor of the connecting layer with an electrical conductive lacquer layer, and placing the electrical conductor of the connecting cable on the electrical conducting element so that the electrical conductor is connected to the electrical conducting element by drying of the lacquer layer, wherein the lacquer of the lacquer layer consists of polyurethane binding agent or polyvinyl chloride binding agent or can include such constituents, - using a solvent-soluble, binding agent-bearing film is as the electrical conducting element, solubilising this film by a suitable solvent, and placing the electrical conductor of the connecting cable on the solubilised regions so that the electrical conductor is connected to the electrical conducting element by drying of the binding agent of the film.