Organic EL display panel having a conductive high polymer layer between an anode layer and an organic EL layer

An organic EL display panel comprising a substrate having laminated thereon a plurality of anode layers arranged with intervals in a direction perpendicular to the laminating direction, a conductive high polymer layer, an organic EL layer, and a plurality of cathode layers arranged with spaces in a direction perpendicular to the laminating direction, in this order,

• wherein said conductive high polymer layer comprises:
• an energizing region facing the cathode layers;
• and a gap region disposed between said adjacent anode layers,
• wherein said conductive high polymer layer is subjected to a conductivity reducing step of reducing the conductivity of said gap region, after said conductivity high polymer has been laminated on said anode layers.

An organic EL display panel comprising a substrate having laminated thereon a plurality of anode layers arranged with intervals in a direction perpendicular to the laminating direction, a non-conductive high polymer layer capable of being imparted conductivity, an organic EL layer, and a plurality of cathode layers arranged with spaces in a direction perpendicular to the laminating direction, in this order,

• wherein said non-conductive high polymer layer comprises:
• an energizing region facing said cathode layers;
• and a gap region disposed between said adjacent anode layers,
• wherein said non-conductive high polymer layer is subjected to a conductivity imparting step of increasing the conductivity of the energizing region, after said non-conductive high polymer has been laminated on said anode layers.