Exhaust gas recirculation cooler for an internal combustion engine, in particular a motor vehicle, - wherein the exhaust gas recirculation cooler comprises a housing, in which multiple cooling pipes are arranged next to one another and form a pipe row and at least two pipes series are arranged above one another and spaced apart from one another to form a pipe block, - wherein the exhaust gas can flow internally through the respective cooling pipe, which connects an exhaust gas inlet in a gas-conducting manner to an exhaust gas outlet, while coolant can flow externally through the cooling pipe within the housing, - wherein the housing comprises a coolant inlet in an inlet region opening into the housing and a coolant outlet, and - wherein the exhaust gas recirculation cooler comprises an annular space surrounding the pipe block in the circumferential direction, through which the coolant can flow, - wherein the exhaust gas recirculation cooler comprises a flow conducting arrangement for conducting the coolant in the interior of the pipe block, which is arranged in the housing abutting at least region-wise at least one of the pipe row, - wherein the flow conducting arrangement comprises at least one flow conducting structure, wherein the flow conducting structure is arranged at least region-wise in the inlet region of the housing and from the annular space engages in the pipe block, characterised in that the at least one flow conducting structure comprises multiple individual wire elements, wherein the respective wire element is provided for respectively one pipe row or for respectively some of the pipe row, and that the respective wire element of the flow conducting structure encompasses the associated pipe row or associated pipe rows at least region-wise on a side facing the annular space and from the annular space engages in spaces with the adjacent pipe rows and thereby fixes the respective wire element in a clamping or positive-locking manner to the associated pipe row or to the associated pipe rows of the pipe block. - wherein the exhaust gas recirculation cooler comprises a housing, in which multiple cooling pipes are arranged next to one another and form a pipe row and at least two pipes series are arranged above one another and spaced apart from one another to form a pipe block, - wherein the exhaust gas can flow internally through the respective cooling pipe, which connects an exhaust gas inlet in a gas-conducting manner to an exhaust gas outlet, while coolant can flow externally through the cooling pipe within the housing, - wherein the housing comprises a coolant inlet in an inlet region opening into the housing and a coolant outlet, and - wherein the exhaust gas recirculation cooler comprises an annular space surrounding the pipe block in the circumferential direction, through which the coolant can flow, - wherein the exhaust gas recirculation cooler comprises a flow conducting arrangement for conducting the coolant in the interior of the pipe block, which is arranged in the housing abutting at least region-wise at least one of the pipe row, - wherein the flow conducting arrangement comprises at least one flow conducting structure, wherein the flow conducting structure is arranged at least region-wise in the inlet region of the housing and from the annular space engages in the pipe block, characterised in that the at least one flow conducting structure comprises multiple individual wire elements, wherein the respective wire element is provided for respectively one pipe row or for respectively some of the pipe row, and that the respective wire element of the flow conducting structure encompasses the associated pipe row or associated pipe rows at least region-wise on a side facing the annular space and from the annular space engages in spaces with the adjacent pipe rows and thereby fixes the respective wire element in a clamping or positive-locking manner to the associated pipe row or to the associated pipe rows of the pipe block.