A display screen comprising an upper substrate and a lower substrate arranged in opposition, and further comprising at least one fingerprint recognition element arranged on the lower substrate and/or the upper substrate, wherein the at least one fingerprint recognition element comprises a plurality of fingerprint detecting electrodes parallel to one another, a fingerprint recognition signal being loaded to one end of each of the fingerprint detecting electrodes by making use of the principle of self-capacitance, and the fingerprint recognition signal being acquired in real time at the other end of each of the fingerprint detecting electrodes; wherein the distance between two adjacent fingerprint detecting electrodes is not greater than the distance between a ridge and a valley adjacent to the ridge in a fingerprint, wherein a two-dimensional pattern of the fingerprint consisting of ridges and valleys that corresponds to a finger is detected by detecting the differences of the fingerprint recognition signals acquired from respective fingerprint detecting electrodes at each moment in the process of touching the fingerprint recognition element by the finger, and the display screen further comprises: touch sensing electrodes arranged in the same layer and extending in the same direction as the fingerprint detecting electrodes, and touch driving electrodes arranged to intersect with the touch sensing electrodes, wherein each one of the touch driving electrodes consists of a plurality of touch driving sub-electrodes extending along a direction perpendicular to the extending direction of the fingerprint detecting electrodes, characterized in that the plurality of touch driving sub-electrodes are connected with one another in series through leads located in a peripheral area of the display screen, and wherein a common electrode is arranged between two adjacent touch driving sub-electrodes that constitute one of the touch driving electrodes, and the orthographic projections of the respective touch sensing electrodes on the lower substrate are located in an area where the common electrode locates the at least one fingerprint recognition element comprises a plurality of fingerprint detecting electrodes parallel to one another, a fingerprint recognition signal being loaded to one end of each of the fingerprint detecting electrodes by making use of the principle of self-capacitance, and the fingerprint recognition signal being acquired in real time at the other end of each of the fingerprint detecting electrodes; wherein the distance between two adjacent fingerprint detecting electrodes is not greater than the distance between a ridge and a valley adjacent to the ridge in a fingerprint, wherein a two-dimensional pattern of the fingerprint consisting of ridges and valleys that corresponds to a finger is detected by detecting the differences of the fingerprint recognition signals acquired from respective fingerprint detecting electrodes at each moment in the process of touching the fingerprint recognition element by the finger, and the display screen further comprises: touch sensing electrodes arranged in the same layer and extending in the same direction as the fingerprint detecting electrodes, and touch driving electrodes arranged to intersect with the touch sensing electrodes, wherein each one of the touch driving electrodes consists of a plurality of touch driving sub-electrodes extending along a direction perpendicular to the extending direction of the fingerprint detecting electrodes, characterized in that the plurality of touch driving sub-electrodes are connected with one another in series through leads located in a peripheral area of the display screen, and wherein a common electrode is arranged between two adjacent touch driving sub-electrodes that constitute one of the touch driving electrodes, and the orthographic projections of the respective touch sensing electrodes on the lower substrate are located in an area where the common electrode locates