A liquid crystal display comprising an in-cell touch display screen comprising a gate integrated driving circuit that comprises a plurality of stages of a shift register connected in cascade, wherein each stage of the shift register comprises: a first thin film transistor having a gate connected with a signal input terminal (Input), a drain connected with a first reference signal terminal (Refl), and a source connected with a first pulling-up node; a second thin film transistor having a gate connected with a reset signal terminal (Reset), a drain connected with the first pulling-up node, and a source connected with a second reference signal terminal; a third thin film transistor having a gate connected with a second pulling-up node, a drain connected with a clock signal terminal, and a source connected with a signal output terminal (Output); and a capacitor, provided between the second pulling-up node and the signal output terminal (Output); characterized in that the liquid crystal display is configured to control the in-cell touch display screen during a plurality of alternate display and touch periods in one frame period, and the stage of the shift register further comprises: a fourth thin film transistor having a gate connected with a first control signal terminal, a drain connected with the signal output terminal (Output), a source connected with a low voltage signal terminal (Vss), wherein the fourth thin film transistor is configured to, under a control of the first control signal terminal, be turned on during each touch period and to be turned off during each display period; and a fifth thin film transistor having a gate connected with a second control signal terminal, a drain connected with the first pulling-up node and a source connected with the second pulling-up node, wherein the fifth thin film transistor is configured to, under a control of the second control signal terminal, conduct a path between the first pulling-up node and the second pulling-up node during each display period and disconnect the path between the first pulling-up node and the second pulling-up node during each touch period. a first thin film transistor having a gate connected with a signal input terminal (Input), a drain connected with a first reference signal terminal (Refl), and a source connected with a first pulling-up node; a second thin film transistor having a gate connected with a reset signal terminal (Reset), a drain connected with the first pulling-up node, and a source connected with a second reference signal terminal; a third thin film transistor having a gate connected with a second pulling-up node, a drain connected with a clock signal terminal, and a source connected with a signal output terminal (Output); and a capacitor, provided between the second pulling-up node and the signal output terminal (Output); characterized in that the liquid crystal display is configured to control the in-cell touch display screen during a plurality of alternate display and touch periods in one frame period, and the stage of the shift register further comprises: a fourth thin film transistor having a gate connected with a first control signal terminal, a drain connected with the signal output terminal (Output), a source connected with a low voltage signal terminal (Vss), wherein the fourth thin film transistor is configured to, under a control of the first control signal terminal, be turned on during each touch period and to be turned off during each display period; and a fifth thin film transistor having a gate connected with a second control signal terminal, a drain connected with the first pulling-up node and a source connected with the second pulling-up node, wherein the fifth thin film transistor is configured to, under a control of the second control signal terminal, conduct a path between the first pulling-up node and the second pulling-up node during each display period and disconnect the path between the first pulling-up node and the second pulling-up node during each touch period. a fourth thin film transistor having a gate connected with a first control signal terminal, a drain connected with the signal output terminal (Output), a source connected with a low voltage signal terminal (Vss), wherein the fourth thin film transistor is configured to, under a control of the first control signal terminal, be turned on during each touch period and to be turned off during each display period; and a fifth thin film transistor having a gate connected with a second control signal terminal, a drain connected with the first pulling-up node and a source connected with the second pulling-up node, wherein the fifth thin film transistor is configured to, under a control of the second control signal terminal, conduct a path between the first pulling-up node and the second pulling-up node during each display period and disconnect the path between the first pulling-up node and the second pulling-up node during each touch period.