The invention discloses a
shift register, a gate
electrode integrated drive circuit and a
display device. The
shift register is characterized by further comprising a compensation
signal end, wherein the compensation
signal end serves as a low level
signal end in a scanning period, and serves as an up level signal end in a non-scanning period; the compensation signal end is connected with the first output end of a first pull-down unit and the second output end of a pull-down
control unit; the first control end of the first pull-down unit is connected with a second
clock signal end; the third control end of the pull-down
control unit is connected with a first
clock signal end. Therefore, forward drifting, generated in the scanning period, of the
threshold voltage between the first control end and the first output end of the first pull-down unit, and negative drifting, generated in the non-scanning period, of the
threshold voltage between the first control end and the first output end of the first pull-down unit cancel each other; likewise, forward drifting, generated in the scanning period, of the
threshold voltage between the third control end and the second output end of the pull-down
control unit, and negative drifting, generated in the non-scanning period, of the threshold
voltage between the third control end and the second output end of the pull-down control unit cancel each other, that is, the problem that the
shift register has
high probability of failures caused by drifting of threshold
voltage is solved.