An organic light-emitting diode display panel comprising a plurality of pixels, each pixel comprising: a scan line for transmitting a scan signal (Scan), and a data line for transmitting a data signal (Data), the scan line intersecting the data line; a switching transistor (T-SW) configured to supply the data signal (Data) to a capacitor in response to the scan signal (Scan), the capacitor configured to store a voltage corresponding to the data signal (Data); a driving transistor (T_DR) configured to control a current applied from a supply voltage terminal (VDD_EL) to an organic light-emitting diode (OLED) of the pixel based on the voltage stored in the capacitor; a first transistor configured to connect a reference voltage line to a first terminal of the capacitor in response to an emission control signal (EM(n)) on an emission control line (ELn) connected to a gate of the first transistor; a second transistor configured to connect a second terminal of the capacitor to a first node in response to the scan signal (Scan) on the scan line connected to a gate of the second transistor; a fourth transistor configured to connect the reference voltage line to a second node in response to the scan signal (Scan) on the scan line connected to a gate of the fourth transistor; and a fifth transistor configured to connect the supply voltage terminal (VDD_EL) to the driving transistor (T_DR) in response to a control signal on a control line connected to a gate of the fifth transistor; characterized in that each pixel comprises a third transistor configured to connect the first node to the second node in response to the emission control signal (EM(n)) on the emission control line (ELn) connected to a gate of the third transistor; and the organic light-emitting diode display panel comprises a circuit configured to apply the emission control signal (EM(n)) to the emission control line (ELn) of an nth row of pixels and to apply another emission control signal (EM(n-k) to an emission control line (EL(n-k)) of a kth previous row of pixels and to use the other emission control signal (EM(n-k)) as the control signal of the fifth transistor in a pixel of the nth row of pixels to selectively block the supply voltage (VDD_EL) from the supply voltage terminal, wherein k is a natural number 1 < k < n. a scan line for transmitting a scan signal (Scan), and a data line for transmitting a data signal (Data), the scan line intersecting the data line; a switching transistor (T-SW) configured to supply the data signal (Data) to a capacitor in response to the scan signal (Scan), the capacitor configured to store a voltage corresponding to the data signal (Data); a driving transistor (T_DR) configured to control a current applied from a supply voltage terminal (VDD_EL) to an organic light-emitting diode (OLED) of the pixel based on the voltage stored in the capacitor; a first transistor configured to connect a reference voltage line to a first terminal of the capacitor in response to an emission control signal (EM(n)) on an emission control line (ELn) connected to a gate of the first transistor; a second transistor configured to connect a second terminal of the capacitor to a first node in response to the scan signal (Scan) on the scan line connected to a gate of the second transistor; a fourth transistor configured to connect the reference voltage line to a second node in response to the scan signal (Scan) on the scan line connected to a gate of the fourth transistor; and a fifth transistor configured to connect the supply voltage terminal (VDD_EL) to the driving transistor (T_DR) in response to a control signal on a control line connected to a gate of the fifth transistor;