Abstract: A method for displaying a message on a smart television and a smart television are disclosed. The method includes: in response to an instruction for displaying a message received during a video call, determining a window type of the video call displayed on a television screen interface; determining whether a first window of the video call shields a predetermined message display position during display of the first window, based on the window type; in response to the first window shields the predetermined message display position during display, determining a current message display position that is not shielded by the first window on the television screen interface; and displaying a message alert box corresponding to the instruction at the current message display position, and the message alert box is not shielded by the first window.

Abstract: A method for displaying a message on a smart television and a smart television are disclosed. The method includes: in response to an instruction for displaying a message received during a video call, determining a window type of the video call displayed on a television screen interface; determining whether a first window of the video call shields a predetermined message display position during display of the first window, based on the window type; in response to the first window shields the predetermined message display position during display, determining a current message display position that is not shielded by the first window on the television screen interface; and displaying a message alert box corresponding to the instruction at the current message display position, and the message alert box is not shielded by the first window.

Abstract: The present invention discloses uses of the human ZFX gene and drugs associated therewith. Also disclosed are uses of the human ZFX gene in tumor treatment, tumor diagnosis, and drug preparation. Further disclosed are small interfering RNA (siRNA), and nucleic acid and lentivirus encoding the siRNA to the human ZFX gene and uses thereof. The siRNA and nucleic acid and lentivirus encoding the siRNA provided by the present invention can specifically inhibit the expression of human ZFX gene. Lentiviruses in particular can efficiently infect target cells, inhibit ZFX expression in target cells, and inhibit the growth of tumor cells, thus promote tumor apoptosis and have great significance in tumor treatment.

Abstract: The present invention discloses uses of the human ZFX gene and drugs associated therewith. Also disclosed are uses of the human ZFX gene in tumor treatment, tumor diagnosis, and drug preparation. Further disclosed are small interfering RNA (siRNA), and nucleic acid and lentivirus encoding the siRNA to the human ZFX gene and uses thereof. The siRNA and nucleic acid and lentivirus encoding the siRNA provided by the present invention can specifically inhibit the expression of human ZFX gene. Lentiviruses in particular can efficiently infect target cells, inhibit ZFX expression in target cells, and inhibit the growth of tumor cells, thus promote tumor apoptosis and have great significance in tumor treatment.