A method for transmitting information, applied to a base station, the method comprising: determining whether an in-device interference is likely to occur in an user equipment, wherein the in-device interference involves an operating frequency range of a new radio, NR, radio frequency transceiver unit in the user equipment, and occurs during long term evolution, LTE,-NR interworking or NR-NR interworking performed by the user equipment, and the in-device interference is harmonic interference or intermodulation interference; determining a target frequency range involved in an in-device interference in user equipment when the in-device interference is likely to occur, wherein the target frequency range comprises a target downlink frequency range and at least one target uplink frequency range; adjusting a transmission resource configuration within the target frequency range; and transmitting information over a transmission resource after adjustment of the transmission resource configuration within the target frequency range, to avoid occurrence of the in-device interference, wherein determining whether the in-device interference is likely to occur in the user equipment comprises one of: determining, in real time, whether the in-device interference is likely to occur in the user equipment based on an uplink scheduling request and downlink schedule information of the user equipment; or determining, after the user equipment accesses a network, whether the in-device interference is likely to occur in the user equipment based on an acquired radio frequency support capability of the user equipment. determining whether an in-device interference is likely to occur in an user equipment, wherein the in-device interference involves an operating frequency range of a new radio, NR, radio frequency transceiver unit in the user equipment, and occurs during long term evolution, LTE,-NR interworking or NR-NR interworking performed by the user equipment, and the in-device interference is harmonic interference or intermodulation interference; determining a target frequency range involved in an in-device interference in user equipment when the in-device interference is likely to occur, wherein the target frequency range comprises a target downlink frequency range and at least one target uplink frequency range; adjusting a transmission resource configuration within the target frequency range; and transmitting information over a transmission resource after adjustment of the transmission resource configuration within the target frequency range, to avoid occurrence of the in-device interference, wherein determining whether the in-device interference is likely to occur in the user equipment comprises one of: determining, in real time, whether the in-device interference is likely to occur in the user equipment based on an uplink scheduling request and downlink schedule information of the user equipment; or determining, after the user equipment accesses a network, whether the in-device interference is likely to occur in the user equipment based on an acquired radio frequency support capability of the user equipment. determining, in real time, whether the in-device interference is likely to occur in the user equipment based on an uplink scheduling request and downlink schedule information of the user equipment; or determining, after the user equipment accesses a network, whether the in-device interference is likely to occur in the user equipment based on an acquired radio frequency support capability of the user equipment. <EOS>