A method of performing magnetic resonance imaging with an MRI apparatus of an anatomic region in conjunction with radio-frequency-sensitive (RF-sensitive) measurements of the region using a concurrently operated ultrasound system, the method comprising the steps of: performing a first MR scan sequence including MR pulses; wherein the method further comprises the steps of detecting RF signals by at least one RF receiver associated with the ultrasound system and/or at least one separate dedicated RF sensor, wherein each one of said at least one separate dedicated RF sensor is made of a wire loop or a solenoid that is sensitive to MR electromagnetic interference but not to the RF-sensitive measurements originating from the concurrently-operated ultrasound system; determining from said RF signals (i) intervals during the first MR scan sequence when an RF level resulting from operation of the MRI apparatus is sufficient to interfere with the RF-sensitive measurements and (ii) temporal data concerning a temporal extent of the first MR scan sequence and the temporal extent of the intervals in the first MR scan sequence; operating the concurrently operated ultrasound system in conjunction with the first MR scan sequence or in conjunction with a second MR scan sequence; recording the RF sensitive measurements with the concurrently operated ultrasound system; and accounting for interference resulting from the first or second MR scan sequence in the recorded RF sensitive measurements by: either retaining only the RF-sensitive measurements outside of said intervals; or storing the temporal data concerning the temporal extent of the first MR scan and the intervals detected during the first MR scan and based on the stored data: recording the RF-sensitive measurements only during times outside of the detected intervals; or recording the RF levels resulting from operation of the MRI apparatus during the intervals and adjusting the recorded RF-sensitive measurements that were obtained during the detected intervals based on the recorded RF levels. performing a first MR scan sequence including MR pulses; wherein the method further comprises the steps of detecting RF signals by at least one RF receiver associated with the ultrasound system and/or at least one separate dedicated RF sensor, wherein each one of said at least one separate dedicated RF sensor is made of a wire loop or a solenoid that is sensitive to MR electromagnetic interference but not to the RF-sensitive measurements originating from the concurrently-operated ultrasound system; determining from said RF signals (i) intervals during the first MR scan sequence when an RF level resulting from operation of the MRI apparatus is sufficient to interfere with the RF-sensitive measurements and (ii) temporal data concerning a temporal extent of the first MR scan sequence and the temporal extent of the intervals in the first MR scan sequence; operating the concurrently operated ultrasound system in conjunction with the first MR scan sequence or in conjunction with a second MR scan sequence; recording the RF sensitive measurements with the concurrently operated ultrasound system; and accounting for interference resulting from the first or second MR scan sequence in the recorded RF sensitive measurements by: either retaining only the RF-sensitive measurements outside of said intervals; or storing the temporal data concerning the temporal extent of the first MR scan and the intervals detected during the first MR scan and based on the stored data: recording the RF-sensitive measurements only during times outside of the detected intervals; or recording the RF levels resulting from operation of the MRI apparatus during the intervals and adjusting the recorded RF-sensitive measurements that were obtained during the detected intervals based on the recorded RF levels. either retaining only the RF-sensitive measurements outside of said intervals; or storing the temporal data concerning the temporal extent of the first MR scan and the intervals detected during the first MR scan and based on the stored data: recording the RF-sensitive measurements only during times outside of the detected intervals; or recording the RF levels resulting from operation of the MRI apparatus during the intervals and adjusting the recorded RF-sensitive measurements that were obtained during the detected intervals based on the recorded RF levels.