Which statement accurately describes the relationship between tissue heating and pulse sequences?

The statement that the type of pulse sequence can influence heating is accurate because different pulse sequences utilize varying parameters such as repetition time (TR), echo time (TE), and the number of radiofrequency (RF) pulses, which can all impact tissue heating. Certain sequences may produce more RF energy deposits in tissues based on their design and the way they manipulate the magnetic field to create images.

For instance, sequences like fast spin-echo or gradient echo sequences may lead to different levels of energy deposition due to their unique operational mechanics. As a result, understanding how these sequences operate is critical for ensuring patient safety during MRI procedures. This relationship emphasizes the importance of careful selection and monitoring of pulse sequences to mitigate the risk of excessive tissue heating, making it vital for the MRSO to be aware of how these factors interact.