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Relative SNR Measurement with Supine versus Prone Positioning in Breast MRI

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Motivation: The current imaging setup for breast MRI is for the patient to be in the prone position. Recent coil advancements have enabled fast supine breast imaging, but this is not widely adapted. Goal(s): Analyze potential SNR differences between Breast MRI in prone and supine positions. Approach: We analyzed relative SNR differences between prone and supine by computing SNR maps for each position, using a body coil SNR map as a reference. Results: The in vivo comparison showed a difference in potential SNR between imaging in the prone vs. supine positions, specifically for patients with smaller breast sizes. Impact: Breast MRI has emerged as a key component to breast cancer imaging. However, the prone setup is uncomfortable for many patients. Being able to scan in supine with potential SNR benefits would allow for a robust supine breast MRI protocol.
Title: Relative SNR Measurement with Supine versus Prone Positioning in Breast MRI
Description:
Motivation: The current imaging setup for breast MRI is for the patient to be in the prone position.
Recent coil advancements have enabled fast supine breast imaging, but this is not widely adapted.
Goal(s): Analyze potential SNR differences between Breast MRI in prone and supine positions.
Approach: We analyzed relative SNR differences between prone and supine by computing SNR maps for each position, using a body coil SNR map as a reference.
Results: The in vivo comparison showed a difference in potential SNR between imaging in the prone vs.
supine positions, specifically for patients with smaller breast sizes.
Impact: Breast MRI has emerged as a key component to breast cancer imaging.
However, the prone setup is uncomfortable for many patients.
Being able to scan in supine with potential SNR benefits would allow for a robust supine breast MRI protocol.

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