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This photo provided by Prenuvo in July 2024 shows an MRI scanner. Magnetic resonance imaging uses magnetic fields to produce detailed images of organs, bones and other structures inside the body. Unlike many other types of scans, MRIs don't use radiation. (Prenuvo via AP)

This photo provided by Prenuvo in July 2024 shows an MRI scanner. Magnetic resonance imaging uses magnetic fields to produce detailed images of organs, bones and other structures inside the body. Unlike many other types of scans, MRIs don't use radiation. (Prenuvo via AP)

This photo provided by Prenuvo in July 2024 shows an MRI scanner. Magnetic resonance imaging uses magnetic fields to produce detailed images of organs, bones and other structures inside the body. Unlike many other types of scans, MRIs don't use radiation. (Prenuvo via AP)

This photo provided by Prenuvo in July 2024 shows an MRI scanner. Magnetic resonance imaging uses magnetic fields to produce detailed images of organs, bones and other structures inside the body. Unlike many other types of scans, MRIs don't use radiation. (Prenuvo via AP)

This image provided by Prenuvo in July 2024 shows an MRI scan. Magnetic resonance imaging uses magnetic fields to produce detailed images of organs, bones and other structures inside the body. Unlike many other types of scans, MRIs don't use radiation. (Prenuvo via AP)

This image provided by Prenuvo in July 2024 shows an MRI scan. Magnetic resonance imaging uses magnetic fields to produce detailed images of organs, bones and other structures inside the body. Unlike many other types of scans, MRIs don't use radiation. (Prenuvo via AP)