All patient and controls underwent the same imaging protocol with whole-brain T1 using a 3-T Philips MRI scanner with standard quadrature head coil (eight channels). The 3D T1-weighted sequences were acquired as follows: coronal orientation, 256 × 256 matrix, 200 slices, 1 mm × 1 mm in-plane resolution, slice thickness 1 mm, TE/TR = 2.6/5.8 ms.
Standard quadrature head coil
Manufactured by Philips
The Standard quadrature head coil is a medical imaging device designed for use with Philips MRI systems. It is responsible for transmitting and receiving radio frequency (RF) signals during the imaging process, enabling the creation of high-quality images of the human head.
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3 protocols using standard quadrature head coil
1
Structural Brain Imaging Protocol
2
Whole-Brain T1-Weighted Structural Imaging
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Participants underwent whole-brain T 1 -weighted structural neuroimaging using a 3T Philips MRI scanner with standard quadrature head coil (eight channels). The 3D T 1 -weighted images were acquired using the following sequences: coronal orientation, matrix 256 × 256, 200 slices, 1 × 1 mm in-plane resolution, slice thickness = 1mm, echo time/repetition = 2.6/ 5.8 ms, flip angle α = 8°.
3
Structural MRI of Alzheimer's and FTD
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Participants underwent whole-brain imaging using a 3T Philips MRI scanner with standard quadrature head coil (eight channels). Structural T 1 -weighted images were acquired via the following sequences: coronal orientation, matrix 256 × 256, 200 slices, 1 mm 2 in-plane resolution, slice thickness 1 mm, echo time/repetition time = 2.6/5.8 ms, flip angle ␣ = 8 • . Scans were examined by a neuroradiologist for structural abnormalities; none were reported for Controls. Prior to analyses, all scans were visually inspected for significant head motion artefacts. Scans were available for 16 AD, 13 bvFTD, and 24 Control participants.
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