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This is a Quantitative Study study.

Mid-term Interval Reliability of Multi-echo based Resting-state Functional Connectivity on a Compact 3T Scanner

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Analysis reveals that multi-echo RS-fMRI improves reliability in assessing cerebral connectivity, suggesting methods may enhance data interpretation.

Multi-echo EPI acquisition enhances mid-term resting-state functional connectivity reliability compared to single-echo methods.
Results indicate that the multi-echo approach achieved higher averaged intra-class correlation scores than the standard single-echo method.
The use of a reliability-based thresholding method may provide a novel approach for evaluating brain connectome changes over time.
Testing was conducted over a 2-to-3-week interval, allowing for insights regarding consistency in cerebral connectivity amidst daily variations.

Kang et al. (2025) studied this question.

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View Full Paper

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Authors

Analysis reveals that multi-echo RS-fMRI improves reliability in assessing cerebral connectivity, suggesting methods may enhance data interpretation.

Multi-echo EPI acquisition enhances mid-term resting-state functional connectivity reliability compared to single-echo methods.
Results indicate that the multi-echo approach achieved higher averaged intra-class correlation scores than the standard single-echo method.
The use of a reliability-based thresholding method may provide a novel approach for evaluating brain connectome changes over time.
Testing was conducted over a 2-to-3-week interval, allowing for insights regarding consistency in cerebral connectivity amidst daily variations.

Kang et al. (2025) studied this question.

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