Table 1 Effects of different head motion correction methods on Results of fMRI
Study | Methods of fMRI | Methods for Head Motion Correction | Dataset Sources | Results of fMRI (Hypoconnectivity/Hyperconnectivity) |
|---|---|---|---|---|
Paakkiet al. 15 | ReHo | FSL 3.3 | University Hospital of Oulu | Right superior temporal sulcus, inferior and middle frontal gyri, bilateral cerebellar crus I, right insula and right postcentral gyrus/ right thalamus, left inferior frontal and anterior subcallosal gyrus and bilateral cerebellar lobule |
Maximo et al. 16 | ReHo | AFNI and FSL with GSR | University of California San Diego | Cingulate and medial frontal/visual regions; underconnectivity: |
ReHo | AFNI, FSL and RMSD | SDSU of ABIDE | Cingulate gyrus/ posterior, visual regions | |
Hagen et al. 17 | ICA | SPM5 | University of Cambridge | Salience network: insula, a medial temporal lobe network, the amygdala |
Mueller et al. 18 | FEAT/ICA/ MELODIC | FSL 4.16 and AFNI | University Munich | Bilateral superior temporal gyrus, temporal lobe |
Bos et al. 19 | ICA of GIFT | SPM8 | University Medical Center in Utrecht | Insula connectivity increased with age in ASD, whereas it decreased in typically developing children. |
Guo et al. 20 | AFNI | Data-Driven Wavelet Despiking | University of Cambridge | ASD higher semi-metric percentages (SMPs) |
King et al. 21 | FreeSurfer (v6.0.0) | Volume censoring (scrubbing) | ABIDE I and (ABIDE II) | Homotopic, default network, salience network, long-range connections, and corticostriatal |
