In the typical frequency band, detailed information for clusters showing group ALFF differences at the given threshold (p < 0.05, AlphaSim corrected).

Trend of functional connectivity vs amplitude of low frequency fluctuations along with respective averaged values.

Daniele Mascali (5450159)
Mauro DiNuzzo (717485)
Tommaso Gili (717486)
Marta Moraschi (717487)
Michela Fratini (717488)
Bruno Maraviglia (717489)
Laura Serra (587323)
Marco Bozzali (110753)
Federico Giove (717490)

April 2015

FC and ALFF values were averaged in the significant clusters resulting from t-contrast HC vs AD i...

Group and subgroup comparisons: number of significantly different sensors per region, side and frequency band.

Martin Hardmeier (146865)
Menno M. Schoonheim (119676)
Jeroen J. G. Geurts (146868)
Arjan Hillebrand (119669)
Chris H. Polman (89158)
Frederik Barkhof (146873)
Cornelis J. Stam (119688)

July 2012

Number of sensors with significant differences (p<0.01; in brackets: p<0.05 corrected) between gr...

Thresholds for one- and two-band targets as a function of band center frequency.

Emily Buss (2657101)
John Grose (5067134)

April 2018

Thresholds are plotted as a function of band center frequency for targets spanning two octave-wid...

Group level ALFF analysis results.

Zhengjun Li (31438)
Yisheng Zhu (132975)
Anna Rose Childress (132979)
John A. Detre (132983)
Ze Wang (132986)

September 2012

a) Mean ALFF map of session 1, b) mean ALFF map of session 2, c) ALFF distribution map of session...

Changes in magnitude of ALFF calculated at different frequency bands.

Dewang Mao (751286)
Zhongxiang Ding (380802)
Wenbin Jia (708028)
Wei Liao (166135)
Xun Li (182737)
Huiyuan Huang (751287)
Jianhua Yuan (380801)
Yu-Feng Zang (134040)
Han Zhang (110653)

June 2015

The mean zALFF maps were calculated from 10 subjects using RS1, RS2 and RS3 datasets at the frequ...

In typical frequency band (0.01–0.08Hz), regions of significant ALFF in the (A) SD and (B) RW groups separately, and their (C) between-group differences.

Lei Gao (6566)
Lijun Bai (299273)
Yuchen Zhang (524816)
Xi-jian Dai (709293)
Rana Netra (709294)
Youjiang Min (709295)
Fuqing Zhou (593535)
Chen Niu (343397)
Wanghuan Dun (709296)
Honghan Gong (593536)
Ming Zhang (9736)

March 2015

The effects are significant at p < 0.05, FDR corrected; ≥100 contiguous voxels for one sam...

ALFF differences between HD and NC groups.

Yarong Wang (341594)
Jia Zhu (135506)
Qiang Li (8118)
Wei Li (7081)
Ning Wu (132667)
Ying Zheng (170527)
Haifeng Chang (386047)
Jiajie Chen (386048)
Wei Wang (17594)

March 2013

The differences map from the bottom to the top, (every 12 mm), (p<0.01, corrected, T>2.7633 or <−...

Group-level ALFF maps for the first (RS1, A), second (RS2, B) and third (RS3, C) runs.

Dewang Mao (751286)
Zhongxiang Ding (380802)
Wenbin Jia (708028)
Wei Liao (166135)
Xun Li (182737)
Huiyuan Huang (751287)
Jianhua Yuan (380801)
Yu-Feng Zang (134040)
Han Zhang (110653)

June 2015

The one-sample t-test results shown in A and B in the upper row were generated from 21 sub...

Changes in reliability of ALFF calculated at different frequency bands.

Dewang Mao (751286)
Zhongxiang Ding (380802)
Wenbin Jia (708028)
Wei Liao (166135)
Xun Li (182737)
Huiyuan Huang (751287)
Jianhua Yuan (380801)
Yu-Feng Zang (134040)
Han Zhang (110653)

June 2015

The ICC maps for ALFF calculated from 10 subjects using RS1, RS2 and RS3 datasets at the frequenc...

Source level clustering coefficients increase in the upper alpha band in the NE-IL relative to the NE-IT condition (after multiple comparison permutation tests with corrected p<0.05).

Yue Wang (65477)
Wu Chun Ng (697677)
Khoon Siong Ng (5662459)
Ke Yu (161459)
Tiecheng Wu (697678)
Xiaoping Li (48167)

February 2015

Source level clustering coefficients increase in the upper alpha band in the NE-IL relative to th...

Differences in ALFF between groups.

Yun Xuan (334685)
Chun Meng (193011)
Yanhui Yang (212906)
Chaozhe Zhu (193029)
Liang Wang (23021)
Qian Yan (334693)
Chunlan Lin (334694)
Chunshui Yu (126228)

February 2013

The warm color represents increased ALFF in stuttering subjects, and the blue color represents de...

Discriminative relevance of each frequency in groups comparison.

João Ricardo Sato (138837)
Marcelo Queiroz Hoexter (305443)
Xavier Francisco Castellanos (305444)
Luis A. Rohde (305445)

February 2013

The frequencies below 0.05 and around 0.20 Hz contain most discriminative information.</p

Source level clustering coefficients increase in the upper alpha band in the WE-IL relative to the WE-IT condition (after multiple comparison permutation tests with corrected p<0.05).

Yue Wang (65477)
Wu Chun Ng (697677)
Khoon Siong Ng (5662459)
Ke Yu (161459)
Tiecheng Wu (697678)
Xiaoping Li (48167)

February 2015

Source level clustering coefficients increase in the upper alpha band in the WE-IL relative to th...

Group average of phase shift between BP and BFV oscillations extracted by the empirical decomposition.

Kun Hu (119408)
Men-Tzung Lo (151404)
Chung-Kang Peng (151408)
Yanhui Liu (151413)
Vera Novak (151416)

July 2012

Results were presented (A) in 18 frequency bins with the same size of 0.02 Hz from ...

Frequency of Fb/MFb transdifferentiation in groups A and B before and after DSAEK.

Naoyuki Morishige (459110)
Naoyuki Yamada (459111)
Yukiko Morita (459112)
Kazuhiro Kimura (205831)
Koh-Hei Sonoda (368813)

September 2013

Frequency of Fb/MFb transdifferentiation in groups A and B before and after DSAEK.</p

Trend of functional connectivity vs amplitude of low frequency fluctuations along with respective averaged values.

Daniele Mascali (5450159)
Mauro DiNuzzo (717485)
Tommaso Gili (717486)
Marta Moraschi (717487)
Michela Fratini (717488)
Bruno Maraviglia (717489)
Laura Serra (587323)
Marco Bozzali (110753)
Federico Giove (717490)

April 2015

FC and ALFF values were averaged in the significant clusters resulting from t-contrast HC vs AD i...

Group and subgroup comparisons: number of significantly different sensors per region, side and frequency band.

Martin Hardmeier (146865)
Menno M. Schoonheim (119676)
Jeroen J. G. Geurts (146868)
Arjan Hillebrand (119669)
Chris H. Polman (89158)
Frederik Barkhof (146873)
Cornelis J. Stam (119688)

July 2012

Number of sensors with significant differences (p<0.01; in brackets: p<0.05 corrected) between gr...

Thresholds for one- and two-band targets as a function of band center frequency.

Emily Buss (2657101)
John Grose (5067134)

April 2018

Thresholds are plotted as a function of band center frequency for targets spanning two octave-wid...

Group level ALFF analysis results.

Zhengjun Li (31438)
Yisheng Zhu (132975)
Anna Rose Childress (132979)
John A. Detre (132983)
Ze Wang (132986)

September 2012

a) Mean ALFF map of session 1, b) mean ALFF map of session 2, c) ALFF distribution map of session...

Changes in magnitude of ALFF calculated at different frequency bands.

Dewang Mao (751286)
Zhongxiang Ding (380802)
Wenbin Jia (708028)
Wei Liao (166135)
Xun Li (182737)
Huiyuan Huang (751287)
Jianhua Yuan (380801)
Yu-Feng Zang (134040)
Han Zhang (110653)

June 2015

The mean zALFF maps were calculated from 10 subjects using RS1, RS2 and RS3 datasets at the frequ...

In typical frequency band (0.01–0.08Hz), regions of significant ALFF in the (A) SD and (B) RW groups separately, and their (C) between-group differences.

Lei Gao (6566)
Lijun Bai (299273)
Yuchen Zhang (524816)
Xi-jian Dai (709293)
Rana Netra (709294)
Youjiang Min (709295)
Fuqing Zhou (593535)
Chen Niu (343397)
Wanghuan Dun (709296)
Honghan Gong (593536)
Ming Zhang (9736)

March 2015

The effects are significant at p < 0.05, FDR corrected; ≥100 contiguous voxels for one sam...

ALFF differences between HD and NC groups.

Yarong Wang (341594)
Jia Zhu (135506)
Qiang Li (8118)
Wei Li (7081)
Ning Wu (132667)
Ying Zheng (170527)
Haifeng Chang (386047)
Jiajie Chen (386048)
Wei Wang (17594)

March 2013

The differences map from the bottom to the top, (every 12 mm), (p<0.01, corrected, T>2.7633 or <−...

Group-level ALFF maps for the first (RS1, A), second (RS2, B) and third (RS3, C) runs.

Dewang Mao (751286)
Zhongxiang Ding (380802)
Wenbin Jia (708028)
Wei Liao (166135)
Xun Li (182737)
Huiyuan Huang (751287)
Jianhua Yuan (380801)
Yu-Feng Zang (134040)
Han Zhang (110653)

June 2015

The one-sample t-test results shown in A and B in the upper row were generated from 21 sub...

Changes in reliability of ALFF calculated at different frequency bands.

Dewang Mao (751286)
Zhongxiang Ding (380802)
Wenbin Jia (708028)
Wei Liao (166135)
Xun Li (182737)
Huiyuan Huang (751287)
Jianhua Yuan (380801)
Yu-Feng Zang (134040)
Han Zhang (110653)

June 2015

The ICC maps for ALFF calculated from 10 subjects using RS1, RS2 and RS3 datasets at the frequenc...

Source level clustering coefficients increase in the upper alpha band in the NE-IL relative to the NE-IT condition (after multiple comparison permutation tests with corrected p<0.05).

Yue Wang (65477)
Wu Chun Ng (697677)
Khoon Siong Ng (5662459)
Ke Yu (161459)
Tiecheng Wu (697678)
Xiaoping Li (48167)

February 2015

Source level clustering coefficients increase in the upper alpha band in the NE-IL relative to th...

Differences in ALFF between groups.

Yun Xuan (334685)
Chun Meng (193011)
Yanhui Yang (212906)
Chaozhe Zhu (193029)
Liang Wang (23021)
Qian Yan (334693)
Chunlan Lin (334694)
Chunshui Yu (126228)

February 2013

The warm color represents increased ALFF in stuttering subjects, and the blue color represents de...

Discriminative relevance of each frequency in groups comparison.

João Ricardo Sato (138837)
Marcelo Queiroz Hoexter (305443)
Xavier Francisco Castellanos (305444)
Luis A. Rohde (305445)

February 2013

The frequencies below 0.05 and around 0.20 Hz contain most discriminative information.</p

Source level clustering coefficients increase in the upper alpha band in the WE-IL relative to the WE-IT condition (after multiple comparison permutation tests with corrected p<0.05).

Yue Wang (65477)
Wu Chun Ng (697677)
Khoon Siong Ng (5662459)
Ke Yu (161459)
Tiecheng Wu (697678)
Xiaoping Li (48167)

February 2015

Source level clustering coefficients increase in the upper alpha band in the WE-IL relative to th...

Group average of phase shift between BP and BFV oscillations extracted by the empirical decomposition.

Kun Hu (119408)
Men-Tzung Lo (151404)
Chung-Kang Peng (151408)
Yanhui Liu (151413)
Vera Novak (151416)

July 2012

Results were presented (A) in 18 frequency bins with the same size of 0.02 Hz from ...

Frequency of Fb/MFb transdifferentiation in groups A and B before and after DSAEK.

Naoyuki Morishige (459110)
Naoyuki Yamada (459111)
Yukiko Morita (459112)
Kazuhiro Kimura (205831)
Koh-Hei Sonoda (368813)

September 2013

Frequency of Fb/MFb transdifferentiation in groups A and B before and after DSAEK.</p

Trend of functional connectivity vs amplitude of low frequency fluctuations along with respective averaged values.

Daniele Mascali (5450159)
Mauro DiNuzzo (717485)
Tommaso Gili (717486)
Marta Moraschi (717487)
Michela Fratini (717488)
Bruno Maraviglia (717489)
Laura Serra (587323)
Marco Bozzali (110753)
Federico Giove (717490)

April 2015

FC and ALFF values were averaged in the significant clusters resulting from t-contrast HC vs AD i...

Group and subgroup comparisons: number of significantly different sensors per region, side and frequency band.

Martin Hardmeier (146865)
Menno M. Schoonheim (119676)
Jeroen J. G. Geurts (146868)
Arjan Hillebrand (119669)
Chris H. Polman (89158)
Frederik Barkhof (146873)
Cornelis J. Stam (119688)

July 2012

Number of sensors with significant differences (p<0.01; in brackets: p<0.05 corrected) between gr...

Thresholds for one- and two-band targets as a function of band center frequency.

Emily Buss (2657101)
John Grose (5067134)

April 2018

Thresholds are plotted as a function of band center frequency for targets spanning two octave-wid...

In the typical frequency band, detailed information for clusters showing group ALFF differences at the given threshold (<i>p</i> < 0.05, AlphaSim corrected).

Abstract

Extracted data

In the typical frequency band, detailed information for clusters showing group ALFF differences at the given threshold (<i>p</i> < 0.05, AlphaSim corrected).

Abstract

Extracted data

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