Abnormal interregional correlations in APOE ε4 carriers compared with APOE ε4 noncarriers.

Brain regions ranked in order of decreasing regional correlation strength values in the (A) healthy control, (B) no HE, (C) MHE, and (C) OHE groups.

Tun-Wei Hsu (167204)
Changwei W. Wu (167209)
Yu-Fan Cheng (167216)
Hsiu-Ling Chen (167224)
Cheng-Hsien Lu (167234)
Kuan-Hung Cho (167241)
Wei-Che Lin (167245)
Ching-Po Lin (46145)

May 2012

The regional correlation strength of the nodes were redistributed and higher in healthy control c...

Apolipoprotein E4 effects on topological brain network organization in mild cognitive impairment.

Sanabria-Diaz, G.
Melie-Garcia, L.
Draganski, B.
Demonet, J.F.
Kherif, F.

January 2021

The Apolipoprotein E isoform E4 (ApoE4) is consistently associated with an elevated risk of developi...

The influence of Apolipoprotein E genotype on regional pathology in Alzheimer's disease.

Sabbagh, Marwan N
Malek-Ahmadi, Michael
Dugger, Brittany N
Lee, Katarina
Sue, Lucia I
Serrano, Geidy
Walker, Douglas G
Davis, Kathryn
Jacobson, Sandra A
Beach, Thomas G

May 2013

BackgroundCarriers of the ApoE ϵ4 allele are at a greater risk for developing Alzheimer's disease (A...

Altered interregional correlations in AIS patients.

Defeng Wang (497426)
Lin Shi (65217)
Shangping Liu (497428)
Steve C. N. Hui (500527)
Yongjun Wang (134570)
Jack C. Y. Cheng (500528)
Winnie C. W. Chu (497427)

December 2013

The red and blue lines indicate significantly increased and decreased correlations between pairs ...

The interregional correlations matrix in APOE ε4 carriers and APOE ε4 noncarriers.

Zhijun Yao (300569)
Bin Hu (122268)
Jiaxiang Zheng (540301)
Weihao Zheng (767955)
Xuejiao Chen (411564)
Xiang Gao (4077)
Yuanwei Xie (767956)
Lei Fang (46620)

July 2015

A. The correlations matrices was established by computing the partial correlations between pairs ...

Eun Hyun Seo (106201)
Dong Young Lee (106202)
Jong-Min Lee (105338)
Jun-Sung Park (106203)
Bo Kyung Sohn (106204)
Young Min Choe (106205)
Min Soo Byun (481847)
Hyo Jung Choi (495865)
Jong Inn Woo (106207)

December 2013

Hubs were visualized using BrainNet Viewer package (NKLCNL, Beijing Normal University). Blue circ...

A. The hub regions in APOE ε4 carriers (The size of the circles represents the nodal centrality in this brain region).

Zhijun Yao (300569)
Bin Hu (122268)
Jiaxiang Zheng (540301)
Weihao Zheng (767955)
Xuejiao Chen (411564)
Xiang Gao (4077)
Yuanwei Xie (767956)
Lei Fang (46620)

July 2015

B. The hub regions in APOE ε4 noncarriers. C. Differences of between-group nodal centralit...

Significantly different DMN functional connectivity between APOE ε4ε3 and ε3ε3.

Haiqing Song (310861)
Haixia Long (556765)
Xiumei Zuo (770140)
Chunshui Yu (126228)
Bing Liu (70818)
Zhiqun Wang (212903)
Qi Wang (22418)
Fen Wang (285388)
Ying Han (137520)
Jianping Jia (185295)

July 2015

Brain model for the changed functional connectivity: the red line represented the increased funct...

Quantitative analysis (average z scores) and Rest-stimulus interactions (HPN connectivity vs. high-memory-load activation) in APOE-ε4 carriers and non-carriers.

Feng-Xian Yan (751090)
Changwei W. Wu (167209)
Yi-Ping Chao (710009)
Chi-Jen Chen (616340)
Ying-Chi Tseng (751091)

June 2015

(a) A bar graph of the average z scores (HPN) in both groups within the specific ROIs, where the ...

Quantitative analysis (average z scores) and Rest-stimulus interactions (ECN connectivity vs. high-memory-load activation) in APOE-ε4 carriers and non-carriers.

Feng-Xian Yan (751090)
Changwei W. Wu (167209)
Yi-Ping Chao (710009)
Chi-Jen Chen (616340)
Ying-Chi Tseng (751091)

June 2015

(a) A bar graph of the average z scores (ECN) in both groups within the specific ROIs, where the ...

Quantitative results, including the average beta values (i.e., high-memory-load activation) and the average z scores (i.e., HPN connectivity), within the AAL-based HPN regions in APOE-ε4 carriers and non-carriers.

Feng-Xian Yan (751090)
Changwei W. Wu (167209)
Yi-Ping Chao (710009)
Chi-Jen Chen (616340)
Ying-Chi Tseng (751091)

June 2015

*: p < 0.05, compared with APOE-ε4 carriers.HPN = hippocampal network; AAL = automa...

A FDG-PET Study of Metabolic Networks in Apolipoprotein E ε4 Allele Carriers.

Yao, Zhijun
Hu, Bin
Zheng, Jiaxiang
Zheng, Weihao
Chen, Xuejiao
Gao, Xiang
Xie, Yuanwei
Fang, Lei
Alzheimer’s Disease Neuroimaging Initiative

January 2015

Recently, some studies have applied the graph theory in brain network analysis in Alzheimer's diseas...

A FDG-PET Study of Metabolic Networks in Apolipoprotein E ε4 Allele Carriers

Zhijun Yao (300569)
Bin Hu (122268)
Jiaxiang Zheng (540301)
Weihao Zheng (767955)
Xuejiao Chen (411564)
Xiang Gao (4077)
Yuanwei Xie (767956)
Lei Fang (46620)

July 2015

<div>Recently, some studies have applied the graph theory in brain network analysis in Alzheimer'...

Alterations of brain connectivity parameters in asymptomatic GRN carriers as compared to healthy controls.

Enrico Premi (455959)
Franco Cauda (142631)
Roberto Gasparotti (455963)
Matteo Diano (625558)
Silvana Archetti (65700)
Alessandro Padovani (65704)
Barbara Borroni (65698)

September 2014

Talairach coordinates of significant voxels, at P<0.01 uncorrected, FDR-cluster level p<0.05. ReH...

Main effect of carrying APOE ε4 on brain structure in Chinese and white subgroups.

Jennifer S. Yokoyama (135343)
Allen K. L. Lee (698573)
Leonel T. Takada (698574)
Edgar Busovaca (298292)
Luke W. Bonham (698575)
Steven Z. Chao (698576)
Marian Tse (698577)
Jing He (58446)
Christopher G. Schwarz (698578)
Owen T. Carmichael (698579)
Brandy R. Matthews (698580)
Anna Karydas (531627)
Michael W. Weiner (361438)
Giovanni Coppola (46572)
Charles S. DeCarli (698581)
Bruce L. Miller (297862)
Howard J. Rosen (418693)

March 2015

T-maps from cohort-specific analyses are shown at Puncorrected<0.01 overlaid on a temp...

Brain regions ranked in order of decreasing regional correlation strength values in the (A) healthy control, (B) no HE, (C) MHE, and (C) OHE groups.

Tun-Wei Hsu (167204)
Changwei W. Wu (167209)
Yu-Fan Cheng (167216)
Hsiu-Ling Chen (167224)
Cheng-Hsien Lu (167234)
Kuan-Hung Cho (167241)
Wei-Che Lin (167245)
Ching-Po Lin (46145)

May 2012

The regional correlation strength of the nodes were redistributed and higher in healthy control c...

Apolipoprotein E4 effects on topological brain network organization in mild cognitive impairment.

Sanabria-Diaz, G.
Melie-Garcia, L.
Draganski, B.
Demonet, J.F.
Kherif, F.

January 2021

The Apolipoprotein E isoform E4 (ApoE4) is consistently associated with an elevated risk of developi...

The influence of Apolipoprotein E genotype on regional pathology in Alzheimer's disease.

Sabbagh, Marwan N
Malek-Ahmadi, Michael
Dugger, Brittany N
Lee, Katarina
Sue, Lucia I
Serrano, Geidy
Walker, Douglas G
Davis, Kathryn
Jacobson, Sandra A
Beach, Thomas G

May 2013

BackgroundCarriers of the ApoE ϵ4 allele are at a greater risk for developing Alzheimer's disease (A...

Altered interregional correlations in AIS patients.

Defeng Wang (497426)
Lin Shi (65217)
Shangping Liu (497428)
Steve C. N. Hui (500527)
Yongjun Wang (134570)
Jack C. Y. Cheng (500528)
Winnie C. W. Chu (497427)

December 2013

The red and blue lines indicate significantly increased and decreased correlations between pairs ...

The interregional correlations matrix in APOE ε4 carriers and APOE ε4 noncarriers.

Zhijun Yao (300569)
Bin Hu (122268)
Jiaxiang Zheng (540301)
Weihao Zheng (767955)
Xuejiao Chen (411564)
Xiang Gao (4077)
Yuanwei Xie (767956)
Lei Fang (46620)

July 2015

A. The correlations matrices was established by computing the partial correlations between pairs ...

Eun Hyun Seo (106201)
Dong Young Lee (106202)
Jong-Min Lee (105338)
Jun-Sung Park (106203)
Bo Kyung Sohn (106204)
Young Min Choe (106205)
Min Soo Byun (481847)
Hyo Jung Choi (495865)
Jong Inn Woo (106207)

December 2013

Hubs were visualized using BrainNet Viewer package (NKLCNL, Beijing Normal University). Blue circ...

A. The hub regions in APOE ε4 carriers (The size of the circles represents the nodal centrality in this brain region).

Zhijun Yao (300569)
Bin Hu (122268)
Jiaxiang Zheng (540301)
Weihao Zheng (767955)
Xuejiao Chen (411564)
Xiang Gao (4077)
Yuanwei Xie (767956)
Lei Fang (46620)

July 2015

B. The hub regions in APOE ε4 noncarriers. C. Differences of between-group nodal centralit...

Significantly different DMN functional connectivity between APOE ε4ε3 and ε3ε3.

Haiqing Song (310861)
Haixia Long (556765)
Xiumei Zuo (770140)
Chunshui Yu (126228)
Bing Liu (70818)
Zhiqun Wang (212903)
Qi Wang (22418)
Fen Wang (285388)
Ying Han (137520)
Jianping Jia (185295)

July 2015

Brain model for the changed functional connectivity: the red line represented the increased funct...

Quantitative analysis (average z scores) and Rest-stimulus interactions (HPN connectivity vs. high-memory-load activation) in APOE-ε4 carriers and non-carriers.

Feng-Xian Yan (751090)
Changwei W. Wu (167209)
Yi-Ping Chao (710009)
Chi-Jen Chen (616340)
Ying-Chi Tseng (751091)

June 2015

(a) A bar graph of the average z scores (HPN) in both groups within the specific ROIs, where the ...

Quantitative analysis (average z scores) and Rest-stimulus interactions (ECN connectivity vs. high-memory-load activation) in APOE-ε4 carriers and non-carriers.

Feng-Xian Yan (751090)
Changwei W. Wu (167209)
Yi-Ping Chao (710009)
Chi-Jen Chen (616340)
Ying-Chi Tseng (751091)

June 2015

(a) A bar graph of the average z scores (ECN) in both groups within the specific ROIs, where the ...

Quantitative results, including the average beta values (i.e., high-memory-load activation) and the average z scores (i.e., HPN connectivity), within the AAL-based HPN regions in APOE-ε4 carriers and non-carriers.

Feng-Xian Yan (751090)
Changwei W. Wu (167209)
Yi-Ping Chao (710009)
Chi-Jen Chen (616340)
Ying-Chi Tseng (751091)

June 2015

*: p < 0.05, compared with APOE-ε4 carriers.HPN = hippocampal network; AAL = automa...

A FDG-PET Study of Metabolic Networks in Apolipoprotein E ε4 Allele Carriers.

Yao, Zhijun
Hu, Bin
Zheng, Jiaxiang
Zheng, Weihao
Chen, Xuejiao
Gao, Xiang
Xie, Yuanwei
Fang, Lei
Alzheimer’s Disease Neuroimaging Initiative

January 2015

Recently, some studies have applied the graph theory in brain network analysis in Alzheimer's diseas...

A FDG-PET Study of Metabolic Networks in Apolipoprotein E ε4 Allele Carriers

Zhijun Yao (300569)
Bin Hu (122268)
Jiaxiang Zheng (540301)
Weihao Zheng (767955)
Xuejiao Chen (411564)
Xiang Gao (4077)
Yuanwei Xie (767956)
Lei Fang (46620)

July 2015

<div>Recently, some studies have applied the graph theory in brain network analysis in Alzheimer'...

Alterations of brain connectivity parameters in asymptomatic GRN carriers as compared to healthy controls.

Enrico Premi (455959)
Franco Cauda (142631)
Roberto Gasparotti (455963)
Matteo Diano (625558)
Silvana Archetti (65700)
Alessandro Padovani (65704)
Barbara Borroni (65698)

September 2014

Talairach coordinates of significant voxels, at P<0.01 uncorrected, FDR-cluster level p<0.05. ReH...

Main effect of carrying APOE ε4 on brain structure in Chinese and white subgroups.

Jennifer S. Yokoyama (135343)
Allen K. L. Lee (698573)
Leonel T. Takada (698574)
Edgar Busovaca (298292)
Luke W. Bonham (698575)
Steven Z. Chao (698576)
Marian Tse (698577)
Jing He (58446)
Christopher G. Schwarz (698578)
Owen T. Carmichael (698579)
Brandy R. Matthews (698580)
Anna Karydas (531627)
Michael W. Weiner (361438)
Giovanni Coppola (46572)
Charles S. DeCarli (698581)
Bruce L. Miller (297862)
Howard J. Rosen (418693)

March 2015

T-maps from cohort-specific analyses are shown at Puncorrected<0.01 overlaid on a temp...

Brain regions ranked in order of decreasing regional correlation strength values in the (A) healthy control, (B) no HE, (C) MHE, and (C) OHE groups.

Tun-Wei Hsu (167204)
Changwei W. Wu (167209)
Yu-Fan Cheng (167216)
Hsiu-Ling Chen (167224)
Cheng-Hsien Lu (167234)
Kuan-Hung Cho (167241)
Wei-Che Lin (167245)
Ching-Po Lin (46145)

May 2012

The regional correlation strength of the nodes were redistributed and higher in healthy control c...

Apolipoprotein E4 effects on topological brain network organization in mild cognitive impairment.

Sanabria-Diaz, G.
Melie-Garcia, L.
Draganski, B.
Demonet, J.F.
Kherif, F.

January 2021

The Apolipoprotein E isoform E4 (ApoE4) is consistently associated with an elevated risk of developi...

The influence of Apolipoprotein E genotype on regional pathology in Alzheimer's disease.

Sabbagh, Marwan N
Malek-Ahmadi, Michael
Dugger, Brittany N
Lee, Katarina
Sue, Lucia I
Serrano, Geidy
Walker, Douglas G
Davis, Kathryn
Jacobson, Sandra A
Beach, Thomas G

May 2013

BackgroundCarriers of the ApoE ϵ4 allele are at a greater risk for developing Alzheimer's disease (A...

Abnormal interregional correlations in APOE <i>ε</i>4 carriers compared with APOE <i>ε</i>4 noncarriers.

Abstract

Extracted data

Abnormal interregional correlations in APOE <i>ε</i>4 carriers compared with APOE <i>ε</i>4 noncarriers.

Abstract

Extracted data

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