Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRI

Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRI

Bibliographic Details
Main Authors: Wang Kezheng, Pan Dipanjan, Schmieder Anne H, Zhang Huiying, SenPan Angana, Williams Todd A, Hu Grace, Caruthers Shelton D, Wickline Samuel A, Shen Baozhong, Lanza Gregory
Format: Article
Language:English
Published: BMC 2012-02-01
Series:Journal of Cardiovascular Magnetic Resonance
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spelling doaj-67e395d6ee5e444fb7b6bcbe52b7af702020-11-24T21:58:56ZengBMCJournal of Cardiovascular Magnetic Resonance1097-66471532-429X2012-02-0114Suppl 1O1110.1186/1532-429X-14-S1-O11Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRIWang KezhengPan DipanjanSchmieder Anne HZhang HuiyingSenPan AnganaWilliams Todd AHu GraceCaruthers Shelton DWickline Samuel AShen BaozhongLanza Gregory
collection DOAJ
language English
format Article
sources DOAJ
author Wang Kezheng
Pan Dipanjan
Schmieder Anne H
Zhang Huiying
SenPan Angana
Williams Todd A
Hu Grace
Caruthers Shelton D
Wickline Samuel A
Shen Baozhong
Lanza Gregory
spellingShingle Wang Kezheng
Pan Dipanjan
Schmieder Anne H
Zhang Huiying
SenPan Angana
Williams Todd A
Hu Grace
Caruthers Shelton D
Wickline Samuel A
Shen Baozhong
Lanza Gregory
Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRI
Journal of Cardiovascular Magnetic Resonance
author_facet Wang Kezheng
Pan Dipanjan
Schmieder Anne H
Zhang Huiying
SenPan Angana
Williams Todd A
Hu Grace
Caruthers Shelton D
Wickline Samuel A
Shen Baozhong
Lanza Gregory
author_sort Wang Kezheng
title Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRI
title_short Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRI
title_full Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRI
title_fullStr Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRI
title_full_unstemmed Probing atherosclerotic angiogenesis with new manganese-based nanocolloid for T1-weighted MRI
title_sort probing atherosclerotic angiogenesis with new manganese-based nanocolloid for t1-weighted mri
publisher BMC
series Journal of Cardiovascular Magnetic Resonance
issn 1097-6647
1532-429X
publishDate 2012-02-01
work_keys_str_mv AT wangkezheng probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT pandipanjan probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT schmiederanneh probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT zhanghuiying probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT senpanangana probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT williamstodda probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT hugrace probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT carutherssheltond probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT wicklinesamuela probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT shenbaozhong probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
AT lanzagregory probingatheroscleroticangiogenesiswithnewmanganesebasednanocolloidfort1weightedmri
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