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Reducing the need for invasive pressure wire assessment in patients using a novel angiographic scoring tool
Reducing the need for invasive pressure wire assessment in patients using a novel angiographic scoring tool
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Reducing the need for invasive pressure wire assessment in patients using a novel angiographic scoring tool

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A performance evaluation of a novel human recombinant tissue factor prothrombin time reagent
A performance evaluation of a novel human recombinant tissue factor prothrombin time reagent
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A performance evaluation of a novel human recombinant tissue factor prothrombin time reagent

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9 ECV and T1 mapping in repaired tetralogy of fallot – CMR diffuse fibrosis measurement needs the right method for the right ventricle?
9 ECV and T1 mapping in repaired tetralogy of fallot – CMR diffuse fibrosis measurement needs the right method for the right ventricle?
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9 ECV and T1 mapping in repaired tetralogy of fallot – CMR diffuse fibrosis measurement needs the right method for the right ventricle?

2018 The Author(s). This article has been accepted for publication in Heart following peer review. The definitive copyedited, typeset version: Ghonim S, Jenkins S, Smith GC, et al 9 ECV and T1 mapping in repaired tetralogy of fallot – CMR diffuse fibrosis measurement needs the right method for the right ventricle? Heart 2018;104:A9, is available online at: http://dx.doi.org/10.1136/heartjnl-2018-BCVI.24

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Discovering and validating disease subtypes for heart failure using unsupervised machine learning methods
Discovering and validating disease subtypes for heart failure using unsupervised machine learning methods
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Discovering and validating disease subtypes for heart failure using unsupervised machine learning methods

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