[an error occurred while processing this directive]<meta name="keywords" content="Department of Computer Science, publications, by date, Blanca Rodriguez"></meta><meta name="description" content="Publications, by date, Department of Computer Science, Oxford, Blanca Rodriguez"></meta><title>Department of Computer Science, University of Oxford: Blanca Rodriguez : Publications
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			</style>[an error occurred while processing this directive]<div class="content-width"><ol class="breadcrumb text-uppercase"><li><a href="/">Home</a></li><li><a href="/aboutus/">About Us</a></li><li><a href="/people/">People</a></li><li><a href="/people/faculty.html">Faculty</a></li><li><a href="/people/Blanca.Rodriguez"><span itemprop="name">Blanca Rodriguez</span></a></li><li class="active">Publications</li></ol></div><!-- MOBILE NAVIGATION --><div class="content-width space-below mobile-menu-placeholder visible-xs visible-sm"></div><!-- COLUMNS --><div class="container-fluid content-width"><div class="row"><div class="col-xs-12 col-md-9 col-md-push-3" id="maincontent"><!-- CONTENT (Column 2) --><div class="page-title"><h1>Blanca Rodriguez : Publications
</h1></div><div role="toolbar" class="btn-toolbar"><div class="btn-group"><a href="/people/publications/date/Blanca.Rodriguez.html" aria-hidden="true" type="button" class="btn btn-oxford-blue"><span class="glyphicon glyphicon-sort-by-attributes"></span> By date</a><a href="/people/publications/title/Blanca.Rodriguez.html" aria-hidden="true" type="button" class="btn btn-default"><span class="glyphicon glyphicon-sort-by-attributes"></span> By title</a><a href="/people/publications/type/Blanca.Rodriguez.html" aria-hidden="true" type="button" class="btn btn-default"><span class="glyphicon glyphicon-sort-by-attributes"></span> By type</a><a href="/people/publications/bibtex/Blanca.Rodriguez.html" aria-hidden="true" type="button" class="btn btn-default"><span class="glyphicon glyphicon-file"></span> BibTex</a></div></div><p></p><ul class="list-unbulleted list-unbulleted-spaced"><li>
	
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	<p class="publicationTitle"> <strong>
            From ionic to cellular variability in human atrial myocytes: an integrative computational and experimental study </strong> </p>
	    <p class="publicationAuthors"> <em> A. Muszkiewicz&#x201a; X. Liu&#x201a; A. Bueno&#x2212;Orovio&#x201a; B. A. J. Lawson&#x201a; K. Burrage&#x201a; B. Casadei and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Am J Physiol Heart Circ Physiol</em>.
        
            Vol. 314.
        
            No. 5.
        
                Pages H895&#x2212;H916.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11950-abstract.html">
			Details <span class="sr-only" > about <em> From ionic to cellular variability in human atrial myocytes: an integrative computational and experimental study  </em></span> </a> |
			<a href="/publications/publication11950.bib">
			BibTeX  <span class="sr-only" > data for <em> From ionic to cellular variability in human atrial myocytes: an integrative computational and experimental study  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1152/ajpheart.00477.2017">
		DOI (10.1152/ajpheart.00477.2017)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/29351467"> Link <span class="sr-only" > to <em> From ionic to cellular variability in human atrial myocytes: an integrative computational and experimental study  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Computational techniques for ECG analysis and interpretation in light of their contribution to medical advances </strong> </p>
	    <p class="publicationAuthors"> <em> A. Lyon&#x201a; A. Minchol&#xe9;&#x201a; J. P. Mart&#xed;nez&#x201a; P. Laguna and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J R Soc Interface</em>.
        
            Vol. 15.
        
            No. 138.
        2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11947-abstract.html">
			Details <span class="sr-only" > about <em> Computational techniques for ECG analysis and interpretation in light of their contribution to medical advances  </em></span> </a> |
			<a href="/publications/publication11947.bib">
			BibTeX  <span class="sr-only" > data for <em> Computational techniques for ECG analysis and interpretation in light of their contribution to medical advances  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1098/rsif.2017.0821">
		DOI (10.1098/rsif.2017.0821)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/29321268"> Link <span class="sr-only" > to <em> Computational techniques for ECG analysis and interpretation in light of their contribution to medical advances  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Distinct ECG Phenotypes Identified in Hypertrophic Cardiomyopathy Using Machine Learning Associate With Arrhythmic Risk Markers </strong> </p>
	    <p class="publicationAuthors"> <em> A. Lyon&#x201a; R. Ariga&#x201a; A. Minchol&#xe9;&#x201a; M. Mahmod&#x201a; E. Ormondroyd&#x201a; P. Laguna&#x201a; N. de Freitas&#x201a; S. Neubauer&#x201a; H. Watkins and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Front Physiol</em>.
        
            Vol. 9.
        
                Pages 213.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11946-abstract.html">
			Details <span class="sr-only" > about <em> Distinct ECG Phenotypes Identified in Hypertrophic Cardiomyopathy Using Machine Learning Associate With Arrhythmic Risk Markers  </em></span> </a> |
			<a href="/publications/publication11946.bib">
			BibTeX  <span class="sr-only" > data for <em> Distinct ECG Phenotypes Identified in Hypertrophic Cardiomyopathy Using Machine Learning Associate With Arrhythmic Risk Markers  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.3389/fphys.2018.00213">
		DOI (10.3389/fphys.2018.00213)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/29593570"> Link <span class="sr-only" > to <em> Distinct ECG Phenotypes Identified in Hypertrophic Cardiomyopathy Using Machine Learning Associate With Arrhythmic Risk Markers  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Unlocking data sets by calibrating populations of models to data density: A study in atrial electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> B. A. J. Lawson&#x201a; C. C. Drovandi&#x201a; N. Cusimano&#x201a; P. Burrage&#x201a; B. Rodriguez and K. Burrage  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Sci Adv</em>.
        
            Vol. 4.
        
            No. 1.
        
                Pages e1701676.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11943-abstract.html">
			Details <span class="sr-only" > about <em> Unlocking data sets by calibrating populations of models to data density: A study in atrial electrophysiology  </em></span> </a> |
			<a href="/publications/publication11943.bib">
			BibTeX  <span class="sr-only" > data for <em> Unlocking data sets by calibrating populations of models to data density: A study in atrial electrophysiology  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1126/sciadv.1701676">
		DOI (10.1126/sciadv.1701676)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/29349296"> Link <span class="sr-only" > to <em> Unlocking data sets by calibrating populations of models to data density: A study in atrial electrophysiology  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            &#x03b4;&#x2212;cells and &#x03b2;&#x2212;cells are electrically coupled and regulate &#x03b1;&#x2212;cell activity via somatostatin </strong> </p>
	    <p class="publicationAuthors"> <em> L. J. B. Briant&#x201a; T. M. Reinbothe&#x201a; I. Spiliotis&#x201a; C. Miranda&#x201a; B. Rodriguez and P. Rorsman  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J Physiol</em>.
        
            Vol. 596.
        
            No. 2.
        
                Pages 197&#x2212;215.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11931-abstract.html">
			Details <span class="sr-only" > about <em> &#x03b4;&#x2212;cells and &#x03b2;&#x2212;cells are electrically coupled and regulate &#x03b1;&#x2212;cell activity via somatostatin  </em></span> </a> |
			<a href="/publications/publication11931.bib">
			BibTeX  <span class="sr-only" > data for <em> &#x03b4;&#x2212;cells and &#x03b2;&#x2212;cells are electrically coupled and regulate &#x03b1;&#x2212;cell activity via somatostatin  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1113/JP274581">
		DOI (10.1113/JP274581)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28975620"> Link <span class="sr-only" > to <em> &#x03b4;&#x2212;cells and &#x03b2;&#x2212;cells are electrically coupled and regulate &#x03b1;&#x2212;cell activity via somatostatin  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            &#x03b2;&#x2212;Adrenergic receptor stimulation inhibits proarrhythmic alternans in postinfarction border zone cardiomyocytes: a computational analysis </strong> </p>
	    <p class="publicationAuthors"> <em> J. Tomek&#x201a; B. Rodriguez&#x201a; G. Bub and J. Heijman  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Am J Physiol Heart Circ Physiol</em>.
        
            Vol. 313.
        
            No. 2.
        
                Pages H338&#x2212;H353.
            2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11962-abstract.html">
			Details <span class="sr-only" > about <em> &#x03b2;&#x2212;Adrenergic receptor stimulation inhibits proarrhythmic alternans in postinfarction border zone cardiomyocytes: a computational analysis  </em></span> </a> |
			<a href="/publications/publication11962.bib">
			BibTeX  <span class="sr-only" > data for <em> &#x03b2;&#x2212;Adrenergic receptor stimulation inhibits proarrhythmic alternans in postinfarction border zone cardiomyocytes: a computational analysis  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1152/ajpheart.00094.2017">
		DOI (10.1152/ajpheart.00094.2017)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28550171"> Link <span class="sr-only" > to <em> &#x03b2;&#x2212;Adrenergic receptor stimulation inhibits proarrhythmic alternans in postinfarction border zone cardiomyocytes: a computational analysis  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Modelling variability in cardiac electrophysiology: a moment&#x2212;matching approach </strong> </p>
	    <p class="publicationAuthors"> <em> E. Tixier&#x201a; D. Lombardi&#x201a; B. Rodriguez and J. F. Gerbeau  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J R Soc Interface</em>.
        
            Vol. 14.
        
            No. 133.
        2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11961-abstract.html">
			Details <span class="sr-only" > about <em> Modelling variability in cardiac electrophysiology: a moment&#x2212;matching approach  </em></span> </a> |
			<a href="/publications/publication11961.bib">
			BibTeX  <span class="sr-only" > data for <em> Modelling variability in cardiac electrophysiology: a moment&#x2212;matching approach  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1098/rsif.2017.0238">
		DOI (10.1098/rsif.2017.0238)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28835541"> Link <span class="sr-only" > to <em> Modelling variability in cardiac electrophysiology: a moment&#x2212;matching approach  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Atrial Fibrillation Dynamics and Ionic Block Effects in Six Heterogeneous Human 3D Virtual Atria with Distinct Repolarization Dynamics </strong> </p>
	    <p class="publicationAuthors"> <em> C. S&#xe1;nchez&#x201a; A. Bueno&#x2212;Orovio&#x201a; E. Pueyo and B. Rodr&#xed;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Front Bioeng Biotechnol</em>.
        
            Vol. 5.
        
                Pages 29.
            2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11959-abstract.html">
			Details <span class="sr-only" > about <em> Atrial Fibrillation Dynamics and Ionic Block Effects in Six Heterogeneous Human 3D Virtual Atria with Distinct Repolarization Dynamics  </em></span> </a> |
			<a href="/publications/publication11959.bib">
			BibTeX  <span class="sr-only" > data for <em> Atrial Fibrillation Dynamics and Ionic Block Effects in Six Heterogeneous Human 3D Virtual Atria with Distinct Repolarization Dynamics  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.3389/fbioe.2017.00029">
		DOI (10.3389/fbioe.2017.00029)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28534025"> Link <span class="sr-only" > to <em> Atrial Fibrillation Dynamics and Ionic Block Effects in Six Heterogeneous Human 3D Virtual Atria with Distinct Repolarization Dynamics  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Human </strong> </p>
	    <p class="publicationAuthors"> <em> E. Passini&#x201a; O. J. Britton&#x201a; H. R. Lu&#x201a; J. Rohrbacher&#x201a; A. N. Hermans&#x201a; D. J. Gallacher&#x201a; R. J. H. Greig&#x201a; A. Bueno&#x2212;Orovio and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Front Physiol</em>.
        
            Vol. 8.
        
                Pages 668.
            2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11953-abstract.html">
			Details <span class="sr-only" > about <em> Human  </em></span> </a> |
			<a href="/publications/publication11953.bib">
			BibTeX  <span class="sr-only" > data for <em> Human  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.3389/fphys.2017.00668">
		DOI (10.3389/fphys.2017.00668)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28955244"> Link <span class="sr-only" > to <em> Human  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Phenotypic variability in LQT3 human induced pluripotent stem cell&#x2212;derived cardiomyocytes and their response to antiarrhythmic pharmacologic therapy: An in silico approach </strong> </p>
	    <p class="publicationAuthors"> <em> M. Paci&#x201a; E. Passini&#x201a; S. Severi&#x201a; J. Hyttinen and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 14.
        
            No. 11.
        
                Pages 1704&#x2212;1712.
            2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11952-abstract.html">
			Details <span class="sr-only" > about <em> Phenotypic variability in LQT3 human induced pluripotent stem cell&#x2212;derived cardiomyocytes and their response to antiarrhythmic pharmacologic therapy: An in silico approach  </em></span> </a> |
			<a href="/publications/publication11952.bib">
			BibTeX  <span class="sr-only" > data for <em> Phenotypic variability in LQT3 human induced pluripotent stem cell&#x2212;derived cardiomyocytes and their response to antiarrhythmic pharmacologic therapy: An in silico approach  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.hrthm.2017.07.026">
		DOI (10.1016/j.hrthm.2017.07.026)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28756098"> Link <span class="sr-only" > to <em> Phenotypic variability in LQT3 human induced pluripotent stem cell&#x2212;derived cardiomyocytes and their response to antiarrhythmic pharmacologic therapy: An in silico approach  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Reply to the Editor&#x2212;On misuse of null hypothesis testing: Analysis of biophysical model simulations </strong> </p>
	    <p class="publicationAuthors"> <em> A. Liberos&#x201a; A. Bueno&#x2212;Orovio&#x201a; M. Rodrigo&#x201a; U. Ravens&#x201a; I. Hernandez&#x2212;Romero&#x201a; F. Fernandez&#x2212;Aviles&#x201a; M. S. Guillem&#x201a; B. Rodriguez and A. M. Climent  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 14.
        
            No. 4.
        
                Pages e50&#x2212;e51.
            2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11945-abstract.html">
			Details <span class="sr-only" > about <em> Reply to the Editor&#x2212;On misuse of null hypothesis testing: Analysis of biophysical model simulations  </em></span> </a> |
			<a href="/publications/publication11945.bib">
			BibTeX  <span class="sr-only" > data for <em> Reply to the Editor&#x2212;On misuse of null hypothesis testing: Analysis of biophysical model simulations  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.hrthm.2016.12.011">
		DOI (10.1016/j.hrthm.2016.12.011)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/27989683"> Link <span class="sr-only" > to <em> Reply to the Editor&#x2212;On misuse of null hypothesis testing: Analysis of biophysical model simulations  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Electrophysiological properties of computational human ventricular cell action potential models under acute ischemic conditions </strong> </p>
	    <p class="publicationAuthors"> <em> S. Dutta&#x201a; A. Minchol&#xe9;&#x201a; T. A. Quinn and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Prog Biophys Mol Biol</em>.
        
            Vol. 129.
        
                Pages 40&#x2212;52.
            2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11939-abstract.html">
			Details <span class="sr-only" > about <em> Electrophysiological properties of computational human ventricular cell action potential models under acute ischemic conditions  </em></span> </a> |
			<a href="/publications/publication11939.bib">
			BibTeX  <span class="sr-only" > data for <em> Electrophysiological properties of computational human ventricular cell action potential models under acute ischemic conditions  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.pbiomolbio.2017.02.007">
		DOI (10.1016/j.pbiomolbio.2017.02.007)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28223156"> Link <span class="sr-only" > to <em> Electrophysiological properties of computational human ventricular cell action potential models under acute ischemic conditions  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Corrigendum: The Electrogenic Na </strong> </p>
	    <p class="publicationAuthors"> <em> O. J. Britton&#x201a; A. Bueno&#x2212;Orovio&#x201a; L. Vir&#xe1;g&#x201a; A. Varr&#xf3; and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Front Physiol</em>.
        
            Vol. 8.
        
                Pages 954.
            2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11934-abstract.html">
			Details <span class="sr-only" > about <em> Corrigendum: The Electrogenic Na  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.3389/fphys.2017.00954">
		DOI (10.3389/fphys.2017.00954)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/29167647"> Link <span class="sr-only" > to <em> Corrigendum: The Electrogenic Na  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Functional identification of islet cell types by electrophysiological fingerprinting </strong> </p>
	    <p class="publicationAuthors"> <em> L. J. Briant&#x201a; Q. Zhang&#x201a; E. Vergari&#x201a; J. A. Kellard&#x201a; B. Rodriguez&#x201a; F. M. Ashcroft and P. Rorsman  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J R Soc Interface</em>.
        
            Vol. 14.
        
            No. 128.
        2017.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11932-abstract.html">
			Details <span class="sr-only" > about <em> Functional identification of islet cell types by electrophysiological fingerprinting  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.1098/rsif.2016.0999">
		DOI (10.1098/rsif.2016.0999)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28275121"> Link <span class="sr-only" > to <em> Functional identification of islet cell types by electrophysiological fingerprinting  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            In Vivo and In Silico Investigation Into Mechanisms of Frequency Dependence of Repolarization Alternans in Human Ventricular Cardiomyocytes </strong> </p>
	    <p class="publicationAuthors"> <em> X. Zhou&#x201a; A. Bueno&#x2212;Orovio&#x201a; M. Orini&#x201a; B. Hanson&#x201a; M. Hayward&#x201a; P. Taggart&#x201a; P. D. Lambiase&#x201a; K. Burrage and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Circ Res</em>.
        
            Vol. 118.
        
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                Pages 266&#x2212;78.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11969-abstract.html">
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			 | <a
		href="http://dx.doi.org/10.1161/CIRCRESAHA.115.307836">
		DOI (10.1161/CIRCRESAHA.115.307836)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/26602864"> Link <span class="sr-only" > to <em> In Vivo and In Silico Investigation Into Mechanisms of Frequency Dependence of Repolarization Alternans in Human Ventricular Cardiomyocytes  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Human&#x2212;based approaches to pharmacology and cardiology: an interdisciplinary and intersectorial workshop </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; A. Carusi&#x201a; N. Abi&#x2212;Gerges&#x201a; R. Ariga&#x201a; O. Britton&#x201a; G. Bub&#x201a; A. Bueno&#x2212;Orovio&#x201a; R. A. Burton&#x201a; V. Carapella&#x201a; L. Cardone&#x2212;Noott&#x201a; M. J. Daniels&#x201a; M. R. Davies&#x201a; S. Dutta&#x201a; A. Ghetti&#x201a; V. Grau&#x201a; S. Harmer&#x201a; I. Kopljar&#x201a; P. Lambiase&#x201a; H. R. Lu&#x201a; A. Lyon&#x201a; A. Minchole&#x201a; A. Muszkiewicz&#x201a; J. Oster&#x201a; M. Paci&#x201a; E. Passini&#x201a; S. Severi&#x201a; P. Taggart&#x201a; A. Tinker&#x201a; J. P. Valentin&#x201a; A. Varro&#x201a; M. Wallman and X. Zhou  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Europace</em>.
        
            Vol. 18.
        
            No. 9.
        
                Pages 1287&#x2212;98.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11958-abstract.html">
			Details <span class="sr-only" > about <em> Human&#x2212;based approaches to pharmacology and cardiology: an interdisciplinary and intersectorial workshop  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.1093/europace/euv320">
		DOI (10.1093/europace/euv320)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/26622055"> Link <span class="sr-only" > to <em> Human&#x2212;based approaches to pharmacology and cardiology: an interdisciplinary and intersectorial workshop  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Up&#x2212;regulation of miR&#x2212;31 in human atrial fibrillation begets the arrhythmia by depleting dystrophin and neuronal nitric oxide synthase </strong> </p>
	    <p class="publicationAuthors"> <em> S. N. Reilly&#x201a; X. Liu&#x201a; R. Carnicer&#x201a; A. Recalde&#x201a; A. Muszkiewicz&#x201a; R. Jayaram&#x201a; M. C. Carena&#x201a; R. Wijesurendra&#x201a; M. Stefanini&#x201a; N. C. Surdo&#x201a; O. Lomas&#x201a; C. Ratnatunga&#x201a; R. Sayeed&#x201a; G. Krasopoulos&#x201a; T. Rajakumar&#x201a; A. Bueno&#x2212;Orovio&#x201a; S. Verheule&#x201a; T. A. Fulga&#x201a; B. Rodriguez&#x201a; U. Schotten and B. Casadei  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Sci Transl Med</em>.
        
            Vol. 8.
        
            No. 340.
        
                Pages 340ra74.
            2016.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11957-abstract.html">
			Details <span class="sr-only" > about <em> Up&#x2212;regulation of miR&#x2212;31 in human atrial fibrillation begets the arrhythmia by depleting dystrophin and neuronal nitric oxide synthase  </em></span> </a> |
			<a href="/publications/publication11957.bib">
			BibTeX  <span class="sr-only" > data for <em> Up&#x2212;regulation of miR&#x2212;31 in human atrial fibrillation begets the arrhythmia by depleting dystrophin and neuronal nitric oxide synthase  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1126/scitranslmed.aac4296">
		DOI (10.1126/scitranslmed.aac4296)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/27225184"> Link <span class="sr-only" > to <em> Up&#x2212;regulation of miR&#x2212;31 in human atrial fibrillation begets the arrhythmia by depleting dystrophin and neuronal nitric oxide synthase  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Experimentally&#x2212;Based Computational Investigation into Beat&#x2212;To&#x2212;Beat Variability in Ventricular Repolarization and Its Response to Ionic Current Inhibition </strong> </p>
	    <p class="publicationAuthors"> <em> E. Pueyo&#x201a; C. E. Dangerfield&#x201a; O. J. Britton&#x201a; L. Vir&#xe1;g&#x201a; K. Kistam&#xe1;s&#x201a; N. Szentandr&#xe1;ssy&#x201a; N. Jost&#x201a; A. Varr&#xf3;&#x201a; P. P. N&#xe1;n&#xe1;si&#x201a; K. Burrage and B. Rodr&#xed;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS One</em>.
        
            Vol. 11.
        
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                Pages e0151461.
            2016.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11956-abstract.html">
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			 | <a
		href="http://dx.doi.org/10.1371/journal.pone.0151461">
		DOI (10.1371/journal.pone.0151461)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/27019293"> Link <span class="sr-only" > to <em> Experimentally&#x2212;Based Computational Investigation into Beat&#x2212;To&#x2212;Beat Variability in Ventricular Repolarization and Its Response to Ionic Current Inhibition  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Mechanisms of pro&#x2212;arrhythmic abnormalities in ventricular repolarisation and anti&#x2212;arrhythmic therapies in human hypertrophic cardiomyopathy </strong> </p>
	    <p class="publicationAuthors"> <em> E. Passini&#x201a; A. Minchol&#xe9;&#x201a; R. Coppini&#x201a; E. Cerbai&#x201a; B. Rodriguez&#x201a; S. Severi and A. Bueno&#x2212;Orovio  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J Mol Cell Cardiol</em>.
        
            Vol. 96.
        
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11954-abstract.html">
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			 | <a
		href="http://dx.doi.org/10.1016/j.yjmcc.2015.09.003">
		DOI (10.1016/j.yjmcc.2015.09.003)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/26385634"> Link <span class="sr-only" > to <em> Mechanisms of pro&#x2212;arrhythmic abnormalities in ventricular repolarisation and anti&#x2212;arrhythmic therapies in human hypertrophic cardiomyopathy  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Variability in cardiac electrophysiology: Using experimentally&#x2212;calibrated populations of models to move beyond the single virtual physiological human paradigm </strong> </p>
	    <p class="publicationAuthors"> <em> A. Muszkiewicz&#x201a; O. J. Britton&#x201a; P. Gemmell&#x201a; E. Passini&#x201a; C. S&#xe1;nchez&#x201a; X. Zhou&#x201a; A. Carusi&#x201a; T. A. Quinn&#x201a; K. Burrage&#x201a; A. Bueno&#x2212;Orovio and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Prog Biophys Mol Biol</em>.
        
            Vol. 120.
        
            No. 1&#x2212;3.
        
                Pages 115&#x2212;27.
            2016.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11949-abstract.html">
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			 | <a
		href="http://dx.doi.org/10.1016/j.pbiomolbio.2015.12.002">
		DOI (10.1016/j.pbiomolbio.2015.12.002)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/26701222"> Link <span class="sr-only" > to <em> Variability in cardiac electrophysiology: Using experimentally&#x2212;calibrated populations of models to move beyond the single virtual physiological human paradigm  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Balance between sodium and calcium currents underlying chronic atrial fibrillation termination: An in silico intersubject variability study </strong> </p>
	    <p class="publicationAuthors"> <em> A. Liberos&#x201a; A. Bueno&#x2212;Orovio&#x201a; M. Rodrigo&#x201a; U. Ravens&#x201a; I. Hernandez&#x2212;Romero&#x201a; F. Fernandez&#x2212;Aviles&#x201a; M. S. Guillem&#x201a; B. Rodriguez and A. M. Climent  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 13.
        
            No. 12.
        
                Pages 2358&#x2212;2365.
            2016.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11944-abstract.html">
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		href="http://dx.doi.org/10.1016/j.hrthm.2016.08.028">
		DOI (10.1016/j.hrthm.2016.08.028)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/27569443"> Link <span class="sr-only" > to <em> Balance between sodium and calcium currents underlying chronic atrial fibrillation termination: An in silico intersubject variability study  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Rabbit&#x2212;specific computational modelling of ventricular cell electrophysiology: Using populations of models to explore variability in the response to ischemia </strong> </p>
	    <p class="publicationAuthors"> <em> P. Gemmell&#x201a; K. Burrage&#x201a; B. Rodr&#xed;guez and T. A. Quinn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Prog Biophys Mol Biol</em>.
        
            Vol. 121.
        
            No. 2.
        
                Pages 169&#x2212;84.
            2016.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11942-abstract.html">
			Details <span class="sr-only" > about <em> Rabbit&#x2212;specific computational modelling of ventricular cell electrophysiology: Using populations of models to explore variability in the response to ischemia  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.1016/j.pbiomolbio.2016.06.003">
		DOI (10.1016/j.pbiomolbio.2016.06.003)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/27320382"> Link <span class="sr-only" > to <em> Rabbit&#x2212;specific computational modelling of ventricular cell electrophysiology: Using populations of models to explore variability in the response to ischemia  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Early afterdepolarizations promote transmural reentry in ischemic human ventricles with reduced repolarization reserve </strong> </p>
	    <p class="publicationAuthors"> <em> S. Dutta&#x201a; A. Minchol&#xe9;&#x201a; E. Zacur&#x201a; T. A. Quinn&#x201a; P. Taggart and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Prog Biophys Mol Biol</em>.
        
            Vol. 120.
        
            No. 1&#x2212;3.
        
                Pages 236&#x2212;48.
            2016.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11940-abstract.html">
			Details <span class="sr-only" > about <em> Early afterdepolarizations promote transmural reentry in ischemic human ventricles with reduced repolarization reserve  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.1016/j.pbiomolbio.2016.01.008">
		DOI (10.1016/j.pbiomolbio.2016.01.008)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/26850675"> Link <span class="sr-only" > to <em> Early afterdepolarizations promote transmural reentry in ischemic human ventricles with reduced repolarization reserve  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Human ventricular activation sequence and the simulation of the electrocardiographic QRS complex and its variability in healthy and intraventricular block conditions </strong> </p>
	    <p class="publicationAuthors"> <em> L. Cardone&#x2212;Noott&#x201a; A. Bueno&#x2212;Orovio&#x201a; A. Minchol&#xe9;&#x201a; N. Zemzemi and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Europace</em>.
        
            Vol. 18.
        
            No. suppl 4.
        
                Pages iv4&#x2212;iv15.
            2016.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11938-abstract.html">
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			 | <a
		href="http://dx.doi.org/10.1093/europace/euw346">
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					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/28011826"> Link <span class="sr-only" > to <em> Human ventricular activation sequence and the simulation of the electrocardiographic QRS complex and its variability in healthy and intraventricular block conditions  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Effects of L&#x2212;type calcium channel and human ether&#x2212;a&#x2212;go&#x2212;go related gene blockers on the electrical activity of the human heart: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> N. Zemzemi and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Europace</em>.
        
            Vol. 17.
        
            No. 2.
        
                Pages 326&#x2212;33.
            2015.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11968-abstract.html">
			Details <span class="sr-only" > about <em> Effects of L&#x2212;type calcium channel and human ether&#x2212;a&#x2212;go&#x2212;go related gene blockers on the electrical activity of the human heart: a simulation study  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.1093/europace/euu122">
		DOI (10.1093/europace/euu122)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/25228500"> Link <span class="sr-only" > to <em> Effects of L&#x2212;type calcium channel and human ether&#x2212;a&#x2212;go&#x2212;go related gene blockers on the electrical activity of the human heart: a simulation study  </em></span> </a>
  				
		
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		>
			
	
	<p class="publicationTitle"> <strong>
            Application of stochastic phenomenological modelling to cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat electrophysiological variability in cardiac tissue </strong> </p>
	    <p class="publicationAuthors"> <em> J. Walmsley&#x201a; G. R. Mirams&#x201a; J. Pitt&#x2212;Francis&#x201a; B. Rodriguez and K. Burrage  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J Theor Biol</em>.
        
            Vol. 365.
        
                Pages 325&#x2212;36.
            2015.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11965-abstract.html">
			Details <span class="sr-only" > about <em> Application of stochastic phenomenological modelling to cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat electrophysiological variability in cardiac tissue  </em></span> </a> |
			<a href="/publications/publication11965.bib">
			BibTeX  <span class="sr-only" > data for <em> Application of stochastic phenomenological modelling to cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat electrophysiological variability in cardiac tissue  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.jtbi.2014.10.029">
		DOI (10.1016/j.jtbi.2014.10.029)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/25451525"> Link <span class="sr-only" > to <em> Application of stochastic phenomenological modelling to cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat electrophysiological variability in cardiac tissue  </em></span> </a>
  				
		
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		>
			
	
	<p class="publicationTitle"> <strong>
            Human induced pluripotent stem cell&#x2212;derived versus adult cardiomyocytes: an in silico electrophysiological study on effects of ionic current block </strong> </p>
	    <p class="publicationAuthors"> <em> M. Paci&#x201a; J. Hyttinen&#x201a; B. Rodriguez and S. Severi  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Br J Pharmacol</em>.
        
            Vol. 172.
        
            No. 21.
        
                Pages 5147&#x2212;60.
            2015.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11951-abstract.html">
			Details <span class="sr-only" > about <em> Human induced pluripotent stem cell&#x2212;derived versus adult cardiomyocytes: an in silico electrophysiological study on effects of ionic current block  </em></span> </a> |
			<a href="/publications/publication11951.bib">
			BibTeX  <span class="sr-only" > data for <em> Human induced pluripotent stem cell&#x2212;derived versus adult cardiomyocytes: an in silico electrophysiological study on effects of ionic current block  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1111/bph.13282">
		DOI (10.1111/bph.13282)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/26276951"> Link <span class="sr-only" > to <em> Human induced pluripotent stem cell&#x2212;derived versus adult cardiomyocytes: an in silico electrophysiological study on effects of ionic current block  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            ECG&#x2212;based estimation of dispersion of APD restitution as a tool to stratify sotalol&#x2212;induced arrhythmic risk </strong> </p>
	    <p class="publicationAuthors"> <em> A. Minchol&#xe9;&#x201a; A. Bueno&#x2212;Orovio&#x201a; P. Laguna&#x201a; E. Pueyo and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J Electrocardiol</em>.
        
            Vol. 48.
        
            No. 5.
        
                Pages 867&#x2212;73.
            2015.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11948-abstract.html">
			Details <span class="sr-only" > about <em> ECG&#x2212;based estimation of dispersion of APD restitution as a tool to stratify sotalol&#x2212;induced arrhythmic risk  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> ECG&#x2212;based estimation of dispersion of APD restitution as a tool to stratify sotalol&#x2212;induced arrhythmic risk  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.jelectrocard.2015.06.006">
		DOI (10.1016/j.jelectrocard.2015.06.006)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/26117457"> Link <span class="sr-only" > to <em> ECG&#x2212;based estimation of dispersion of APD restitution as a tool to stratify sotalol&#x2212;induced arrhythmic risk  </em></span> </a>
  				
		
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		>
			
	
	<p class="publicationTitle"> <strong>
            Application of stochastic phenomenological modelling to cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat electrophysiological variability in cardiac tissue </strong> </p>
	    <p class="publicationAuthors"> <em> John Walmsley&#x201a; Gary R Mirams&#x201a; Joe Pitt&#x2212;Francis&#x201a; Blanca Rodriguez and Kevin Burrage  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of theoretical biology</em>.
        
            Vol. 365.
        
                Pages 325&#x2013;336.
            2015.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication9027-abstract.html">
			Details <span class="sr-only" > about <em> Application of stochastic phenomenological modelling to cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat electrophysiological variability in cardiac tissue  </em></span> </a> |
			<a href="/publications/publication9027.bib">
			BibTeX  <span class="sr-only" > data for <em> Application of stochastic phenomenological modelling to cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat electrophysiological variability in cardiac tissue  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.jtbi.2014.10.029">
		DOI (10.1016/j.jtbi.2014.10.029)
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	<p class="publicationTitle"> <strong>
            Computational methods to reduce uncertainty in the estimation of cardiac conduction properties from electroanatomical recordings </strong> </p>
	    <p class="publicationAuthors"> <em> M. Wallman&#x201a; N. P. Smith and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Med Image Anal</em>.
        
            Vol. 18.
        
            No. 1.
        
                Pages 228&#x2212;40.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11964-abstract.html">
			Details <span class="sr-only" > about <em> Computational methods to reduce uncertainty in the estimation of cardiac conduction properties from electroanatomical recordings  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Computational methods to reduce uncertainty in the estimation of cardiac conduction properties from electroanatomical recordings  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.media.2013.10.006">
		DOI (10.1016/j.media.2013.10.006)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/24247034"> Link <span class="sr-only" > to <em> Computational methods to reduce uncertainty in the estimation of cardiac conduction properties from electroanatomical recordings  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Inter&#x2212;subject variability in human atrial action potential in sinus rhythm versus chronic atrial fibrillation </strong> </p>
	    <p class="publicationAuthors"> <em> C. S&#xe1;nchez&#x201a; A. Bueno&#x2212;Orovio&#x201a; E. Wettwer&#x201a; S. Loose&#x201a; J. Simon&#x201a; U. Ravens&#x201a; E. Pueyo and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS One</em>.
        
            Vol. 9.
        
            No. 8.
        
                Pages e105897.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11960-abstract.html">
			Details <span class="sr-only" > about <em> Inter&#x2212;subject variability in human atrial action potential in sinus rhythm versus chronic atrial fibrillation  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Inter&#x2212;subject variability in human atrial action potential in sinus rhythm versus chronic atrial fibrillation  </em></span>   </a>
			
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		DOI (10.1371/journal.pone.0105897)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/25157495"> Link <span class="sr-only" > to <em> Inter&#x2212;subject variability in human atrial action potential in sinus rhythm versus chronic atrial fibrillation  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Population of computational rabbit&#x2212;specific ventricular action potential models for investigating sources of variability in cellular repolarisation </strong> </p>
	    <p class="publicationAuthors"> <em> P. Gemmell&#x201a; K. Burrage&#x201a; B. Rodriguez and T. A. Quinn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS One</em>.
        
            Vol. 9.
        
            No. 2.
        
                Pages e90112.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11941-abstract.html">
			Details <span class="sr-only" > about <em> Population of computational rabbit&#x2212;specific ventricular action potential models for investigating sources of variability in cellular repolarisation  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Population of computational rabbit&#x2212;specific ventricular action potential models for investigating sources of variability in cellular repolarisation  </em></span>   </a>
			
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		href="http://dx.doi.org/10.1371/journal.pone.0090112">
		DOI (10.1371/journal.pone.0090112)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/24587229"> Link <span class="sr-only" > to <em> Population of computational rabbit&#x2212;specific ventricular action potential models for investigating sources of variability in cellular repolarisation  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Na/K pump regulation of cardiac repolarization: insights from a systems biology approach </strong> </p>
	    <p class="publicationAuthors"> <em> A. Bueno&#x2212;Orovio&#x201a; C. S&#xe1;nchez&#x201a; E. Pueyo and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Pflugers Arch</em>.
        
            Vol. 466.
        
            No. 2.
        
                Pages 183&#x2212;93.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11937-abstract.html">
			Details <span class="sr-only" > about <em> Na/K pump regulation of cardiac repolarization: insights from a systems biology approach  </em></span> </a> |
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		DOI (10.1007/s00424-013-1293-1)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/23674099"> Link <span class="sr-only" > to <em> Na/K pump regulation of cardiac repolarization: insights from a systems biology approach  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Slow adaptation of ventricular repolarization as a cause of arrhythmia? </strong> </p>
	    <p class="publicationAuthors"> <em> A. Bueno&#x2212;Orovio&#x201a; B. M. Hanson&#x201a; J. S. Gill&#x201a; P. Taggart and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Methods Inf Med</em>.
        
            Vol. 53.
        
            No. 4.
        
                Pages 320&#x2212;3.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11936-abstract.html">
			Details <span class="sr-only" > about <em> Slow adaptation of ventricular repolarization as a cause of arrhythmia?  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Slow adaptation of ventricular repolarization as a cause of arrhythmia?  </em></span>   </a>
			
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		href="http://dx.doi.org/10.3414/ME13-02-0039">
		DOI (10.3414/ME13-02-0039)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/24817680"> Link <span class="sr-only" > to <em> Slow adaptation of ventricular repolarization as a cause of arrhythmia?  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Inter&#x2212;subject variability in human atrial action potential in sinus rhythm versus atrial fibrillation patients </strong> </p>
	    <p class="publicationAuthors"> <em> C. S&#xe1;nchez&#x201a; A. Bueno&#x2212;Orovio&#x201a; E. Wettwer&#x201a; S. Loose&#x201a; J. Simon&#x201a; U. Ravens&#x201a; E. Pueyo and B.Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS ONE</em>.
        
            Vol. 9.
        
            No. 8.
        
                Pages e105897.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication8951-abstract.html">
			Details <span class="sr-only" > about <em> Inter&#x2212;subject variability in human atrial action potential in sinus rhythm versus atrial fibrillation patients  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Inter&#x2212;subject variability in human atrial action potential in sinus rhythm versus atrial fibrillation patients  </em></span>   </a>
			
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		href="http://dx.doi.org/10.1371/journal.pone.0105897">
		DOI (10.1371/journal.pone.0105897)
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	<p class="publicationTitle"> <strong>
            Fractional diffusion models of cardiac electrical propagation: role of structural heterogeneity in dispersion of repolarization </strong> </p>
	    <p class="publicationAuthors"> <em> A. Bueno&#x2212;Orovio&#x201a; D. Kay&#x201a; V. Grau&#x201a; B. Rodriguez and K. Burrage  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J R Soc Interface</em>.
        
            Vol. 11.
        
            No. 97.
        
                Pages 20140352.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication8798-abstract.html">
			Details <span class="sr-only" > about <em> Fractional diffusion models of cardiac electrical propagation: role of structural heterogeneity in dispersion of repolarization  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Fractional diffusion models of cardiac electrical propagation: role of structural heterogeneity in dispersion of repolarization  </em></span>   </a>
			
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		href="http://dx.doi.org/10.1098/rsif.2014.0352">
		DOI (10.1098/rsif.2014.0352)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/24920109"> Link <span class="sr-only" > to <em> Fractional diffusion models of cardiac electrical propagation: role of structural heterogeneity in dispersion of repolarization  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Slow Adaptation of Ventricular Repolarization as a Cause of Arrhythmia? </strong> </p>
	    <p class="publicationAuthors"> <em> A. Bueno&#x2212;Orovio&#x201a; B.M. Hanson&#x201a; J.S. Gill&#x201a; P. Taggart and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Methods of Information in Medicine</em>.
        
            Vol. 53.
        
            No. 4.
        
                Pages 320&#x2212;323.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication8797-abstract.html">
			Details <span class="sr-only" > about <em> Slow Adaptation of Ventricular Repolarization as a Cause of Arrhythmia?  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.3414/ME13-02-0039">
		DOI (10.3414/ME13-02-0039)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            Na/K pump regulation of cardiac repolarization: Insights from a systems approach </strong> </p>
	    <p class="publicationAuthors"> <em> A. Bueno&#x2212;Orovio&#xa0;and C. S&#xe1;nchez&#xa0;and E. Pueyo&#xa0;and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Pfl&#xfc;gers Archiv European Journal of Physiology</em>.
        
            Vol. 446.
        
            No. 2.
        
                Pages 183&#x2212;193.
            2014.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication7233-abstract.html">
			Details <span class="sr-only" > about <em> Na/K pump regulation of cardiac repolarization: Insights from a systems approach  </em></span> </a> |
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		href="http://dx.doi.org/10.1007/s00424-013-1293-1">
		DOI (10.1007/s00424-013-1293-1)
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	<p class="publicationTitle"> <strong>
            Computational assessment of drug&#x2212;induced effects on the electrocardiogram: from ion channel to body surface potentials </strong> </p>
	    <p class="publicationAuthors"> <em> N. Zemzemi&#x201a; M. O. Bernabeu&#x201a; J. Saiz&#x201a; J. Cooper&#x201a; P. Pathmanathan&#x201a; G. R. Mirams&#x201a; J. Pitt&#x2212;Francis and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Br J Pharmacol</em>.
        
            Vol. 168.
        
            No. 3.
        
                Pages 718&#x2212;33.
            2013.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11967-abstract.html">
			Details <span class="sr-only" > about <em> Computational assessment of drug&#x2212;induced effects on the electrocardiogram: from ion channel to body surface potentials  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Computational assessment of drug&#x2212;induced effects on the electrocardiogram: from ion channel to body surface potentials  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1111/j.1476-5381.2012.02200.x">
		DOI (10.1111/j.1476-5381.2012.02200.x)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/22946617"> Link <span class="sr-only" > to <em> Computational assessment of drug&#x2212;induced effects on the electrocardiogram: from ion channel to body surface potentials  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            mRNA expression levels in failing human hearts predict cellular electrophysiological remodeling: a population&#x2212;based simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> J. Walmsley&#x201a; J. F. Rodriguez&#x201a; G. R. Mirams&#x201a; K. Burrage&#x201a; I. R. Efimov and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS One</em>.
        
            Vol. 8.
        
            No. 2.
        
                Pages e56359.
            2013.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11966-abstract.html">
			Details <span class="sr-only" > about <em> mRNA expression levels in failing human hearts predict cellular electrophysiological remodeling: a population&#x2212;based simulation study  </em></span> </a> |
			<a href="/publications/publication11966.bib">
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			 | <a
		href="http://dx.doi.org/10.1371/journal.pone.0056359">
		DOI (10.1371/journal.pone.0056359)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/23437117"> Link <span class="sr-only" > to <em> mRNA expression levels in failing human hearts predict cellular electrophysiological remodeling: a population&#x2212;based simulation study  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Experimentally calibrated population of models predicts and explains intersubject variability in cardiac cellular electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> O. J. Britton&#x201a; A. Bueno&#x2212;Orovio&#x201a; K. Van Ammel&#x201a; H. R. Lu&#x201a; R. Towart&#x201a; D. J. Gallacher and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Proc Natl Acad Sci U S A</em>.
        
            Vol. 110.
        
            No. 23.
        
                Pages E2098&#x2212;105.
            2013.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11933-abstract.html">
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			 | <a
		href="http://dx.doi.org/10.1073/pnas.1304382110">
		DOI (10.1073/pnas.1304382110)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/23690584"> Link <span class="sr-only" > to <em> Experimentally calibrated population of models predicts and explains intersubject variability in cardiac cellular electrophysiology  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Experimentally&#x2212;calibrated population of models predicts and explains inter&#x2212;subject variability in cardiac cellular electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> O. Britton&#x201a; A. Bueno&#x2212;Orovio&#x201a; K. Van Ammel&#x201a; HR. Lu&#x201a; R. Towart&#x201a; DJ. Gallacher and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Proceedings of the National Academy of Sciences</em>.
        2013.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6829-abstract.html">
			Details <span class="sr-only" > about <em> Experimentally&#x2212;calibrated population of models predicts and explains inter&#x2212;subject variability in cardiac cellular electrophysiology  </em></span> </a> |
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		DOI (10.1073/pnas.1304382110)
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	<p class="publicationTitle"> <strong>
            mRNA expression levels in failing human hearts predict cellular electrophysiological remodelling: A population&#x2212;based simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> J. Walmsley&#x201a; J.F. Rodriguez&#x201a; G.R. Mirams&#x201a; K. Burrage&#x201a; I.R. Efimov and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS ONE</em>.
        
            Vol. 8.
        
            No. 2.
        
                Pages e56359.
            2013.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6307-abstract.html">
			Details <span class="sr-only" > about <em> mRNA expression levels in failing human hearts predict cellular electrophysiological remodelling: A population&#x2212;based simulation study  </em></span> </a> |
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		href="http://dx.doi.org/10.1371/journal.pone.0056359">
		DOI (10.1371/journal.pone.0056359)
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	<p class="publicationTitle"> <strong>
            Computational assessment of drug&#x2212;induced effects on the electrocardiogram: from ion channel block to body surface potentials </strong> </p>
	    <p class="publicationAuthors"> <em> N Zemzemi&#x201a; MO Bernabeu&#x201a; J Saiz&#x201a; J Cooper&#x201a; P Pathmanathan&#x201a; GR Mirams&#x201a; J Pitt&#x2212;Francis and B Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>British Journal of Pharmacology</em>.
        
            Vol. 168.
        
            No. 3.
        
                Pages 718&#x2212;733.
            2013.
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            		href="/publications/publication6246-abstract.html">
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		href="http://dx.doi.org/10.1111/j.1476-5381.2012.02200.x">
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	<p class="publicationTitle"> <strong>
            Estimation of conductivity tensors from human ventricular optical mapping recordings </strong> </p>
	    <p class="publicationAuthors"> <em> J. Walmsley&#x201a; G.R. Mirams&#x201a; I.R. Efimov&#x201a; K. Burrage and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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            Functional Imaging and Modeling of the Heart</em>.
        
            Vol. 7495.
        
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        		<p class="publicationlinks"> <a
        
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	<p class="publicationTitle"> <strong>
            A comparative study of graph&#x2212;based&#x201a; eikonal&#x201a; and monodomain simulations for the estimation of cardiac activation times </strong> </p>
	    <p class="publicationAuthors"> <em> M. Wallman&#x201a; N. P. Smith and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>IEEE Trans Biomed Eng</em>.
        
            Vol. 59.
        
            No. 6.
        
                Pages 1739&#x2212;48.
            2012.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11963-abstract.html">
			Details <span class="sr-only" > about <em> A comparative study of graph&#x2212;based&#x201a; eikonal&#x201a; and monodomain simulations for the estimation of cardiac activation times  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.1109/TBME.2012.2193398">
		DOI (10.1109/TBME.2012.2193398)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/22491074"> Link <span class="sr-only" > to <em> A comparative study of graph&#x2212;based&#x201a; eikonal&#x201a; and monodomain simulations for the estimation of cardiac activation times  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            In vivo human left&#x2212;to&#x2212;right ventricular differences in rate adaptation transiently increase pro&#x2212;arrhythmic risk following rate acceleration </strong> </p>
	    <p class="publicationAuthors"> <em> A. Bueno&#x2212;Orovio&#x201a; B. M. Hanson&#x201a; J. S. Gill&#x201a; P. Taggart and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS One</em>.
        
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            No. 12.
        
                Pages e52234.
            2012.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11935-abstract.html">
			Details <span class="sr-only" > about <em> In vivo human left&#x2212;to&#x2212;right ventricular differences in rate adaptation transiently increase pro&#x2212;arrhythmic risk following rate acceleration  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> In vivo human left&#x2212;to&#x2212;right ventricular differences in rate adaptation transiently increase pro&#x2212;arrhythmic risk following rate acceleration  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1371/journal.pone.0052234">
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					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/23284948"> Link <span class="sr-only" > to <em> In vivo human left&#x2212;to&#x2212;right ventricular differences in rate adaptation transiently increase pro&#x2212;arrhythmic risk following rate acceleration  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            In Vivo Human Left&#x2212;to&#x2212;Right Ventricular Differences in Rate Adaptation Transiently Increase Pro&#x2212;Arrhythmic Risk Following Rate Acceleration. </strong> </p>
	    <p class="publicationAuthors"> <em> Bueno&#x2212;Orovio A&#x201a; Hanson B&#x201a; Gill J&#x201a; Taggart P and Rodriguez B  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS ONE</em>.
        2012.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6343-abstract.html">
			Details <span class="sr-only" > about <em> In Vivo Human Left&#x2212;to&#x2212;Right Ventricular Differences in Rate Adaptation Transiently Increase Pro&#x2212;Arrhythmic Risk Following Rate Acceleration.  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Resolving the Three&#x2212;Dimensional Histology of the Heart. </strong> </p>
	    <p class="publicationAuthors"> <em> M. Gibb&#x201a; RAB. Burton&#x201a; C. Bollensdorff&#x201a; C. Afonso&#x201a; T. Mansoori&#x201a; U. Schotten&#x201a; D. Gavaghan&#x201a; B. Rodriguez&#x201a; JE. Schneider&#x201a; P. Kohl and V. Grau  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Lecture Notes in Computer Science</em>.
        
                Pages 2&#x2212;16.
            2012.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6309-abstract.html">
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	<p class="publicationTitle"> <strong>
            A bidomain model of the cardiac specialized conduction system of the heart. </strong> </p>
	    <p class="publicationAuthors"> <em> R. Bordas&#x201a; K. Gillow&#x201a; D. Gavaghan&#x201a; B. Rodriguez and D. Kay  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>SIAM Journal on Applied Mathematics</em>.
        2012.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6308-abstract.html">
			Details <span class="sr-only" > about <em> A bidomain model of the cardiac specialized conduction system of the heart.  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            A Comparative Study of Graph&#x2212;Based&#x201a; Eikonal&#x201a; and Monodomain Simulations for the Estimation of Cardiac Activation Times </strong> </p>
	    <p class="publicationAuthors"> <em> M. Wallman&#x201a; N.P. Smith and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>IEEE TRANSACTIONS ON BIOMEDICAL ENGINEERING</em>.
        
            Vol. 59.
        
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                Pages 1739.
            2012.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6128-abstract.html">
			Details <span class="sr-only" > about <em> A Comparative Study of Graph&#x2212;Based&#x201a; Eikonal&#x201a; and Monodomain Simulations for the Estimation of Cardiac Activation Times  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Bridging Experiments&#x201a; Models and Simulations: An Integrative Approach to Validation in Computational Cardiac Electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> A. Carusi&#x201a; K. Burrage and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>American Journal of Physiology&#x2212;Heart and Circulatory Physiology</em>.
        2012.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6127-abstract.html">
			Details <span class="sr-only" > about <em> Bridging Experiments&#x201a; Models and Simulations: An Integrative Approach to Validation in Computational Cardiac Electrophysiology  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Impact of Multiple Ionic Changes in Arrhythmic Risk Biomarkers in Human Ventricular Electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> J.F. Rodriguez&#x201a; J. Carro Fernandez&#x201a; E. Pueyo&#x201a; K. Burrage and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical Journal</em>.
        
            Vol. 102.
        
            No. 3.
        
                Pages 543a.
            2012.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6125-abstract.html">
			Details <span class="sr-only" > about <em> Impact of Multiple Ionic Changes in Arrhythmic Risk Biomarkers in Human Ventricular Electrophysiology  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Stochasticity in Action Potential duration Enhances Dispersion of Repolarisation at Fast Pacing Rates </strong> </p>
	    <p class="publicationAuthors"> <em> K. Burrage&#x201a; G. Mirams&#x201a; J. Pitt&#x2212;Francis&#x201a; B. Rodriguez&#x201a; J. Walmsley and others  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical Journal</em>.
        
            Vol. 102.
        2012.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6123-abstract.html">
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	<p class="publicationTitle"> <strong>
            Quantifying Importance of Repolarization Currents Underlying Physiological Variability in Rabbit Cellular Electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> P.M. Gemmell&#x201a; K. Burrage&#x201a; B. Rodriguez and T.A. Quinn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical Journal</em>.
        
            Vol. 102.
        
            No. 3.
        
                Pages 540a.
            2012.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6122-abstract.html">
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	<p class="publicationTitle"> <strong>
            The Na+/K+ pump is an important modulator of refractoriness and rotor dynamics in human atrial tissue </strong> </p>
	    <p class="publicationAuthors"> <em> C. S&#xe1;nchez&#x201a; A. Corrias&#x201a; A. Bueno&#x2212;Orovio&#x201a; M. Davies&#x201a; J. Swinton&#x201a; I. Jacobson&#x201a; P. Laguna&#x201a; E. Pueyo and B. Rodr&#x0301;&#x0131;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>American Journal of Physiology&#x2212;Heart and Circulatory Physiology</em>.
        
            Vol. 302.
        
            No. 5.
        
                Pages H1146&#x2013;H1159.
            2012.
        </p>
	
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            		href="/publications/publication6120-abstract.html">
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		href="http://dx.doi.org/10.1152/ajpheart.00668.2011">
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	<p class="publicationTitle"> <strong>
            Stochasticity in Action Potential duration Enhances Dispersion of Repolarisation at Fast Pacing Rates </strong> </p>
	    <p class="publicationAuthors"> <em> John Walmsley&#x201a; Kevin Burrage&#x201a; Joe M. Pitt&#x2212;Francis&#x201a; Gary R. Mirams and Blanca Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
            Vol. 102.
        
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                Pages 592a&#x2212;593a.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5927-abstract.html">
			Details <span class="sr-only" > about <em> Stochasticity in Action Potential duration Enhances Dispersion of Repolarisation at Fast Pacing Rates  </em></span> </a> |
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			 | <a
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		DOI (10.1016/j.bpj.2011.11.3230)
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	<p class="publicationTitle"> <strong>
            A multiscale investigation of repolarization variability and its role in cardiac arrhythmogenesis </strong> </p>
	    <p class="publicationAuthors"> <em> E. Pueyo&#x201a; A. Corrias&#x201a; L. Vir&#xe1;g&#x201a; N. Jost&#x201a; T. Sz&#xe9;l&#x201a; A. Varr&#xf3;&#x201a; N. Szentandr&#xe1;ssy&#x201a; P. P. N&#xe1;n&#xe1;si&#x201a; K. Burrage and B. Rodr&#xed;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophys J</em>.
        
            Vol. 101.
        
            No. 12.
        
                Pages 2892&#x2212;902.
            2011.
        </p>
	
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            		href="/publications/publication11955-abstract.html">
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		DOI (10.1016/j.bpj.2011.09.060)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/22208187"> Link <span class="sr-only" > to <em> A multiscale investigation of repolarization variability and its role in cardiac arrhythmogenesis  </em></span> </a>
  				
		
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	<p class="publicationTitle"> <strong>
            Rabbit&#x2212;specific ventricular model of cardiac electrophysiological function including specialized conduction system </strong> </p>
	    <p class="publicationAuthors"> <em> R. Bordas&#x201a; K. Gillow&#x201a; Q. Lou&#x201a; I. R. Efimov&#x201a; D. Gavaghan&#x201a; P. Kohl&#x201a; V. Grau and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Prog Biophys Mol Biol</em>.
        
            Vol. 107.
        
            No. 1.
        
                Pages 90&#x2212;100.
            2011.
        </p>
	
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            		href="/publications/publication11930-abstract.html">
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			 | <a
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		DOI (10.1016/j.pbiomolbio.2011.05.002)
		</a> 
					| <a href="https://www.ncbi.nlm.nih.gov/pubmed/21672547"> Link <span class="sr-only" > to <em> Rabbit&#x2212;specific ventricular model of cardiac electrophysiological function including specialized conduction system  </em></span> </a>
  				
		
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		>
			
	
	<p class="publicationTitle"> <strong>
            Inference of Electrophysiological Conduction Parameters Based on Endocardial Point Measurements </strong> </p>
	    <p class="publicationAuthors"> <em> M. Wallman&#x201a; N. Smith and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Department of Computer Science Student Conference 2011</em>.
        
                Pages 9.
            2011.
        </p>
	
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            		href="/publications/publication6126-abstract.html">
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		>
			
	
	<p class="publicationTitle"> <strong>
            A Multiscale Investigation of Repolarization Variability and Its Role in Cardiac Arrhythmogenesis </strong> </p>
	    <p class="publicationAuthors"> <em> E. Pueyo&#x201a; A. Corrias&#x201a; L. Vir&#xe1;g&#x201a; N. Jost&#x201a; T. Sz&#xe9;l&#x201a; A. Varr&#xf3;&#x201a; N. Szentandr&#xe1;ssy&#x201a; P.P. N&#xe1;n&#xe1;si&#x201a; K. Burrage and B. Rodr&#x0301;&#x0131;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical Journal</em>.
        
            Vol. 101.
        
            No. 12.
        
                Pages 2892&#x2013;2902.
            2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6124-abstract.html">
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	<p class="publicationTitle"> <strong>
            Novel approaches to assessing cardiac safety&#x2013;proceedings of a workshop: regulators&#x201a; industry and academia discuss the future of in silico cardiac modelling to predict the proarrhythmic safety of drugs </strong> </p>
	    <p class="publicationAuthors"> <em> K. Fletcher&#x201a; R.R. Shah&#x201a; A. Thomas&#x201a; F. Tobin&#x201a; B. Rodriguez&#x201a; G.R. Mirams&#x201a; J. Saiz&#x201a; D. Noble and others  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Drug Safety</em>.
        
            Vol. 34.
        
            No. 5.
        
                Pages 439.
            2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6110-abstract.html">
			Details <span class="sr-only" > about <em> Novel approaches to assessing cardiac safety&#x2013;proceedings of a workshop: regulators&#x201a; industry and academia discuss the future of in silico cardiac modelling to predict the proarrhythmic safety of drugs  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Systematic characterization of the ionic basis of rabbit cellular electrophysiology using two ventricular models </strong> </p>
	    <p class="publicationAuthors"> <em> L. Romero&#x201a; B. Carbonell&#x201a; B. Trenor&#x201a; B. Rodr&#x0301;&#x0131;guez&#x201a; J. Saiz and J.M. Ferrero  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Progress in biophysics and molecular biology</em>.
        2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6107-abstract.html">
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	<p class="publicationTitle"> <strong>
            Estimation of activation times in cardiac tissue using graph based methods </strong> </p>
	    <p class="publicationAuthors"> <em> M. Wallman&#x201a; N. Smith and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Functional Imaging and Modeling of the Heart</em>.
        
                Pages 71&#x2013;79.
            2011.
        </p>
	
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            		href="/publications/publication5701-abstract.html">
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	<p class="publicationTitle"> <strong>
            Simulating drug&#x2212;induced effects on the heart: from ion channel to body surface electrocardiogram </strong> </p>
	    <p class="publicationAuthors"> <em> N. Zemzemi&#x201a; M. Bernabeu&#x201a; J. Saiz and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Functional Imaging and Modeling of the Heart</em>.
        
                Pages 259&#x2013;266.
            2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5691-abstract.html">
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	<p class="publicationTitle"> <strong>
            Rabbit&#x2212;specific ventricular model of cardiac electrophysiological function including specialized conduction system </strong> </p>
	    <p class="publicationAuthors"> <em> R. Bordas&#x201a; K. Gillow&#x201a; Q. Lou&#x201a; IR Efimov&#x201a; D. Gavaghan&#x201a; P. Kohl&#x201a; V. Grau and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Progress in biophysics and molecular biology</em>.
        2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5682-abstract.html">
			Details <span class="sr-only" > about <em> Rabbit&#x2212;specific ventricular model of cardiac electrophysiological function including specialized conduction system  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Interpreting optical mapping recordings in the ischemic heart: a combined experimental and computational investigation </strong> </p>
	    <p class="publicationAuthors"> <em> S. Dutta&#x201a; M. Bishop&#x201a; P. Pathmanathan&#x201a; P. Lee&#x201a; P. Kohl&#x201a; T. Quinn and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Functional Imaging and Modeling of the Heart</em>.
        
                Pages 20&#x2013;27.
            2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5670-abstract.html">
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	<p class="publicationTitle"> <strong>
            The role of photon scattering in voltage&#x2212;calcium fluorescent recordings of ventricular fibrillation </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; A. Rowley&#x201a; B. Rodriguez&#x201a; G. Plank&#x201a; D.J. Gavaghan and G. Bub  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical journal</em>.
        
            Vol. 101.
        
            No. 2.
        
                Pages 307.
            2011.
        </p>
	
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            		href="/publications/publication5653-abstract.html">
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	<p class="publicationTitle"> <strong>
            Ionic mechanisms of electrophysiological properties and repolarization abnormalities in rabbit Purkinje fibers </strong> </p>
	    <p class="publicationAuthors"> <em> A. Corrias&#x201a; W. Giles and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>American Journal of Physiology&#x2212;Heart and Circulatory Physiology</em>.
        
            Vol. 300.
        
            No. 5.
        
                Pages H1806&#x2013;H1813.
            2011.
        </p>
	
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            		href="/publications/publication5646-abstract.html">
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	<p class="publicationTitle"> <strong>
            A multi&#x2212;scale investigation of repolarization variability and its role in cardiac arrhythmogenesis </strong> </p>
	    <p class="publicationAuthors"> <em> E. Pueyo&#x201a; A. Corrias&#x201a; L. Virag&#x201a; N. Jost&#x201a; T. Szel&#x201a; A. Varro&#x201a; N. Szentandrassy&#x201a; P. Nanasi&#x201a; K. Burrage and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical journal</em>.
        2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5231-abstract.html">
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	<p class="publicationTitle"> <strong>
            Systematic characterisation of the ionic basis of rabbit cellular electrophysiology using two ventricular models </strong> </p>
	    <p class="publicationAuthors"> <em> L. Romero&#x201a; B. Carbonell&#x201a; B. Trenor&#x201a; B. Rodriguez&#x201a; J. Saiz and J.M. Ferrero  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Progress in Biophysics and Molecular Biology</em>.
        2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5064-abstract.html">
			Details <span class="sr-only" > about <em> Systematic characterisation of the ionic basis of rabbit cellular electrophysiology using two ventricular models  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Novel approaches to assessing cardiac safety&#x2212;proceedings of a workshop: regulators&#x201a; industry and academia discuss the future of in silico cardiac modelling to predict the proarrhythmic safety of drugs. </strong> </p>
	    <p class="publicationAuthors"> <em> K. Fletcher&#x201a; R.R. Shah&#x201a; A. Thomas&#x201a; F. Tobin&#x201a; B. Rodriguez&#x201a; G.R. Mirams&#x201a; J. Saiz and D. Noble  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Drug safety: an international journal of medical toxicology and drug experience</em>.
        
            Vol. 34.
        
            No. 5.
        
                Pages 439.
            2011.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5026-abstract.html">
			Details <span class="sr-only" > about <em> Novel approaches to assessing cardiac safety&#x2212;proceedings of a workshop: regulators&#x201a; industry and academia discuss the future of in silico cardiac modelling to predict the proarrhythmic safety of drugs.  </em></span> </a> |
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			 | <a
		href="http://dx.doi.org/10.2165/11591950-000000000-00000">
		DOI (10.2165/11591950-000000000-00000)
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	<p class="publicationTitle"> <strong>
            Exploring the parameter space of a rabbit ventricular action potential model to investigate the effect of variation on action potential and calcium transients </strong> </p>
	    <p class="publicationAuthors"> <em> P. Gemmell&#x201a; K. Burrage&#x201a; B. Rodriguez and T.A. Quinn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Conference proceedings:&#x2025;. Annual International Conference of the IEEE Engineering in Medicine and Biology Society. IEEE Engineering in Medicine and Biology Society. Conference</em>.
        
            Vol. 2010.
        
                Pages 2662.
            2010.
        </p>
	
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            		href="/publications/publication6117-abstract.html">
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	<p class="publicationTitle"> <strong>
            Impact of ionic current variability on human ventricular cellular electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> L. Romero&#x201a; E. Pueyo&#x201a; M. Fink and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>American Journal of Physiology&#x2212;Cell Physiology</em>.
        
            Vol. 66.
        
            No. 4.
        
                Pages 1436.
            2010.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6116-abstract.html">
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	<p class="publicationTitle"> <strong>
            A new ECG biomarker for drug toxicity: A combined signal processing and computational modeling study </strong> </p>
	    <p class="publicationAuthors"> <em> X. Jie&#x201a; B. Rodriguez and E. Pueyo  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Conference proceedings:&#x2025;. Annual International Conference of the IEEE Engineering in Medicine and Biology Society. IEEE Engineering in Medicine and Biology Society. Conference</em>.
        
            Vol. 2010.
        
                Pages 2565.
            2010.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6111-abstract.html">
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	<p class="publicationTitle"> <strong>
            Calcium&#x2212;dependent nitric oxide production is involved in the cytoprotective properties of n&#x2212;acetylcysteine in glycochenodeoxycholic acid&#x2212;induced cell death in hepatocytes </strong> </p>
	    <p class="publicationAuthors"> <em> S. Gonz&#xe1;lez&#x2212;Rubio&#x201a; C.I. Linares&#x201a; R.I. Bello&#x201a; R. Gonz&#xe1;lez&#x201a; G. Ferr&#x0301;&#x0131;n&#x201a; A.B. Hidalgo&#x201a; E. Mu&#xf1;oz&#x2212;Gomariz&#x201a; B.A. Rodr&#x0301;&#x0131;guez&#x201a; P. Barrera&#x201a; I. Ranchal and others  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Toxicology and applied pharmacology</em>.
        
            Vol. 242.
        
            No. 2.
        
                Pages 165&#x2013;172.
            2010.
        </p>
	
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            		href="/publications/publication6108-abstract.html">
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	<p class="publicationTitle"> <strong>
            High&#x2212;throughput cardiac science on the Grid </strong> </p>
	    <p class="publicationAuthors"> <em> D. Abramson&#x201a; M.O. Bernabeu&#x201a; B. Bethwaite&#x201a; K. Burrage&#x201a; A. Corrias&#x201a; C. Enticott&#x201a; S. Garic&#x201a; D. Gavaghan&#x201a; T. Peachey&#x201a; J. Pitt&#x2212;Francis and others  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Philosophical Transactions of the Royal Society A: Mathematical&#x201a; Physical and Engineering Sciences</em>.
        
            Vol. 368.
        
            No. 1925.
        
                Pages 3907&#x2013;3923.
            2010.
        </p>
	
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	<p class="publicationTitle"> <strong>
            The systems biology approach to drug development: application to toxicity assessment of cardiac drugs </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; K. Burrage&#x201a; D. Gavaghan&#x201a; V. Grau&#x201a; P. Kohl and D. Noble  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Clinical Pharmacology & Therapeutics</em>.
        
            Vol. 88.
        
            No. 1.
        
                Pages 130&#x2013;134.
            2010.
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	<p class="publicationTitle"> <strong>
            Arrhythmic risk biomarkers for the assessment of drug cardiotoxicity: from experiments to computer simulations </strong> </p>
	    <p class="publicationAuthors"> <em> A. Corrias&#x201a; X. Jie&#x201a; L. Romero&#x201a; MJ Bishop&#x201a; M. Bernabeu&#x201a; E. Pueyo and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Philosophical Transactions of the Royal Society A: Mathematical&#x201a; Physical and Engineering Sciences</em>.
        
            Vol. 368.
        
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                Pages 3001&#x2013;3025.
            2010.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Mechanisms of ventricular rate adaptation as a predictor of arrhythmic risk </strong> </p>
	    <p class="publicationAuthors"> <em> E. Pueyo&#x201a; Z. Husti&#x201a; T. Hornyik&#x201a; I. Baczk&#xf3;&#x201a; P. Laguna&#x201a; A. Varr&#xf3; and B. Rodr&#x0301;&#x0131;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>American Journal of Physiology&#x2212;Heart and Circulatory Physiology</em>.
        
            Vol. 298.
        
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            2010.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Mechanisms of ventricular rate adaptation as a predictor of arrhythmic risk. </strong> </p>
	    <p class="publicationAuthors"> <em> E. Pueyo&#x201a; Z. Husti&#x201a; T. Hornyik&#x201a; I. Baczko&#x201a; P. Laguna&#x201a; A. Varro and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Am J Physiol Heart Circ Physiol</em>.
        2010.
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	<p class="publicationTitle"> <strong>
            Exploring the parameter space of a rabbit ventricular action potential model to investigate the effect of variation on action potential and calcium transients </strong> </p>
	    <p class="publicationAuthors"> <em> P. Gemmell&#x201a; K. Burrage&#x201a; B. Rodriguez and T.A. Quinn  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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            Engineering in Medicine and Biology Society (EMBC)&#x201a; 2010 Annual International Conference of the IEEE</em>.
        
                Pages 2662&#x2013;2665.
            IEEE.
        2010.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Mechano&#x2212;electric feedback effects in a ventricular myocyte model subjected to dynamic changes in mechanical load </strong> </p>
	    <p class="publicationAuthors"> <em> I. Cenci&#x201a; S. Morotti&#x201a; J. Negroni&#x201a; B. Rodriguez and S. Severi  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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            Computers in Cardiology&#x201a; 2010</em>.
        
                Pages 193&#x2013;196.
            IEEE.
        2010.
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			Details <span class="sr-only" > about <em> Mechano&#x2212;electric feedback effects in a ventricular myocyte model subjected to dynamic changes in mechanical load  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Potential pharmacological therapies for atrial fibrillation. A computational study </strong> </p>
	    <p class="publicationAuthors"> <em> C. S&#xe1;nchez&#x201a; A. Corrias&#x201a; P. Laguna&#x201a; M. Davies&#x201a; J. Swinton&#x201a; I. Jacobson&#x201a; E. Pueyo and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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                Pages 413&#x2013;416.
            IEEE.
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	<p class="publicationTitle"> <strong>
            Human and rabbit inter&#x2212;species comparison of ionic mechanisms of arrhythmic risk: A simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> L. Romero&#x201a; B. Carbonell&#x201a; B. Trenor&#x201a; B. Rodriguez&#x201a; J. Saiz and JM Ferrero  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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            Engineering in Medicine and Biology Society (EMBC)&#x201a; 2010 Annual International Conference of the IEEE</em>.
        
                Pages 3253&#x2013;3256.
            IEEE.
        2010.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Gender and age based differences in risk of proarrhythmia by dofetilide: A computational model study </strong> </p>
	    <p class="publicationAuthors"> <em> R. Gonzalez&#x201a; J. Gomis&#x2212;Tena&#x201a; A. Corrias&#x201a; J.M. Ferrero&#x201a; B. Rodriguez and J. Saiz  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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            Computers in Cardiology&#x201a; 2010</em>.
        
                Pages 641&#x2013;644.
            IEEE.
        2010.
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	<p class="publicationTitle"> <strong>
            Sex and age related differences in drug induced QT prolongation by dofetilide under reduced repolarization reserve in simulated ventricular cells </strong> </p>
	    <p class="publicationAuthors"> <em> R. Gonzalez&#x201a; J. Gomis&#x2212;Tena&#x201a; A. Corrias&#x201a; J.M. Ferrero&#x201a; B. Rodriguez and J. Saiz  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society (EMBC)&#x201a; 2010 Annual International Conference of the IEEE</em>.
        
                Pages 3245&#x2013;3248.
            IEEE.
        2010.
        </p>
	
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            		href="/publications/publication5681-abstract.html">
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	<p class="publicationTitle"> <strong>
            A novel biophysically&#x2212;detailed mathematical model of rabbit Purkinje cell electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> A. Corrias and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society (EMBC)&#x201a; 2010 Annual International Conference of the IEEE</em>.
        
                Pages 2658&#x2013;2661.
            IEEE.
        2010.
        </p>
	
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            		href="/publications/publication5678-abstract.html">
			Details <span class="sr-only" > about <em> A novel biophysically&#x2212;detailed mathematical model of rabbit Purkinje cell electrophysiology  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            A new ECG biomarker for drug toxicity: A combined signal processing and computational modeling study </strong> </p>
	    <p class="publicationAuthors"> <em> X. Jie&#x201a; B. Rodriguez and E. Pueyo  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society (EMBC)&#x201a; 2010 Annual International Conference of the IEEE</em>.
        
                Pages 2565&#x2013;2568.
            IEEE.
        2010.
        </p>
	
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            		href="/publications/publication5677-abstract.html">
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	<p class="publicationTitle"> <strong>
            Torsadogenic drug&#x2212;induced increased short&#x2212;term variability of JT&#x2212;area </strong> </p>
	    <p class="publicationAuthors"> <em> X. Jie&#x201a; B. Rodriguez and E. Pueyo  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology&#x201a; 2010</em>.
        
                Pages 353&#x2013;356.
            IEEE.
        2010.
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            		href="/publications/publication5671-abstract.html">
			Details <span class="sr-only" > about <em> Torsadogenic drug&#x2212;induced increased short&#x2212;term variability of JT&#x2212;area  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Multiscale modelling and simulation investigation of variability and abnormalities in repolarization: application to drug cardiotoxicity </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology&#x201a; 2010</em>.
        
                Pages 257&#x2013;260.
            IEEE.
        2010.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5665-abstract.html">
			Details <span class="sr-only" > about <em> Multiscale modelling and simulation investigation of variability and abnormalities in repolarization: application to drug cardiotoxicity  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Shock&#x2212;induced arrhythmogenesis in the human heart: a computational modelling study </strong> </p>
	    <p class="publicationAuthors"> <em> M.O. Bernabeu&#x201a; M. Wallman and B. Rodr&#x0301;&#x0131;guez  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society (EMBC)&#x201a; 2010 Annual International Conference of the IEEE</em>.
        
                Pages 760&#x2013;763.
            IEEE.
        2010.
        </p>
	
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            		href="/publications/publication5659-abstract.html">
			Details <span class="sr-only" > about <em> Shock&#x2212;induced arrhythmogenesis in the human heart: a computational modelling study  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Integrated approach for the study of anatomical variability in the cardiac purkinje system: from high resolution MRI to electrophysiology simulation </strong> </p>
	    <p class="publicationAuthors"> <em> R. Bordas&#x201a; V. Grau&#x201a; RAB Burton&#x201a; P. Hales&#x201a; JE Schneider&#x201a; D. Gavaghan&#x201a; P. Kohl and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society (EMBC)&#x201a; 2010 Annual International Conference of the IEEE</em>.
        
                Pages 6793&#x2013;6796.
            IEEE.
        2010.
        </p>
	
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            		href="/publications/publication5644-abstract.html">
			Details <span class="sr-only" > about <em> Integrated approach for the study of anatomical variability in the cardiac purkinje system: from high resolution MRI to electrophysiology simulation  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Phenomenological modeling of cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat variability in isolated Guinea Pig ventricular myocytes </strong> </p>
	    <p class="publicationAuthors"> <em> J. Walmsley&#x201a; G.R. Mirams&#x201a; M. Bahoshy&#x201a; C. Bollensdorff&#x201a; B. Rodriguez and K. Burrage  </em> </p>
	
	<p class="publicationDetails"> 
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            Engineering in Medicine and Biology Society (EMBC)&#x201a; 2010 Annual International Conference of the IEEE</em>.
        
                Pages 1457&#x2013;1460.
            IEEE.
        2010.
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        		<p class="publicationlinks"> <a
        
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			Details <span class="sr-only" > about <em> Phenomenological modeling of cell&#x2212;to&#x2212;cell and beat&#x2212;to&#x2212;beat variability in isolated Guinea Pig ventricular myocytes  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            High&#x2212;throughput cardiac science on the Grid </strong> </p>
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	<p class="publicationTitle"> <strong>
            Chaste: Incorporating a Novel Multiscale Spatial and Temporal Algorithm into a Large Scale Open Source Library </strong> </p>
	    <p class="publicationAuthors"> <em> M.O. Bernabeu&#x201a; R. Bordas&#x201a; P. Pathmanathan&#x201a; J. Pitt&#x2212;Francis&#x201a; J. Cooper&#x201a; A. Garny&#x201a; D.J. Gavaghan&#x201a; B. Rodriguez&#x201a; J.A. Southern and J.P. Whiteley  </em> </p>
	
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			Details <span class="sr-only" > about <em> Chaste: Incorporating a Novel Multiscale Spatial and Temporal Algorithm into a Large Scale Open Source Library  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            The role of blood vessels in rabbit propagation dynamics and cardiac arrhythmias </strong> </p>
	    <p class="publicationAuthors"> <em> M. Gibb&#x201a; M. Bishop&#x201a; R. Burton&#x201a; P. Kohl&#x201a; V. Grau&#x201a; G. Plank and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Functional Imaging and Modeling of the Heart</em>.
        
                Pages 268&#x2013;276.
            2009.
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        		<p class="publicationlinks"> <a
        
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			Details <span class="sr-only" > about <em> The role of blood vessels in rabbit propagation dynamics and cardiac arrhythmias  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            An investigation into the role of the optical detection set&#x2212;up in the recording of cardiac optical mapping signals: A Monte Carlo simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; G. Bub&#x201a; A. Garny&#x201a; D.J. Gavaghan and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
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	<p class="publicationTitle"> <strong>
            Multiscale modelling of drug&#x2212;induced effects on cardiac electrophysiological activity </strong> </p>
	    <p class="publicationAuthors"> <em> T. Brennan&#x201a; M. Fink and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>European Journal of Pharmaceutical Sciences</em>.
        
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	<p class="publicationTitle"> <strong>
            Impact of ionic current variability on human ventricular cellular electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> L. Romero&#x201a; E. Pueyo&#x201a; M. Fink and B. Rodr&#x0301;&#x0131;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>American Journal of Physiology&#x2212;Heart and Circulatory Physiology</em>.
        
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			Details <span class="sr-only" > about <em> Impact of ionic current variability on human ventricular cellular electrophysiology  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Generation of histo&#x2212;anatomically representative models of the individual heart: tools and application </strong> </p>
	    <p class="publicationAuthors"> <em> G. Plank&#x201a; R.A.B. Burton&#x201a; P. Hales&#x201a; M. Bishop&#x201a; T. Mansoori&#x201a; M.O. Bernabeu&#x201a; A. Garny&#x201a; A.J. Prassl&#x201a; C. Bollensdorff&#x201a; F. Mason and others  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Philosophical Transactions of the Royal Society A: Mathematical&#x201a; Physical and Engineering Sciences</em>.
        
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	<p class="publicationTitle"> <strong>
            Chaste: a test&#x2212;driven approach to software development for biological modelling </strong> </p>
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	<p class="publicationDetails"> 
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			Details <span class="sr-only" > about <em> Chaste: a test&#x2212;driven approach to software development for biological modelling  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Cardiac memory in human atria and relation to arrhythmogenesis </strong> </p>
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	<p class="publicationDetails"> 
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        		<p class="publicationlinks"> <a
        
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	<p class="publicationTitle"> <strong>
            Grid computing simulations of ion channel block effects on the ECG using 3D anatomically&#x2212;based models </strong> </p>
	    <p class="publicationAuthors"> <em> MO Bernabeu&#x201a; A. Corrias&#x201a; J. Pitt&#x2212;Francis&#x201a; B. Rodriguez&#x201a; B. Bethwaite&#x201a; C. Enticott&#x201a; S. Garic&#x201a; T. Peachey&#x201a; J. Tan&#x201a; D. Abramson and others  </em> </p>
	
	<p class="publicationDetails"> 
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	<p class="publicationTitle"> <strong>
            Integrative Biology: Real science through e&#x2212;Science </strong> </p>
	    <p class="publicationAuthors"> <em> S. Lloyd&#x201a; D. Gavaghan&#x201a; D. Boyd&#x201a; D. Noble&#x201a; B. Rodriguez&#x201a; T. Maharaj&#x201a; M. Bishop&#x201a; R. Clayton&#x201a; H. James&#x201a; K. Brodlie and others  </em> </p>
	
	<p class="publicationDetails"> 2008.
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	<p class="publicationTitle"> <strong>
            Assessing influence of conductivity in heart modelling with the aim of studying cardiovascular diseases (Cum Laude Poster Award)[6916&#x2212;79] </strong> </p>
	    <p class="publicationAuthors"> <em> R. Sebastian&#x201a; S. Ordas&#x201a; G. Plank&#x201a; B. Rodriguez&#x201a; EJ Vigmond and AF Frangi  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PROCEEDINGS&#x2212;SPIE THE INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING</em>.
        
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            2008.
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			Details <span class="sr-only" > about <em> Assessing influence of conductivity in heart modelling with the aim of studying cardiovascular diseases (Cum Laude Poster Award)[6916&#x2212;79]  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Reentry in survived subepicardium coupled to depolarized and inexcitable midmyocardium: Insights into arrhythmogenesis in ischemia phase 1B </strong> </p>
	    <p class="publicationAuthors"> <em> X. Jie&#x201a; B. Rodr&#x0301;&#x0131;guez&#x201a; J.R. de Groot&#x201a; R. Coronel and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
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        		<p class="publicationlinks"> <a
        
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			Details <span class="sr-only" > about <em> Reentry in survived subepicardium coupled to depolarized and inexcitable midmyocardium: Insights into arrhythmogenesis in ischemia phase 1B  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            The role of transmural ventricular heterogeneities in cardiac vulnerability to electric shocks </strong> </p>
	    <p class="publicationAuthors"> <em> T. Maharaj&#x201a; R. Blake&#x201a; N. Trayanova&#x201a; D. Gavaghan and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Progress in biophysics and molecular biology</em>.
        
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        		<p class="publicationlinks"> <a
        
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			Details <span class="sr-only" > about <em> The role of transmural ventricular heterogeneities in cardiac vulnerability to electric shocks  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            High performance computer simulations of cardiac electrical function based on high resolution MRI datasets </strong> </p>
	    <p class="publicationAuthors"> <em> M. Plotkowiak&#x201a; B. Rodriguez&#x201a; G. Plank&#x201a; J. Schneider&#x201a; D. Gavaghan&#x201a; P. Kohl and V. Grau  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Computational Science&#x2013;ICCS 2008</em>.
        
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            2008.
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        		<p class="publicationlinks"> <a
        
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			Details <span class="sr-only" > about <em> High performance computer simulations of cardiac electrical function based on high resolution MRI datasets  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Chaste: using agile programming techniques to develop computational biology software </strong> </p>
	    <p class="publicationAuthors"> <em> Joe Pitt&#x2212;Francis&#x201a; Miguel O Bernabeu&#x201a; Jonathan Cooper&#x201a; Alan Garny&#x201a; Lee Momtahan&#x201a; James Osborne&#x201a; Pras Pathmanathan&#x201a; Blanca Rodriguez&#x201a; Jonathan P Whiteley and David J Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Philosophical Transactions of the Royal Society A: Mathematical&#x201a; Physical and Engineering Sciences</em>.
        
            Vol. 366.
        
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            2008.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication3274-abstract.html">
			Details <span class="sr-only" > about <em> Chaste: using agile programming techniques to develop computational biology software  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Chaste: using agile programming techniques to develop computational biology software  </em></span>   </a>
			
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		href="http://dx.doi.org/10.1098/rsta.2008.0096">
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	<p class="publicationTitle"> <strong>
            High performance computer simulations for the study of biological function in 3D heart models incorporating fibre orientation and realistic geometry at para&#x2212;cellular resolution </strong> </p>
	    <p class="publicationAuthors"> <em> MO Bernabeu&#x201a; MJ Bishop&#x201a; J. Pitt&#x2212;Francis&#x201a; DJ Gavaghan&#x201a; V. Grau and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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            Computers in Cardiology&#x201a; 2008</em>.
        
                Pages 721&#x2013;724.
            IEEE.
        2008.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5636-abstract.html">
			Details <span class="sr-only" > about <em> High performance computer simulations for the study of biological function in 3D heart models incorporating fibre orientation and realistic geometry at para&#x2212;cellular resolution  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Shock induced virtual electrodes in a micro&#x2212;anatomically accurate wedge model </strong> </p>
	    <p class="publicationAuthors"> <em> T. Maharaj&#x201a; B. Rodriguez&#x201a; G. Plank&#x201a; AJ Prassl&#x201a; T. Mansoori&#x201a; V. Grau&#x201a; P. Kohl&#x201a; D. Gavaghan and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 4.
        
                Pages S110&#x2013;S111.
            2007.
        </p>
	
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			class="col-xs-11"
		>
			
	
	<p class="publicationTitle"> <strong>
            Mechanistic investigation into the arrhythmogenic role of transmural heterogeneities in regional ischaemia phase 1A </strong> </p>
	    <p class="publicationAuthors"> <em> B.M. Tice&#x201a; B. Rodr&#x0301;&#x0131;guez&#x201a; J. Eason and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Europace</em>.
        
            Vol. 9.
        
            No. suppl 6.
        
                Pages vi46&#x2013;vi58.
            2007.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            Arrhythmogenesis in the heart: Multiscale modeling of the effects of defibrillation shocks and the role of electrophysiological heterogeneity </strong> </p>
	    <p class="publicationAuthors"> <em> H. Arevalo&#x201a; B. Rodriguez and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Chaos: An Interdisciplinary Journal of Nonlinear Science</em>.
        
            Vol. 17.
        
            No. 1.
        
                Pages 015103&#x2013;015103.
            2007.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            Modelling effects of Sotalol on Action Potential morphology using a novel Markov model of the HERG channel </strong> </p>
	    <p class="publicationAuthors"> <em> T. Brennan&#x201a; M. Fink&#x201a; B. Rodriguez and LT Tarassenko  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>11th Mediterranean Conference on Medical and Biomedical Engineering and Computing 2007</em>.
        
                Pages 50&#x2013;53.
            2007.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            Photon scattering effects in optical mapping of propagation and arrhythmogenesis in the heart </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; D.J. Gavaghan&#x201a; N.A. Trayanova and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of electrocardiology</em>.
        
            Vol. 40.
        
            No. 6.
        
                Pages S75&#x2013;S80.
            2007.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            Mechanistic investigation into the arrhythmogenic role of transmural heterogeneities in regional ischaemia phase 1A. </strong> </p>
	    <p class="publicationAuthors"> <em> BM Tice&#x201a; B Rodr&#xed;guez&#x201a; J Eason and N Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Europace</em>.
        
            Vol. 9 Suppl 6.
        
                Pages vi46&#x2212;vi58.
            2007.
        </p>
	
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            		href="/publications/publication1488-abstract.html">
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		>
			
	
	<p class="publicationTitle"> <strong>
            The role of photon scattering in optical signal distortion during arrhythmia and defibrillation </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; B. Rodriguez&#x201a; F. Qu&#x201a; I.R. Efimov&#x201a; D.J. Gavaghan and N.A. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical journal</em>.
        
            Vol. 93.
        
            No. 10.
        
                Pages 3714&#x2013;3726.
            2007.
        </p>
	
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            		href="/publications/publication1499-abstract.html">
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		>
			
	
	<p class="publicationTitle"> <strong>
            Arrhythmogenesis in the heart: Multiscale modeling of the effects of defibrillation shocks and the role of electrophysiological heterogeneity </strong> </p>
	    <p class="publicationAuthors"> <em> H. Arevalo&#x201a; B. Rodriguez and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Chaos (Woodbury&#x201a; NY)</em>.
        
            Vol. 17.
        
            No. 1.
        
                Pages 015103.
            2007.
        </p>
	
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            		href="/publications/publication1502-abstract.html">
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		>
			
	
	<p class="publicationTitle"> <strong>
            Modelling effects of Sotalol on T&#x2212;wave morphology </strong> </p>
	    <p class="publicationAuthors"> <em> TP Brennan&#x201a; M. Fink&#x201a; D. Stokeley&#x201a; B. Rodriguez and L. Tarassenko  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology&#x201a; 2007</em>.
        
                Pages 249&#x2013;252.
            IEEE.
        2007.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            What have we learned from mathematical models of defibrillation and postshock arrhythmogenesis? Application of bidomain simulations </strong> </p>
	    <p class="publicationAuthors"> <em> N. Trayanova&#x201a; G. Plank and B. Rodr&#x0301;&#x0131;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart rhythm: the official journal of the Heart Rhythm Society</em>.
        
            Vol. 3.
        
            No. 10.
        
                Pages 1232.
            2006.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Role of shock timing in cardiac vulnerability to electric shocks </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; N. Trayanova and D. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Anaesthesia&#x201a; Pain&#x201a; Intensive Care and Emergency APICE</em>.
        
                Pages 287&#x2013;294.
            2006.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            P5&#x2212;23: Reentry in surviving epicardium coupled to depolarized midmyocardial tissue: A simulation of arrhythmogenesis during phase 1B </strong> </p>
	    <p class="publicationAuthors"> <em> X. Jie&#x201a; B. Rodr&#x0301;&#x0131;guez&#x201a; R.C. Blake&#x201a; J.R. De Groot&#x201a; R. Coronel and N.A. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 3.
        
            No. 5.
        
                Pages S267&#x2013;S268.
            2006.
        </p>
	
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	<p class="publicationTitle"> <strong>
            P4&#x2212;24: Vulnerability to electric shocks in regional ischemia </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; B. Tice&#x201a; R.C. Blake&#x201a; J. Eason&#x201a; D. Gavaghan and N.A. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 3.
        
            No. 5.
        
                Pages S226&#x2013;S226.
            2006.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            P4&#x2212;21: Role of transmural heterogeneities in vulnerability to electric shocks </strong> </p>
	    <p class="publicationAuthors"> <em> T. Maharaj&#x201a; B. Rodriguez&#x201a; R.C. Blake&#x201a; N.A. Trayanova and D. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 3.
        
            No. 5.
        
                Pages S225&#x2013;S225.
            2006.
        </p>
	
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            		href="/publications/publication5651-abstract.html">
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		>
			
	
	<p class="publicationTitle"> <strong>
            Inference of intramural wavefront orientation from optical recordings in realistic whole&#x2212;heart models </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; B. Rodriguez&#x201a; N. Trayanova and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical journal</em>.
        
            Vol. 91.
        
            No. 10.
        
                Pages 3957.
            2006.
        </p>
	
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            		href="/publications/publication5634-abstract.html">
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		>
			
	
	<p class="publicationTitle"> <strong>
            What have we learned from mathematical models of defibrillation and postshock arrhythmogenesis? Application of bidomain simulations. </strong> </p>
	    <p class="publicationAuthors"> <em> N Trayanova&#x201a; G Plank and B Rodr&#xed;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 3.
        
            No. 10.
        
                Pages 1232&#x2212;1235.
            2006.
        </p>
	
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            		href="/publications/publication1487-abstract.html">
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		>
			
	
	<p class="publicationTitle"> <strong>
            Modeling cardiac ischemia </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; N. Trayanova and D. Noble  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Annals of the New York Academy of Sciences</em>.
        
            Vol. 1080.
        
            No. 1.
        
                Pages 395&#x2013;414.
            2006.
        </p>
	
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            		href="/publications/publication1489-abstract.html">
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			class="col-xs-11"
		>
			
	
	<p class="publicationTitle"> <strong>
            Differences between left and right ventricular anatomy determine the types of reentrant circuits induced by an external electric shock. A rabbit heart simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodr&#x0301;&#x0131;guez&#x201a; J.C. Eason and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Progress in biophysics and molecular biology</em>.
        
            Vol. 90.
        
            No. 1.
        
                Pages 399&#x2013;413.
            2006.
        </p>
	
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            		href="/publications/publication1495-abstract.html">
			Details <span class="sr-only" > about <em> Differences between left and right ventricular anatomy determine the types of reentrant circuits induced by an external electric shock. A rabbit heart simulation study  </em></span> </a> |
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			class="col-xs-11"
		>
			
	
	<p class="publicationTitle"> <strong>
            Mechanistic enquiry into the effect of increased pacing rate on the upper limit of vulnerability </strong> </p>
	    <p class="publicationAuthors"> <em> D.W. Bourn&#x201a; M.M. Maleckar&#x201a; B. Rodriguez and N.A. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Philosophical Transactions of the Royal Society A: Mathematical&#x201a; Physical and Engineering Sciences</em>.
        
            Vol. 364.
        
            No. 1843.
        
                Pages 1333&#x2013;1348.
            2006.
        </p>
	
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            		href="/publications/publication1497-abstract.html">
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			class="col-xs-11"
		>
			
	
	<p class="publicationTitle"> <strong>
            Inference of intramural wavefront orientation from optical recordings in realistic whole&#x2212;heart models. </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; B. Rodr&#xed;guez&#x201a; N. Trayanova and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophys J</em>.
        
            Vol. 91.
        
            No. 10.
        
                Pages 3957&#x2212;3958.
            2006.
        </p>
	
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            		href="/publications/publication1498-abstract.html">
			Details <span class="sr-only" > about <em> Inference of intramural wavefront orientation from optical recordings in realistic whole&#x2212;heart models.  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Synthesis of voltage&#x2212;sensitive optical signals: application to panoramic optical mapping </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; B. Rodriguez&#x201a; J. Eason&#x201a; J.P. Whiteley&#x201a; N. Trayanova and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical journal</em>.
        
            Vol. 90.
        
            No. 8.
        
                Pages 2938&#x2013;2945.
            2006.
        </p>
	
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            		href="/publications/publication1500-abstract.html">
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	<p class="publicationTitle"> <strong>
            Mechanisms underlying cardiac vulnerability to electric shocks within the three&#x2212;dimensional volume of the rabbit ventricles </strong> </p>
	    <p class="publicationAuthors"> <em> T. Maharaj&#x201a; B. Rodriguez&#x201a; R. Blake&#x201a; NA Trayanova and DJ Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology&#x201a; 2006</em>.
        
                Pages 37&#x2013;40.
            IEEE.
        2006.
        </p>
	
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            		href="/publications/publication5713-abstract.html">
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	<p class="publicationTitle"> <strong>
            Transmural electrophysiological heterogeneities in action potential duration increase the upper limit of vulnerability </strong> </p>
	    <p class="publicationAuthors"> <em> T. Maharaj&#x201a; B. Rodriguez&#x201a; R. Blake&#x201a; NA Trayanova and DJ Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society&#x201a; 2006. EMBS'06. 28th Annual International Conference of the IEEE</em>.
        
                Pages 4043&#x2013;4046.
            IEEE.
        2006.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            Modulation of Shock&#x2212;End Virtual Electrodoe Polarisation as a Direct Result of 3D Fluorescent Photon Scattering </strong> </p>
	    <p class="publicationAuthors"> <em> MJ Bishop&#x201a; B. Rodriguez&#x201a; N. Trayanova and DJ Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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            Engineering in Medicine and Biology Society&#x201a; 2006. EMBS'06. 28th Annual International Conference of the IEEE</em>.
        
                Pages 1556&#x2013;1559.
            IEEE.
        2006.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Role of cellular uncoupling in arrhythmogenesis in ischemia phase 1B </strong> </p>
	    <p class="publicationAuthors"> <em> X. Jie&#x201a; B. Rodr&#x0301;&#x0131;guez and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society&#x201a; 2006. EMBS'06. 28th Annual International Conference of the IEEE</em>.
        
                Pages 2272&#x2013;2275.
            IEEE.
        2006.
        </p>
	
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	<p class="publicationTitle"> <strong>
            The ischemic heart: what causes ectopic beating? </strong> </p>
	    <p class="publicationAuthors"> <em> X. Jie&#x201a; B. Rodr&#x0301;&#x0131;guez and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society&#x201a; 2005. IEEE&#x2212;EMBS 2005. 27th Annual International Conference of the</em>.
        
                Pages 7194&#x2013;7197.
            IEEE.
        2006.
        </p>
	
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            		href="/publications/publication5649-abstract.html">
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	<p class="publicationTitle"> <strong>
            Vulnerability to electric shocks in the regionally&#x2212;ischemic ventricles </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodr&#x0301;&#x0131;guez&#x201a; B. Tice&#x201a; R. Blake&#x201a; D. Gavaghan and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society&#x201a; 2006. EMBS'06. 28th Annual International Conference of the IEEE</em>.
        
                Pages 2280&#x2013;2283.
            IEEE.
        2006.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5641-abstract.html">
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	<p class="publicationTitle"> <strong>
            Direct optical mapping signal synthesis over a geometrically accurate ventricular model </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; B. Rodriguez&#x201a; J.C. Eason&#x201a; J.P. Whiteley&#x201a; J.A. Noble&#x201a; N. Trayanova and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 2.
        
            No. 5.
        
                Pages S220&#x2013;S220.
            2005.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5668-abstract.html">
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	<p class="publicationTitle"> <strong>
            Mechanistic insight into the increase in the upper limit of vulnerability for rapid pacing </strong> </p>
	    <p class="publicationAuthors"> <em> M.M. Maleckar&#x201a; D.W. Bourn&#x201a; B. Rodriguez and N.A. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 2.
        
            No. 5.
        
                Pages S219&#x2013;S219.
            2005.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Role of ventricular anatomy in vulnerability to electric shocks </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; L. Li&#x201a; J.C. Eason&#x201a; I.R. Efimov and N.A. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 2.
        
            No. 5.
        
                Pages S257&#x2013;S257.
            2005.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            Arrthythmogenicity of transmural heterogeneities in a realistic model of regional ischemia </strong> </p>
	    <p class="publicationAuthors"> <em> B.M. Tice&#x201a; B. Rodriguez and N.A. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 2.
        
            No. 5.
        
                Pages S261&#x2013;S261.
            2005.
        </p>
	
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		>
			
	
	<p class="publicationTitle"> <strong>
            Effects of pinacidil on reentrant arrhythmias generated during acute regional ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Trenor&#x201a; J.M. Ferrero&#x201a; B. Rodr&#x0301;&#x0131;guez and F. Montilla  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Annals of biomedical engineering</em>.
        
            Vol. 33.
        
            No. 7.
        
                Pages 897&#x2013;906.
            2005.
        </p>
	
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            		href="/publications/publication1486-abstract.html">
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			class="col-xs-11"
		>
			
	
	<p class="publicationTitle"> <strong>
            Differences between left and right ventricular chamber geometry affect cardiac vulnerability to electric shocks </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; L. Li&#x201a; J.C. Eason&#x201a; I.R. Efimov and N.A. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Circulation research</em>.
        
            Vol. 97.
        
            No. 2.
        
                Pages 168&#x2013;175.
            2005.
        </p>
	
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            		href="/publications/publication1493-abstract.html">
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	<p class="publicationTitle"> <strong>
            Changes in rabbit heart vulnerability during phase 1A of acute global ischemia </strong> </p>
	    <p class="publicationAuthors"> <em> N. Trayanova and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Advances in Electrocardiology</em>.
        
                Pages 818&#x2013;826.
            2004.
        </p>
	
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            		href="/publications/publication5676-abstract.html">
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		>
			
	
	<p class="publicationTitle"> <strong>
            Cardiac vulnerability to electric shocks during phase 1A of acute global ischemia </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodr&#x0301;&#x0131;guez&#x201a; B.M. Tice&#x201a; J.C. Eason&#x201a; F. Aguel and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Heart Rhythm</em>.
        
            Vol. 1.
        
            No. 6.
        
                Pages 695&#x2013;703.
            2004.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication1491-abstract.html">
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	<p class="publicationTitle"> <strong>
            Effect of acute global ischemia on the upper limit of vulnerability: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; B.M. Tice&#x201a; J.C. Eason&#x201a; F. Aguel&#x201a; J.M. Ferrero Jr and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>American Journal of Physiology&#x2212;Heart and Circulatory Physiology</em>.
        
            Vol. 286.
        
            No. 6.
        
                Pages H2078&#x2013;H2088.
            2004.
        </p>
	
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            		href="/publications/publication1492-abstract.html">
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	<p class="publicationTitle"> <strong>
            Electrical activity and reentry during acute regional myocardial ischemia: insights from simulations </strong> </p>
	    <p class="publicationAuthors"> <em> JM Ferrero&#x201a; B. Trenor&#x201a; B. Rodriguez and J. Saiz  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>INTERNATIONAL JOURNAL OF BIFURCATION AND CHAOS IN APPLIED SCIENCES AND ENGINEERING</em>.
        
            Vol. 13.
        
            No. 12.
        
                Pages 3703&#x2013;3716.
            2003.
        </p>
	
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            		href="/publications/publication5619-abstract.html">
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		<div
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	<p class="publicationTitle"> <strong>
            Upper limit of vulnerability in a defibrillation model of the rabbit ventricles. </strong> </p>
	    <p class="publicationAuthors"> <em> B Rodr&#xed;guez and N Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>J Electrocardiol</em>.
        
            Vol. 36 Suppl.
        
                Pages 51&#x2212;6.
            2003.
        </p>
	
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            		href="/publications/publication1490-abstract.html">
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	<p class="publicationTitle"> <strong>
            Effect of acute global ischemia on cardiac vulnerability to electrical shocks </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; JC Eason&#x201a; B. Tice&#x201a; JM Ferrero Jr and N. Trayanova  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society&#x201a; 2003. Proceedings of the 25th Annual International Conference of the IEEE</em>.
        
            Vol. 1.
        
                Pages 151&#x2013;154.
            IEEE.
        2003.
        </p>
	
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            		href="/publications/publication5669-abstract.html">
			Details <span class="sr-only" > about <em> Effect of acute global ischemia on cardiac vulnerability to electrical shocks  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Mechanistic investigation of extracellular K+ accumulation during acute myocardial ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodr&#x0131;guez&#x201a; J.M. Ferrero Jr and B. Trenor  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>American Journal of Physiology&#x2212;Heart and Circulatory Physiology</em>.
        
            Vol. 283.
        
            No. 2.
        
                Pages H490&#x2013;H500.
            2002.
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        		<p class="publicationlinks"> <a
        
            		href="/publications/publication1494-abstract.html">
			Details <span class="sr-only" > about <em> Mechanistic investigation of extracellular K+ accumulation during acute myocardial ischemia: a simulation study  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Simulation of figure&#x2212;of&#x2212;eight reentry during acute inhomogeneous myocardial ischemia: role of ATP&#x2212;sensitive potassium current </strong> </p>
	    <p class="publicationAuthors"> <em> Ferrero Jr&#x201a; JM&#x201a; B. Tr&#xe9;nor&#x201a; J. Saiz and B. Rodriguez  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology&#x201a; 2002</em>.
        
                Pages 251&#x2013;254.
            IEEE.
        2002.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5674-abstract.html">
			Details <span class="sr-only" > about <em> Simulation of figure&#x2212;of&#x2212;eight reentry during acute inhomogeneous myocardial ischemia: role of ATP&#x2212;sensitive potassium current  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Mechanistic investigation of the causes of cellular K super (+) loss during acute myocardial ischemia: A simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez and JM Ferrero Jr  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>COMPUT CARDIOL. pp. 361&#x2212;364. 2001</em>.
        2001.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6114-abstract.html">
			Details <span class="sr-only" > about <em> Mechanistic investigation of the causes of cellular K super (+) loss during acute myocardial ischemia: A simulation study  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Mechanistic investigation of the causes of cellular K+ loss during acute myocardial ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez and JM Ferrero Jr  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology 2001</em>.
        
                Pages 361&#x2013;364.
            IEEE.
        2001.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6109-abstract.html">
			Details <span class="sr-only" > about <em> Mechanistic investigation of the causes of cellular K+ loss during acute myocardial ischemia: a simulation study  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Integrated mechanisms of K+ loss in myocardial ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez and JM Ferrero Jr  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society&#x201a; 2001. Proceedings of the 23rd Annual International Conference of the IEEE</em>.
        
            Vol. 1.
        
                Pages 48&#x2013;51.
            IEEE.
        2001.
        </p>
	
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            		href="/publications/publication5662-abstract.html">
			Details <span class="sr-only" > about <em> Integrated mechanisms of K+ loss in myocardial ischemia: a simulation study  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Effect of Na super (+)&#x2212; K super (+) pump inhibition on extracellular potassium accumulation during myocardial ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez and JM Ferrero Jr  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>COMPUT CARDIOL. pp. 315&#x2212;318. 2000</em>.
        2000.
        </p>
	
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            		href="/publications/publication6112-abstract.html">
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	<p class="publicationTitle"> <strong>
            Effect of Na+&#x2212;K+ pump inhibition on extracellular potassium accumulation during myocardial ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez and JM Ferrero Jr  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology 2000</em>.
        
                Pages 315&#x2013;318.
            IEEE.
        2000.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5652-abstract.html">
			Details <span class="sr-only" > about <em> Effect of Na+&#x2212;K+ pump inhibition on extracellular potassium accumulation during myocardial ischemia: a simulation study  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Effect of sodium inward current on extracellular potassium accumulation during myocardial ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez and JM Ferrero Jr  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology 1999</em>.
        
                Pages 101&#x2013;103.
            IEEE.
        1999.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5645-abstract.html">
			Details <span class="sr-only" > about <em> Effect of sodium inward current on extracellular potassium accumulation during myocardial ischemia: a simulation study  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Role of the ATP&#x2212;sensitive potassium current in extracellular potassium accumulation during myocardial ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; JM Ferrero Jr&#x201a; B. Trenor&#x201a; JM Ferrero and NV Thakor  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology 1998</em>.
        
                Pages 585&#x2013;587.
            IEEE.
        1998.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication6113-abstract.html">
			Details <span class="sr-only" > about <em> Role of the ATP&#x2212;sensitive potassium current in extracellular potassium accumulation during myocardial ischemia: a simulation study  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Computer model of the effects of pinacidil on ATP&#x2212;sensitive potassium current </strong> </p>
	    <p class="publicationAuthors"> <em> B. Trenor&#x201a; JM Ferrero Jr&#x201a; B. Rodriguez&#x201a; J. Saiz&#x201a; JM Ferrero and NV Thakor  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society&#x201a; 1998. Proceedings of the 20th Annual International Conference of the IEEE</em>.
        
                Pages 40&#x2013;43.
            IEEE.
        1998.
        </p>
	
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            		href="/publications/publication5689-abstract.html">
			Details <span class="sr-only" > about <em> Computer model of the effects of pinacidil on ATP&#x2212;sensitive potassium current  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Simulation study of the contribution of the ATP&#x2212;dependent potassium current to extracellular potassium accumulation during myocardial ischemia </strong> </p>
	    <p class="publicationAuthors"> <em> B. Rodriguez&#x201a; JM Ferrero Jr&#x201a; B. Trenor&#x201a; JM Ferrero&#x201a; J. Saiz and NV Thakori  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Engineering in Medicine and Biology Society&#x201a; 1998. Proceedings of the 20th Annual International Conference of the IEEE</em>.
        
                Pages 44&#x2013;47.
            IEEE.
        1998.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5680-abstract.html">
			Details <span class="sr-only" > about <em> Simulation study of the contribution of the ATP&#x2212;dependent potassium current to extracellular potassium accumulation during myocardial ischemia  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Action potential duration inhomogeneities in acute myocardial ischemia: a simulation study </strong> </p>
	    <p class="publicationAuthors"> <em> Ferrero Jr&#x201a; JM&#x201a; B. Rodriguez&#x201a; B. Trenor&#x201a; V. Torres&#x201a; J. Saiz&#x201a; JM Ferrero and NV Thakor  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology 1998</em>.
        
                Pages 577&#x2013;580.
            IEEE.
        1998.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5663-abstract.html">
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	<p class="publicationTitle"> <strong>
            Simulation study of the effect of pinacidil on ATP&#x2212;sensitive potassium current and action potential duration in myocardial tissue </strong> </p>
	    <p class="publicationAuthors"> <em> B. Trenor&#x201a; JM Ferrero Jr&#x201a; B. Rodriguez&#x201a; J. Saiz&#x201a; JM Ferrero and NK Thakor  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Computers in Cardiology 1998</em>.
        
                Pages 581&#x2013;584.
            IEEE.
        1998.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5648-abstract.html">
			Details <span class="sr-only" > about <em> Simulation study of the effect of pinacidil on ATP&#x2212;sensitive potassium current and action potential duration in myocardial tissue  </em></span> </a> |
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	<p class="publicationTitle"> <strong>
            Ischemia </strong> </p>
	    <p class="publicationAuthors"> <em> J.M. Ferrero Jr&#x201a; &#xc1;. Ferrero&#x201a; B. Tr&#xe9;nor&#x201a; F. Montilla&#x201a; J. Saiz and B. Rodr&#x0301;&#x0131;guez  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Wiley Encyclopedia of Biomedical Engineering</em>.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication5685-abstract.html">
			Details <span class="sr-only" > about <em> Ischemia  </em></span> </a> |
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