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Browsing publications by Dr Timothy Irvine.

Newcastle AuthorsTitleYearFull text
Peter Luke
Dr Ewen Shepherd
Dr Timothy Irvine
Dr Rae Duncan
Echocardiographic diagnosis of permanent pacemaker lead malposition in the left ventricle: A case study2020
Peter Luke
Professor Christopher Eggett
Professor Ioakim Spyridopoulos
Dr Timothy Irvine
A comparative analysis of British and American Society of Echocardiography recommendations for the assessment of left ventricular diastolic function2018
Dr James Pemberton
Dr Timothy Irvine
Dr George Antunes
Emeritus Professor John Gibson
Platypnoea orthodeoxia in a patient with aortic root dilatation and a patent foramen ovale2007
Joanne Wild
Dr Andrew Sims
Dr James Pemberton
Dr Timothy Irvine
Dr Antoinette Kenny
et al.
Calculation of left ventricular volume from 3D echocardiography: A comparison of three image analysis techniques2004
Dr Timothy Irvine
Echocardiographic wall motion score index: Can we make it more user friendly?2004
Dr Andrew Sims
Dr Timothy Irvine
Emeritus Professor Alan Murray
Differences between algorithms for spatial interpolation of 3D echocardiography images2003
Dr Timothy Irvine
Dr Antoinette Kenny
Assessment of mitral regurgitation2002
Dr Andrew Sims
Dr Timothy Irvine
Emeritus Professor Alan Murray
Mapping the left ventricular cavity by analysis of images reconstructed from 3D trans-oesophageal echocardiography2002
Dr Timothy Irvine
Xinhua Li
Rosie Martin
Dr Antoinette Kenny
A digital 3-dimensional method for computing great artery flows: In vitro validation studies2000
Dr Timothy Irvine
Danielle Lennon
Dr Antoinette Kenny
Three dimensional colour Doppler echocardiography for the characterisation and quantification of cardiac flow events2000
Dr Timothy Irvine
Dr Antoinette Kenny
Volume analysis with real-time 3D echocardiography: improved accuracy with harmonic imaging in an in vitro study2000
Dr Timothy Irvine
Dr Antoinette Kenny
Acoustically Stimulated Transient Power Scattering Explains Enhanced Detection of the Very Low Velocities in Myocardial Capillaries by Power Doppler Imaging: An In Vitro Study1999