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Bio
Ricardo Petraco is a National Heart and Lung Institute Senior Clinical Research Fellow at Imperial College London and a Consultant Cardiologist at Imperial College NHS Trust and Buckinghamshire NHS Trust.
Dr Petraco’s research interests lies at the interface between coronary physiology and biomedical engineering. He is internationally recognised as one of the lead researchers responsible for developing the Instantaneous Wave-Free Ratio (iFR, a novel index of coronary stenosis severity which has revolutionised the field of coronary physiology). Having authored extensively in the field and as a regular faculty member of international meetings and teaching events, Ricardo is a well-known proctor of coronary physiology and intravascular imaging.
Dr Petraco has received multiple awards during his academic career to date, including a Junior British Hear Foundation (BHF) Clinical Research Training Fellowship in 2011, a National Institute for Health Research Walport Lectureship in 2015 and, recently, a National Heart and Lung Institute Senior Research Fellowship in 2018. Ricardo has successfully secured multiple research grants from funders such as BHF, Imperial College Charity, Academy of Medical Sciences as well as from industry partners. He is also the Editor of the novel and upcoming Oxford Specialist Handbook of Coronary Physiology and Intravascular Imaging.
Ricardo has a particular interest and expertise in medical informatics and computer coding, and he has pioneered an advanced haemodynamic software platform which has been used by multiple research units around the world for the analysis and interpretation of coronary haemodynamic signals.
His work has led to the proposition of the ECG-free iFR. He has also developed new statistical approaches to deal with the influence of disease severity distribution on the accuracy of quantitative diagnostic methods (the V-plot of accuracies).
Dr Petraco’s current work focusses on the development of new methods to reliably quantify stenosis severity in situations of coronary haemodynamic instability. He also works closely in partnership with bioengineering to improve the quality of intravascular flow signals and ultrasound imaging. Ricardo is also interested in how biological processes, including cardiovascular drugs, affect coronary microvascular function and is will be the Chief Investigator a study which will for the first time evaluate the effects of PCSK9 inhibition on coronary flow.
Since completing medical school in Brazil, Dr Petraco went on to complete his higher specialist cardiology training at leading university hospitals across London, including the Royal Brompton, St Marys and Hammersmith Hospitals. His clinical work focus on coronary interventions and on the clinical implementation of invasive investigative methodologies, so that developments in coronary physiology and imaging research can translate rapidly into clinical practice and benefit patients worldwide.
Dr Petraco’s research interests lies at the interface between coronary physiology and biomedical engineering. He is internationally recognised as one of the lead researchers responsible for developing the Instantaneous Wave-Free Ratio (iFR, a novel index of coronary stenosis severity which has revolutionised the field of coronary physiology). Having authored extensively in the field and as a regular faculty member of international meetings and teaching events, Ricardo is a well-known proctor of coronary physiology and intravascular imaging.
Dr Petraco has received multiple awards during his academic career to date, including a Junior British Hear Foundation (BHF) Clinical Research Training Fellowship in 2011, a National Institute for Health Research Walport Lectureship in 2015 and, recently, a National Heart and Lung Institute Senior Research Fellowship in 2018. Ricardo has successfully secured multiple research grants from funders such as BHF, Imperial College Charity, Academy of Medical Sciences as well as from industry partners. He is also the Editor of the novel and upcoming Oxford Specialist Handbook of Coronary Physiology and Intravascular Imaging.
Ricardo has a particular interest and expertise in medical informatics and computer coding, and he has pioneered an advanced haemodynamic software platform which has been used by multiple research units around the world for the analysis and interpretation of coronary haemodynamic signals.
His work has led to the proposition of the ECG-free iFR. He has also developed new statistical approaches to deal with the influence of disease severity distribution on the accuracy of quantitative diagnostic methods (the V-plot of accuracies).
Dr Petraco’s current work focusses on the development of new methods to reliably quantify stenosis severity in situations of coronary haemodynamic instability. He also works closely in partnership with bioengineering to improve the quality of intravascular flow signals and ultrasound imaging. Ricardo is also interested in how biological processes, including cardiovascular drugs, affect coronary microvascular function and is will be the Chief Investigator a study which will for the first time evaluate the effects of PCSK9 inhibition on coronary flow.
Since completing medical school in Brazil, Dr Petraco went on to complete his higher specialist cardiology training at leading university hospitals across London, including the Royal Brompton, St Marys and Hammersmith Hospitals. His clinical work focus on coronary interventions and on the clinical implementation of invasive investigative methodologies, so that developments in coronary physiology and imaging research can translate rapidly into clinical practice and benefit patients worldwide.
Research Interests
Papers共 253 篇Author StatisticsCo-AuthorSimilar Experts
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Michael J Foley,Christopher A Rajkumar,Fiyyaz Ahmed-Jushuf,Florentina A Simader, Shayna Chotai,Rachel H Pathimagaraj, Muhammad Mohsin,Ahmed Salih,Danqi Wang, Prithvi Dixit,John R Davies,Tom R Keeble,
Lancet (London, England)no. 10436 (2024): 1543-1553
Journal of the American College of Cardiologyno. 1 (2024): 1-12
Michael J Foley,Christopher A Rajkumar,Fiyyaz Ahmed-Jushuf,Florentina A Simader, Shayna Chotai,Rachel H Pathimagaraj, Muhammad Mohsin,Ahmed Salih,Danqi Wang, Prithvi Dixit,John R Davies,Tom R Keeble,
medrxiv(2024)
EuroIntervention : journal of EuroPCR in collaboration with the Working Group on Interventional Cardiology of the European Society of Cardiologyno. 3 (2024): e216-e223
Michael J Foley,Christopher A Rajkumar,Fiyyaz Ahmed-Jushuf,Florentina A Simader, Shayna Chotai,Rachel H Pathimagaraj, Muhammad Mohsin,Ahmed Salih,Danqi Wang, Prithvi Dixit, John R Davies,Tom R Keeble,
Abeer Zahid, Rahul Bahl, Christopher Rajkumar, Daniel Gustavo,Fiyyaz Ahmed-Jushuf,Michael Foley, Guilherme Almeida,Rasha Al-Lamee, Darrel Francis,Sayan Sen,Guus De Waard, Maura Echavarria-Pinto,
Acute coronary syndromes & interventional cardiology (2024)
Michael J. Foley,Christopher A. Rajkumar,Fiyyaz Ahmed-Jushuf,Daniel Nour, Chi Ho Fung,Henry Seligman,Rachel H. Pathimagaraj,Ricardo Petraco,Sayan Sen,Sukhjinder Nijjer, James P. Howard,Yousif Ahmad,
JACC: Cardiovascular Interventionsno. 4 (2023): S30-S30
Ricardo Petraco, Rahul Bahl
Journal of the Society for Cardiovascular Angiography & Interventionsno. 5 (2023): 101112-101112
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