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Dr. Stephen Bustin

Professor of Molecular Medicine - Medical Technology Research Centre, Anglia Ruskin University

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Stephen Bustin obtained his PhD in Molecular Genetics from Trinity College, University of Dublin, Ireland. He was Professor of Molecular Science at Queen Mary, University of London before moving to Anglia Ruskin University first as Professor of Allied Health and Medicine and now as Professor of Molecular Medicine. His research interests centre around developing novel approaches for the early diagnosis of infectious diseases. Professor Bustin was an expert witness advising the UK High Court and the US Department of Justice on PCR technology in the Measles Mumps Rubella (MMR) vaccine - Autism class action. He has authored numerous papers, review articles and book chapters aimed at improving the reproducibility and robustness of molecular methods, especially those based on the use of the polymerase chain reaction (PCR) and has presented hundreds of talks and workshops worldwide on this subject. He has published three books, the “A-Z of quantitative PCR” (2004), universally known as the “qPCR bible”, “The PCR Revolution” (2011) and “PCR Technology” (2013). He led an international consortium developing the MIQE guidelines for the use and reporting of real-time (2009) and digital PCR (2013). Professor Bustin is Editor-in Chief (Gene Expression), International Journal of Molecular Sciences. During the COVID-19 pandemic he published several papers highlighting the importance of correct testing for SARS-CoV-2, debunking the false information surrounding the validity of qPCR testing and developed a novel five-plex assay targeting the virus. He is currently developing a sub five-minute combined extraction, RT and PCR test for point-of-care diagnosis.


Latest Content
Webinar

Remodeling qPCR as a Tool for Molecular Diagnostics

The polymerase chain reaction (qPCR) is firmly established as the method of choice for the detection of microbial agents in the areas of clinical, veterinary and agricultural diagnostics and food safety. The current pandemic has highlighted the critical importance of local, fast and specific testing for SARS-CoV-2. It should also act as a wake-up call for the threat posed by infectious diseases spreading because of climate change, increasing antibiotic resistance and the hazard of zoonotic transfer caused by human encroachment of animal habitats. We are working on new tests, protocol and reagents to achieve faster molecular diagnostic testing both for both laboratory based and POC applications. Our target of delivering a diagnostic test result within five minutes of sampling has the potential to lead to a paradigm shift in our approach to detecting and classifying microbial pathogens in preparation for the inevitable next pandemic
Webinar

Remodeling qPCR as a Tool for Molecular Diagnostics

The polymerase chain reaction (qPCR) is firmly established as the method of choice for the detection of microbial agents in the areas of clinical, veterinary and agricultural diagnostics and food safety. The current pandemic has highlighted the critical importance of local, fast and specific testing for SARS-CoV-2. It should also act as a wake-up call for the threat posed by infectious diseases spreading because of climate change, increasing antibiotic resistance and the hazard of zoonotic transfer caused by human encroachment of animal habitats. We are working on new tests, protocol and reagents to achieve faster molecular diagnostic testing both for both laboratory based and POC applications. Our target of delivering a diagnostic test result within five minutes of sampling has the potential to lead to a paradigm shift in our approach to detecting and classifying microbial pathogens in preparation for the inevitable next pandemic
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