A new UK-led Covid-19 global study conducted across 56 Indian hospitals has set the ‘Guinness World Record’ for ‘Most authors on a single peer-reviewed academic paper’.
A worldwide Covid-19 study led by UK experts and conducted at Indian hospitals among others around the world has been awarded the ‘Guinness World Records’ title for the world’s largest scientific collaboration, involving over 140,000 patients in 116 countries.
The record for ‘Most authors on a single peer-reviewed academic paper’ is now held by the Universities of Birmingham and Edinburgh after 15,025 scientists around the globe contributed to major research into the impact of Covid-19 on surgical patients.Courtesy: Getty Images
Partnership at scale
The co-lead author of the study, surgeon Aneel Bhangu from the University of Birmingham, said the study was aimed at improving our understanding of the virus.
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“Being awarded the ‘Guinness World Records’ title for the world’s largest scientific collaboration highlights the scale of our global partnership, which aims to contribute to our understanding of Covid-19 and help to save as many lives as possible around the world,” said Dr Bhangu.
“It marks the commitment and hard work of thousands of medical colleagues around the world to understand the changes that are needed in how surgery must be delivered if we are to beat the virus and reduce its impact on surgical patients,” he said.
Funded by the UK government’s National Institute of Health Research (NIHR), the researchers concluded that patients waiting for elective surgery should be treated as a vulnerable group and access Covid-19 vaccines ahead of the general population – potentially helping to avoid thousands of post-operative deaths linked to the virus.
This was seen as particularly important for low and middle income Countries (LMICs) where access to vaccination remains limited and mitigation measures such as nasal swab screening and Covid-free surgical pathways to reduce the risk of virus-related complications are not available for many patients.
Overall, the scientists estimated that global prioritisation of pre-operative vaccination for elective patients could prevent an additional 58,687 Covid-19-related deaths in one year.
The COVIDSurg Collaborative international team of researchers published its findings in the ‘British Journal of Surgery’ (BJS), Europe’s leading surgical journal, after studying data from 1,667 hospitals in countries including India, UK, Australia, Brazil, China, UAE, and US. In India, the study was conducted across 56 hospitals – among the largest alongside Germany and Italy.
Co-author James Glasbey, a surgical trainee from the University of Birmingham, said: “Over 15,000 surgeons and anaesthetists from across 116 countries came together to contribute to this study making it the largest ever scientific collaboration, surpassing even ground-breaking research from the Large Hadron Collider at CERN in Switzerland.
“Every day we hear in the news that waiting lists are growing, and patients are unable to access the surgery that they need. This situation sadly is deteriorating in countries all over the world. Policy makers can use the data from this scientific collaboration to safely restart elective surgery.”
Launched in March 2020, the COVIDSurg Collaborative has provided data needed to support changes to surgical delivery in the fastest time frame ever seen by a surgical research group, Birmingham University said. Research from this huge study group has also explored the timing of surgery after Covid infection, preoperative isolation, and risks of blood clots, all published in the field-leading journal 'Anaesthesia'.
According to the experts, during the first wave of the pandemic, up to 70 per cent of elective surgeries were postponed, resulting in an estimated 28 million procedures being delayed or cancelled. Whilst surgery volumes have started to recover in many countries, ongoing disruption is likely to continue throughout 2021, particularly in the event of countries experiencing further waves of Covid-19. Vaccination is also likely to decrease post-operative pulmonary complications, reducing intensive care use and overall healthcare costs.