Scientists Are Working Together To Tackle Covid-19 Like Never Before

Scientists are working hard to tackle the Covid-19 pandemic. Roser Valentí generally spends her days with quantum physics to understand exotic states of matter. But in May 2020, she switched her modeling skills to a very different problem — mimicking the development of the coronavirus pandemic. “Our ordinary daily things lost their significance,” states the m 8 theoretical physicist in Germany. “We thought: can we do something to help to know what is happening?”

Even when the pandemic wanes, Valentí wants to keep her dual identity, pursuing both her old and her new pursuits. And she is not the only one expecting a permanent shift in focus. Throughout the world, thousands of scientists have quickly pivoted to exploring COVID-19 or using their equipment to conduct diagnostic tests. If enough researchers adopt this shift, it might prompt a considerable change in the scientific landscape.

“People will be involved in this in a fundamental scientific level for many following years,” states Trevor Forsyth, a biophysicist who directs the life-sciences team at the Institut Laue-Langevin (ILL) in Grenoble, France. His group typically uses the center’s neutron beams to study the structure of misfolded proteins and other complex molecules.

Although, this year, for the first time, the team began focusing on viruses. His students are happy to work on coronavirus-related jobs — some only want to contact the laboratory, regardless of what the work entails — and the list of study questions is long, states Forsyth. “I don’t for a moment believe those things will stop when the crisis passes.”

Experts say that study into infectious diseases is very likely to enjoy a higher profile because of the pandemic, but that will depend significantly on whether authorities change their funding patterns in the long run. “We’ve indeed seen significant shifts in the direction in which science is funded in the past, which may be what is going to happen here,” states Paula Stephan, an economist of science at Georgia State University in Atlanta. “However, I think it’s a little too early to know.”

Pandemic Aftershocks For Science

Major global events often leave striking imprints on the study. Nations invested heavily in engineering and physics during the Second World War. Those areas kept their drive-in peacetime; the postwar boom in high energy physics supported to show a float of new particles,” states David Kaiser, a historian physicist, Massachusetts Institute of Technology in Cambridge.

And the 1918 flu pandemic is very likely to have stimulated virology development, states David Jones, a historian of medicine at Harvard University.

The COVID-19 has already made its mark on the study. Data from preprint servers like bioRxiv, arXiv, and medRxiv show more activity than usual in some specific fields, which might be due in part to scientists redirecting their efforts to examine the coronavirus. The total share of papers in bioRxiv’s microbiology section, including the biology of viruses, is significantly greater than in 2019, whereas neuroscience has shrunk.

In the physical sciences, the area inhabitants and development’, which include modeling and epidemiology, received proportionately nearly five times as many admissions in March, April and May as at the same period last year, albeit by a small baseline, states Paul Ginsparg, a physicist at Cornell University in Ithaca, New York, who co-founded arXiv.

Over 100 writers who usually publish in high-energy physics and condensed-matter physics had presented coronavirus-related work, so the increase in these submissions is not only the result of infectious-disease researchers in overdrive. The pandemic’s urgency is also linking researchers from disparate disciplines — a trend is seen throughout the Second World War and for years later, says Kaiser.

Contract Research Organizations Create Covid-19 Research Database

A group of leading CRO, data analytics, life science, publishing, and health care businesses joined forces to launch a pro bono research database to build up and incorporate a central hub on the most recent information out for COVID-19.

On the technical side, it is a safe repository of HIPAA-compliant, de-identified, and restricted patient-level data sets, which will be”made available to public health and policy researchers to extract insights to help fight the COVID-19 pandemic,” according to the group.

There’s a whole host of businesses included here: Advarra, action,, AnalyticsIQ, BHE, Berkeley Research Group, Change Healthcare, Elsevier, Datavant, Health Care Cost Institute, Glooko, Healthjump, Helix, Mirador Analytics, Medidata (a Dassault Systèmes company), Munich ReLife US, Office Ally, OMNY, Parexel, Prognos Health, QIAGEN, SAS, Snowflake, Symphony Health, Sumitomo Dainippon Pharma, Veradigm, and Verana Health.

This database intends to permit a central, searchable set of information for researchers seeking to tap into the most recent data forged from the disease. This includes real-world data like pharmacy claims, medical claims, demographic data, and electronic health records.

Researchers can explore the COVID-19 research database via an analytics platform,” allowing them to run large-scale researches while protecting patient privacy.”

The group says examples of how this may work include: ” [e]valuations of medication effectiveness using de-identified electronic health record and claims data, recognizing which demographic variables and pre-existing ailments are most closely associated with ventilator support or extra mortality, and quantifying the public health consequence of quarantine measures put in place in various geographies.”

The group running the database stated that investigators whose submissions are approved could access the database free of charge. Findings can be submitted to and made accessible through peer-reviewed publications.

“The first question that many researchers have an encounter with this tragedy is the problem of obtaining high-quality health data which could be used to answer pressing questions like drug and non-drug treatment effects, factors that induce the differential risk of catching the disease and quite different outcomes in those who do,” said Mark Cullen, MD, professor of medicine, Stanford University. “As an enormous public-private collaboration, the COVID-19 Research Database provides scientists a solution and an opportunity to accelerate our understanding of the highly infectious virus.”

“In a global pandemic, it is all hands on deck to fight the virus and tackle the obstacles we are challenged with and try to conquer it. We have the information, and we have the technology to connect it. We need to use these to have a positive impact in the fight against COVID-19 while protecting and maintaining the rights to privacy of people within the data,” stated Jamie Blackport, CEO of Mirador Analytics.

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