Up to 220,000 people in England may have the coronavirus right now

Up to 220,000 people in England may have the coronavirus right now and the prevalence of the virus is SIX TIMES higher in NHS and care workers than the general population

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Up to 222,000 people in England may be infected with the coronavirus right now, according to a Government testing survey.

The first round of random tests of 10,000 members of the public has identified only 33 positive cases of COVID-19 and estimated a national infection rate of 0.27 per cent.

This suggests that 148,000 people had the virus at any given time between April 27 and May 10, with the estimate ranging from 94,000 to 222,000.

And the rate of infection is six times higher in healthcare workers and carers than it is in the general population, the survey found.

While 1.33 per cent of people who worked in patient-facing roles in hospitals or homes tested positive for the virus, only 0.22 per cent of those with other jobs did so.

The 33 people who tested positive came from 30 different households, suggesting they either lived alone or most had managed not to infect the people they lived with. It is not known whether the people had realised they were ill before they were tested.

The survey, of which this is the first set of data, will be ongoing as part of the Government’s ‘test, track and trace’ plans for getting out of lockdown. 

It will be expanded over time from the 5,276 households which were included in today’s data to 10,000 homes in the coming weeks. Anyone aged over two in an enrolled household will complete a nasal swab and return it for testing. 

The Office for National Statistics estimates that 0.27 per cent of the British population (approximately 150,000 people) was infected with the coronavirus between April 27 and May 10

 The figures come as a study from the University of Manchester claimed nearly one in three Britons has already been infected with the coronavirus.

The first scientific study to analyse case rates at local level estimated 29 per cent of the UK population had the illness by April 19.

The academics who led the research said the finding confirms that the majority of sufferers have mild or no symptoms, and are unaware they have been infected.

The analysis suggests unreported community infection is more than 200-times higher than official Government figures.

But the scientists say the fact a quarter of Britons may already be immune to the illness provides ‘light at the end of the tunnel’ for coming out of lockdown.  

Lead researcher Dr Adrian Heald, of The University of Manchester, said: COVID-19 is a highly infectious condition. It is very dangerous for a small group of people.

‘However a much larger group seem to have low or no symptoms and have been unreported. This study tries to provide an estimate of the number of historic infections and gives us all a glimmer of hope that there may be light at the end of the tunnel.

‘We show how effective social distancing and lockdown has been. Though this is a tragedy, it could have been far worse.’

The researchers made their estimate after analysing published local authority data in 144 regions in the UK.

This enabled them to calculate the R-value – the average number of people each COVID-19 patient infects – within each local authority area.

They believe each COVID-19 patient infected 2.8 others before the country went into lockdown on March 23. 

A mere 4.4 per cent of the French population – or 2.8 million people – have been infected by coronavirus, a study led by the Pasteur Institute says. 

Published on Wednesday in the journal Science, researchers say the infection rate in the worst-hit parts of France – the eastern part of the country and the Paris region – is between 9 and 10 per cent on average.

‘Around 65 per cent of the population should be immune if we want to control the pandemic by the sole means of immunity’, the study says. 

The rate of infection was measured by the Pasteur Institute as of May 11, the day when France started to unwind its almost two-month-long national lockdown.

‘As of a consequence, our results show that, without a vaccine, the herd immunity alone will not be enough to avoid a second wave at the end of the lockdown. Efficient control measures must thus be upheld after May 11’, researchers say.

Herd immunity refers to a situation where enough people in a population have immunity to an infection to be able to effectively stop that disease from spreading. 

France’s overall death toll from the virus rose to 27,074 on Wednesday, the fifth-highest in the world, and total number of cases officially stood at 177,700, the seventh-highest total.

The Pasteur Institute also said the lockdown put in place on March 17 in France led to a drastic decline of the coronavirus’ reproduction rate, going from 2.9 to 0.67 over the 55-day virtual standstill of the country.


A Spanish study also published on Wednesday showed similar results, saying about 5 per cent of the country’s population had contracted the disease and that there was no herd immunity in Spain, also emerging progressively for long lockdown.

But they say the reproduction number is now 0.9 or below in every corner of the country thanks to social distancing and the natural consequences of cumulative community infection.  

It is vital that this number stays below 1, otherwise the outbreak will start to rapidly spiral again as people infect others around them at a faster rate. 

The study, published in the International Journal of Clinical Practice, was carried out by a team from the University of Manchester, Salford Royal Hospital and analytics company Res Consortium. 

Dr Heald, who is also Consultant Physician in Diabetes and Endocrinology at Salford Royal NHS Foundation Trust, added: ‘We also demonstrate that like any virus, COVID-19 has taken its natural course and infected a significant percentage of the UK population.

‘The more people that are exposed to this – or any – virus, the less easy it is for further transmission to occur.

‘Government policy can only moderate the impact using measures like widespread testing, social distancing and personal protective equipment.

‘The social and economic impacts of Lockdown have been very difficult. But we believe this analysis may aid policy makers in a smoother transition to reducing social containment and sustainably managing the COVID-19 disease.’

Dr Heald added: ‘This will allow policy makers to avoid a ‘one size fits all’ approach to pandemic policy.

‘That does not consider the variation in both infection rates and impact across localities.’

Mike Stedman, from Res Consortium, said: ‘Using our experience working with the NHS on improving patient services, we conducted this work in our own time.

‘We felt we could make a valuable contribution to the public and policy makers by calculating the progression in the local and national daily infection rate.

‘The figures are not perfect, with the numbers of severely ill patients as a proportion of the total cases being used as a market for estimates of wider infection.

‘Only extensive antibody testing could give us a more accurate picture. But as that is only just becoming available, we believe this form of modelling is important in informing the best approach to unlocking the population.’ 

Dr Heald and Mike Stedman argue that incremental lifting of current social restrictions as soon as possible is vital to minimise further damage to the economy and the impact of prolonged social containment.

However, they add, this must be balanced against containing the current pandemic and minimising future waves of infection.


Every infectious disease is given a reproduction number, which is known as R0 – pronounced ‘R nought’ – or simply R.

It is a value that represents how many people one sick person will, on average, infect if the virus is reproducing in its ideal conditions.

Most epidemiologists – scientists who track disease outbreaks – believe the SARS-CoV-2 virus, which causes COVID-19, has an R value of around 3.

But some experts analysing outbreaks across the world have estimated it could be closer to the 6.6 mark.

As an outbreak goes on, the R0 may be referred to more accurately as Re or just R, as other factors come into play to influence how well it is able to spread. 

Estimates of the COVID-19 R vary because the true size of the pandemic remains a mystery, and how fast the virus spreads depends on the environment. 

As an outbreak progress the R may simply be referred to as R, which means the effective rate of infection – the nought works on the premise that nobody in the population is protected, which becomes outdated as more people recover. 

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