Government takes Denmark off safe travel list in 'urgent' late-night update after new strain of Covid that can spread from MINKS to humans is found there
- Grant Shapps announced people coming to UK from Denmark must quarantine
- New strain of coronavirus was found there in mink that can spread to humans
- Transport Secretary Shapps tweeted after 1am he had made 'urgent decision'
- Move comes into force immediately and travellers must isolate for 14 days
- Both Germany and Sweden also being added to the 'red list' from 4am Saturday
Britons in Denmark were given just three hours to fly home and avoid 14 days quarantine after the Government removed the travel corridor in a 1.30am tweet.
Transport Secretary Grant Shapps announced in the early hours of this morning the Scandinavian country would be stripped of its quarantine-free status at 4am.
He took the 'urgent decision' after a new strain of coronavirus was found to be spreading from minks to humans in Denmark.
Mr Shapps tweeted: 'I've taken the urgent decision tonight to remove DENMARK from the travel corridor list immediately given developments.
'Passengers arriving into the UK from DENMARK from 4am on 6 November 2020 will need to self-isolate for 14 days.'
In other coronavirus news:
- Pubs, restaurants, gyms and non-essential shops were empty yesterday as people in England saw out their first day of a new lockdown;
- An official prediction that coronavirus deaths would soon pass those registered in the first wave has been quietly corrected by the government;
- Ofqual said that GCSE and A-Level grade boundaries should be lowered because of disruption to education caused by the pandemic;
- The UK announced 24,141 new coronavirus cases, down 4 per cent on last week;
- Students at Manchester University ripped down fences erected around their halls.
Transport Secretary Grant Shapps today announced Germany and Sweden are being added to the travel quarantine 'red list'
Mr Shapps tweeted: 'I've taken the urgent decision tonight to remove DENMARK from the travel corridor list immediately given developments
Minks are kept in their cages at a farm in Gjoel in North Jutland, Denmark, as the nation prepares to cull all farmed mink
Denmark has locked down wide areas and is planning to cull the country's 17 million minks after discovering the rapidly spreading coronavirus mutation.
The country's cases spiked this month and on Wednesday it reported 936 new infections.
International travel is restricted during the England-wide four-week shutdown as the the Government urges the nation to stay at home as much as possible.
But Transport Secretary Grant Shapps is sticking with the so-called 'travel corridors' policy.
As the virus resurges across Europe, more countries are being taken off the list, although usually not as suddenly as the three-hour deadline as applied to Denmark.
Yesterday Mr Shapps announced people returning from Germany and Sweden and now Denmark will have to self-isolate for 14 days after 4am Saturday.
Mr Shapps reminded people that travel outside the home is 'not permitted' during lockdown except for 'a limited number of reasons including work or education'.
In his first tweet on he subject yesterday, he wrote: 'In line with the new COVID-19 guidance, travel outside of home, with the exception of a limited number of reasons including work or education, is not permitted during lockdown.
'#TRAVELCORRIDORS do remain critical to the Government's COVID-19 response, keeping imported cases DOWN.
'We are removing SWEDEN and GERMANY from the Travel Corridor list. 'From 4am Saturday 7th November, if you arrive into the UK from these destinations you will need to self-isolate.
'All arriving passengers should complete a passenger locator form on arrival.'
Germany's seven-day rate of coronavirus cases per 100,000 people reached 140 after nearly 20,000 cases were reported on Wednesday.
The rate for Sweden is 190 per 100,000, according to analysis of data collected by the European Centre for Disease Prevention and Control.
The Government had originally been using a threshold of 20 cases per 100,000 to trigger a review of whether a country should be added to the 'red list'.
It is though that ministers are now using a rate of 100 cases per 100,000 to guide decision-making as Europe experiences a surge in infection.
The UK currently has a coronavirus infection rate of approximately 235 cases per 100,000 people.
The Government remains under intense pressure to reduce the 14-day self-isolation period.
Mr Shapps has launched a task force to develop methods of reducing quarantine for people arriving from non-exempt locations.
He said the Government was considering a 'test and release regime' which would still involve a quarantine period of at least a week.
Are we on the brink of a new pandeMINK? Denmark is about to slaughter its entire 17m mink farm population after finding mutated strain of Covid that may be resistant to a vaccine... No wonder fur's flying
By John Naish for the Daily Mail
When it comes to coronavirus we are getting used to grim news: death rates, new cases, second waves, surges, spikes, so-called 'Long Covid'.
But an alarming new development in Denmark this week has rather eclipsed the familiar litany of doom. Twelve people in the north of the country are reported to have become infected with a mutated version of coronavirus that they caught from mink.
Denmark is the world's biggest producer of mink fur, with a turnover of some 1.1 billion euros a year. Now it is about to embark on a massive cull of around 17 million mink housed in 1,500 farms.
Naturally the fur industry — which employs 2,500 people — is in uproar over the move, but it appears the Danish government had little choice.
Twelve people in the north of Denmark are reported to have become infected with a mutated version of coronavirus that they caught from mink. Pictured: A mink breeder holds up a mink as police forcibly gain access to his farm
Although the human victims of the mutated mink virus were not severely ill, scientists at the Danish State Serum Institute discovered that the mutated coronavirus appeared to weaken the body's ability to form antibodies against it. 'The new strain has showed diminished sensitivity towards antibodies,' the researchers warned.
This could threaten the effectiveness of any future vaccine against the Covid-19 virus. In other words, even if the human immune system defences are bolstered by a new vaccine (or by naturally-produced antibodies to Covid-19), we may well not be immune to the new mink-mutated version.
So, are we witnessing the start of a frightening new chapter in the story of Covid-19 in which the virus proves it can mutate into multiple new forms that infect pets and livestock, then come back to re-infect humans all over again?
Possibly. It was back in April that virologists at Erasmus University in Rotterdam first came across cases of the coronavirus jumping from humans to mink and back again. This is a process known as zoonosis.
Denmark is about to embark on a massive cull of around 17 million mink housed in 1,500 farms. Pictured: Employees from the Danish Veterinary and Food Administration and the Danish Emergency Management Agency wearing protective equipment work to kill minks in Gjol, DenmarkIn evolutionary terms, switching between species, intermingling with other viruses and 'swapping' genes, is a way for any virus to ensure its survival by constantly confounding the immune systems of its host — animal or human.
When I raised the prospect of this threat with one of Europe's foremost virology experts, Simon Wain-Hobson, of the Pasteur Institute in France, he said: 'If anyone isolated a novel coronavirus from such a mammal, then I'd gulp.'
Well, this week it was the turn of the Danish prime minister Mette Frederiksen to gulp.
When she announced the cull, she said that unless prompt action was taken the mutated mink virus might have 'devastating consequences worldwide'.
Denmark is not the only country forced to take action. In June, authorities in the Netherlands began gassing tens of thousands of mink because of coronavirus infection.
A month later, Spain culled 100,000 mink after cases were detected at a farm in the Aragón province.
Neither cull is believed to have eradicated the problem, but evidence shows the Danish didn't catch their mink pandemic from either the Dutch or the Spanish.
Theirs appears to be an entirely separate outbreak, which demonstrates how the problem of human-animal-human infection can occur again and again.
Naturally the fur industry — which employs 2,500 people — is in uproar over the move, but it appears the Danish government had little choice. Stock picture.
History shows that viruses which evolve in animals and jump species to infect humans are among humankind's most dangerous and enduring foes.
Pandemic flu, for example, originated in poultry and pigs. Measles came originally from cows.
Newly-emerging killers such as Ebola, SARS and Covid-19 came from bats. Once the viruses learn how to 'shape-shift' in this way, they can go on to acquire even more lethal powers.
The concern comes down to this: when the virus jumps from humans to other animals, it can effectively learn deadly new tricks that may make it more infectious, more deadly and might enable the virus to defeat the best drugs or vaccines. This learning process is called 'viral recombination'.
It happens when two different virus strains infect the same animal cell, co-mix, then produce new viruses that have some genes from both 'parents'.
Thus, instead of finding a vaccine to defeat Covid-19 once and for all, we could end up playing an endless game of smack the rat (or cat, or mink, or bat, hamster, ferret, or macaque — they've all been found Covid-infected), as the virus continuously mutates, shifts species then returns to re-infect us again.
It is in intensive farming — such as the mink industry — that this threat becomes most alarming.
When a virus spreads rapidly through a large, dense pop- ulation (animal or human) it can evolve into ever-deadlier forms even faster.
Because, in this situation, it does not matter if the virus kills its host extremely quickly (and so reduces its own chance of survival) — it can easily jump across to another of the same species, and simply claim victim after victim in a vast murderous spree.
In September, Dutch virologists warned in the online journal bioRxiv that their evidence indicated the mink virus has indeed been evolving more quickly than it had done inside humans.
Urgent studies are now under way to find out how and why mink have been able to catch and spread the infection.
So should we be worried here in the UK? Where farmed mink are concerned, Britain might, at first glance, appear to be immune.
After decades of animal-welfare protests, Parliament banned all fur farming in 2000. By that time, only 11 mink farms were still operating here, producing about 100,000 pelts annually.
However, escapes of American mink from fur farms meant that the animals have been breeding here in the wild since the late 1950s. By 1967, the species had become established in half of England, Wales and lowland Scotland.
This is hardly a surprise, because once mink break out they are notoriously hard to contain, not least because they are such powerful swimmers.
They can devastate entire populations of ground-nesting birds and water voles.
In recent years, though, the UK Mammal Society says UK wild mink numbers have fallen significantly. This is probably thanks to the fact the carnivores have hunted their favourite prey, the water vole, to near extinction.
Disturbingly, however, evidence already shows it is not only mink that are implicated in this doomsday cycle of human-animal-human infection. Some of our closest and most beloved companions may become involved.
A study presented to the European Society of Clinical Microbiology and Infectious Diseases by scientists at the University of Guelph in Ontario, Canada, suggests that a large proportion of pet dogs and cats may already have caught Covid-19 from their owners.
The study, revealed in September, showed that in households where humans had caught Covid-19 and survived, the pets also had high levels of Covid-19 — as evidenced by antibodies in their blood.
Some 88 per cent of cats and 20 per cent of dogs examined for the study tested positive.
Similarly, a report in the journal Emerging Infectious Diseases says that researchers in Hong Kong who tested 50 cats from Covid-19 infected households found that six cats tested positive for it.
'Feline-to-human transmission is theoretically possible,' the researchers warned.
We now know from Denmark's experience with mink that the virus can learn to evolve and reinfect humans in a genetically altered state.
How long before regular infection of companion animals such as dogs and cats enables Covid-19 to learn whole new levels of terrifying abilities?
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