Covid US: 146 have ‘super-tension’ in UK as Florida cases are DOUBLE

Florida has become America’s new ‘super-COVID’ hotspot and leads the country in known cases.

At least 46 cases of the highly contagious variant first identified in the UK have been found in the Sunshine State, more than double the initial figure of 22.

This took place just 20 days after the first case was identified on New Year’s Eve.

The new strain, B 1.1.7., Is feared to be up to 70 percent more transmissible and more easily distributed among children.

It comes on the same day that 13 cases were identified by a laboratory in North Carolina, which today reported no cases of the variant.

This means that nearly 150 Americans have been infected with the strain since the first case was identified late last year.

Recently, researchers from the University of Arizona say it may have been six weeks in the US a little earlier than expected.

The team says that the variant was possible behind a group of cases in California that were traced back to November 6 and another took place on November 23 in Florida.

In addition, a recent report by the World Health Organization (WHO) revealed that 60 provinces around the world are now reporting cases of the variant.

At least 146 Americans in 21 states have been infected with the highly contagious coronavirus variant first detected in the UK

At least 146 Americans in 21 states have been infected with the highly contagious coronavirus variant first detected in the UK

A new WTO report found that B 1.1.7.  was detected in 60 countries (yellow and stripes), ten more countries than it was seven days ago

A new WTO report found that B 1.1.7. was detected in 60 countries (yellow and stripes), ten more countries than it was seven days ago

There are currently 146 cases in 21 U.S. states, according to a DailyMail.com analysis of federal and state data.

This includes at least 46 cases in Florida; 40 in California; 13 in North Carolina; ses in Colorado; five in Minnesota; four each in Indiana and New York; two each in Connecticut, Maryland and Texas; and one each in Georgia, Illinois, Louisiana, Massachusetts, Michigan, New Mexico, Oregon, Pennsylvania, Utah, Wisconsin and Wyoming.

The cases in North Carolina are the most recent identified by MAKO Medical Laboratories, which has two locations in Henderson and the third in Raleigh.

“Our findings show that the mutation has begun to work in the United States,” Steve Hoover, vice president of laboratory operations at MAKO Medical, said in a statement.

“We are in constant communication with public health leaders to keep them informed and up to date.”

Florida, however, leads the country in business at 46.

Dr. Marco Salemi, a professor at the University of Florida and molecular biologist, said the Miami Herald is appealing to the state and federal governments to expand oversight of the new variant.

“We know it’s in Florida,” he said.

‘What percentage [of cases] is impossible to say. The genomes we have were probably collected before or at the beginning of the launch [the variant] in Florida. ‘

The Florida Department of Health has so far only followed up on about 3,000 samples.

Last week, the CDC published a report predicting that the new variant will become the dominant tribe by March 2021.

This led to President Joe Biden asking for more funding for efforts to genetically sequence the virus at the federal level.

Meanwhile, in his weekly update announced on Tuesday, the WHO announced that B 1.1.7. is now in ten countries more than seven days ago.

Countries outside the UK to report cases of the variant include Argentina, Australia, Brazil, Canada, China, France, Germany, India, Italy, Japan, Mexico, Russia, Saudi Arabia, Spain and the USA.

The WHO report also mentioned relatives of the variant that was first identified in South Africa and Brazil.

The South African variant has now been identified in 23 countries, three countries more than ten days ago.

The tribe first originated in the south of England in October in the county of Kent and quickly became the dominant tribe in Britain.

This led to a huge increase in infections with one in 30 Londoners infected with it and plunging the country into a third trap.

In a recent statement, Dr Ashish K Jha, Dean of the Brown University School of Public Health, said urgent aggressive action is needed to limit the spread of new strains as several healthcare systems have a severe shortage of beds and resources.

‘This new, more contagious variant will change the underlying dynamics of the pandemic, with exponential growth in infections making it much more difficult for the virus to limit and overburden our stressed healthcare system.

“The US health care system is already suffering from the burden of the pandemic that is causing the current (old) tension,” he wrote.

But, perhaps most importantly, Jha says that nationwide vaccination efforts should be increased

Gigi Gronvall, an immunologist and senior scholar at the Johns Hopkins Center for Health Security, agrees.

“I do not believe anyone thinks this variant is the reason we have such horrible numbers in the US, but it is not a good indication when you look at whether things could possibly be worse,” she told Miami. said. Herald.

‘So we need to get vaccinations in our arms as soon as possible.

The coronavirus mutant strain has been in the US since November 6 – six weeks before the UK identified it as a ‘variant of concern’, the study finds

By Joe Pinkstone for MailOnline

The highly contagious coronavirus variant B.1.1.7, which originated in Kent in September 2020, reached the US on November 6, new research shows.

It is suspected to have mutated into a single patient in England struggling with a critical case of Covid-19, which forced the virus to adapt and altered its genetic code.

Researchers from the University of Arizona studied the genomes of 50 B.1.1.7 infections in the US and traced their sex to determine when the mutated variant first appeared in the US.

They found two clusters of infections, one in California and one in Florida, which developed on November 6 and November 23, respectively. The first was about six weeks before SAGE told the government about the new variant and health secretary Matt Hancock announced it to the public. .

This retrospective study has the benefit of genomic analysis and retrieval, and the first real case of the Kent strain was only diagnosed on December 29 in an American.

‘It is striking that this generation may have been established in the US for about 5-6 weeks before B.1.1.7 was first identified in the UK in mid-December as a variant of concern,’ the researchers write.

“And it may have spread for almost two months in the US before being detected for the first time on December 29, 2020.”

The study has not yet been reviewed by peers, but is available online as a pre-print.

The exact origin of the Kent variant is unknown, but it is believed to have originated in mid-September.

Dr Susan Hopkins, a senior official in England for Public Health (PHE), said in December that there was originally ‘nothing that particularly indicates that this is a major problem as variants come and go’.

Mutations in viruses occur all the time, with the vast majority of them harmful or harmful to the pathogen.

Sometimes, however, the adaptations to the viral code accidentally give it an edge and increase its success, often by becoming more contagious and easier to spread.

This is what presumably occurred in the B.1.1.7 variant, which according to previous studies occurs more in the upper airways.

A mutation on the vein protein – which protrudes from the coronavirus and hijacks human cells – has made it better to infect humans.

This so-called N501Y mutation also occurs on the South African and Brazilian variants that have since been identified.

The researchers in Arizona found that all of the cases in California have another small mutation, which is seen in only 1.2 percent of European B.1.1.7 cases.

According to them, this indicates a single introductory event, probably of international travel, that gave rise to the variant in California, where it then spread from person to person.

A similar trend has been seen for the Florida number of cases, which is very similar to the most common B.1.1.7 species in the UK.

This is a ‘strong indication that they too are descended from a single introductory event’, say the scientists.

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