How coronavirus is impacting Devon outside of Exeter

Below this article Owl posts the latest (9 October) press release from Tim Spector’s symptom tracker app group. This is less gloomy than current statements from the Government. It reports that this is the second week in a row that “R” numbers have come down. Infection rates are slowing down but still rising. 

Chloe Parkman 

The picture of coronavirus in Devon, outside of the city of Exeter which is dealing with an outbreak at the University, has been explained by health bosses.

It comes as the county is put in Tier 1, medium risk, in the Government’s three-tier lockdown system.

A spokesperson for Public Health Devon said: “Cases elsewhere in Devon are still comparatively low (and certainly below the national average) compared to other local authorities.

“Outside of Exeter the highest current weekly rate in Devon is East Devon at 48 per 100,000 population and the lowest currently weekly rate is Torridge at 20 per 100,000 population, compared to a national weekly rate of 165 per 100,000.

“There is no dominant factor that would explain how the infection is spreading – some have arisen from residents returning from abroad or other areas where infection rates are higher, while other cases arise within households, or from social interaction.

”There is no evidence to suggest significant infection occurring in schools.

”Because of that broad pattern of infection, it’s even more imperative that we follow the latest guidance around social distancing, washing our hands regularly, and wearing face coverings.”

PM Boris Johnson has warned that there are more people in hospital with coronavirus than when the country first went into lockdown and that deaths are rising.

Making a statement in the Commons, the Prime Minister said: “This morning, the deputy chief medical officer set out the stark reality of the second wave of this virus.

“The number of cases has quadrupled in the last three weeks, there are now more people in hospital with Covid than when we went into lockdown on March 23 and deaths are already rising.”

The PM added that he did not think a second national lockdown ‘would be the right course’

COVID cases still on the rise and North South divide continues /post/covid-cases-still-on-the-rise

According to the COVID Symptom Study (CSS) UK Infection Survey figures, there are currently, 21,903 daily new symptomatic cases of COVID in the UK on average over the two weeks up to 04 October (excluding care homes). This is an increase of 1,000 cases in the last seven days. This figure is based on the number of newly symptomatic app users per day, and the proportion of these who give positive swab tests. The latest figures were based on the data from 12,078 recent swab tests done between 20 September to 04 October.

The app’s data shows a big disparity between the North and South of England. There are more than five times more cases in the North compared to the South of England, with the most new cases being seen in North East and Yorkshire (5,425) followed by North West (5,248). The South of England data suggests that the second wave has yet to impact this region. Currently the new cases in South West and South East are still below a thousand daily (985 and 914 respectively). This supports a regional approach to restrictions. The top three areas of concern with one in 100 estimated people infected are around Glasgow, Nottingham and Sheffield according to our data.

The CSS UK Infection Survey R values for the UK are; England 1.0 , Scotland 1.1 and Wales 1.1. This is the second week in a row that the R values have come down. The R value of 1.0 in England is a positive sign that the upward trend that was seen a few weeks ago has slowed down, but is still rising.

The CSS UK Infection Survey has been running since early May when the COVID Symptom Study commenced the daily swab testing programme provided by the Test and Trace. The CSS has so far recorded over a million swab results from app users. The CCS UK Infection Survey estimates the number of current COVID-19 positive cases in the community based on the information logged by users in the app and the results from the swab testing programme. It identifies differences in numbers within the regions throughout the UK, and tracks the change in estimated cases over time. It is the largest survey of its kind in the UK, bigger than the ONS’s COVID-19 Infection Survey and the REACT study by Imperial College London.

The COVID Symptom Study app is a not-for-profit initiative that was launched at the end of March 2020 to support vital COVID-19 research. The app was launched by health science company ZOE with scientific analysis provided by King’s College London. With over 4 million contributors, the Study is the world’s largest ongoing Symptom study of COVID-19.

Tim Spector, Professor of Genetic Epidemiology at King’s College London, comments:

“There are a lot of data sources out there and they are generally showing the same trends. Our data shows that rates are still rising but we have been seeing a slowing down nationally of the increase in daily new cases, which is reflected in the R values of 1 and 1.1. The data also show increasing regional differences with worst hit areas in the North of England still increasing rapidly- especially now Yorkshire and the North-East.

Our data is a number of days ahead of the other sources, which means we are an early warning system, unlike the figures on confirmed cases, which have a big lag and are prone to error. It’s good news that cases are slowing down, but we aren’t out of the woods yet, especially hospital admissions are starting to increase, which we predict will continue to do so over the next two weeks.

It’s unclear yet if local measures like the 10pm curfew have had a real impact but what is important is that people understand the risks in their area and the range of early symptoms found on the app. The key to get this virus back under control is to follow the guidelines around self isolation. If you think you might have COVID-19 stay at home, get better and help to keep others safe and stop the spread of this virus.”