Extra chewing gum vibes off Harry Style’s ‘Watermelon Sugar’ in their post-Covid ad dedicated to touching
Extra chewing gum vibes off Harry Style’s ‘Watermelon Sugar’ in their post-Covid ad dedicated to...

Sarah Finnan

The step-by-step guide to laying a chic summer tablescape
The step-by-step guide to laying a chic summer tablescape

Holly O'Neill

According to science, there is one way to upgrade your biscuit break
According to science, there is one way to upgrade your biscuit break

Shayna Sappington

5 mobile apps to help you save money now
5 mobile apps to help you save money now

IMAGE

Here’s exactly what to look for in your eye cream depending on your issue
Here’s exactly what to look for in your eye cream depending on your issue

Melanie Morris

7 new must-sees we can’t wait to watch this year
7 new must-sees we can’t wait to watch this year

Jennifer McShane

This Rathgar home with a separate coach house is on the market for €2.95 million
This Rathgar home with a separate coach house is on the market for €2.95 million

Megan Burns

Image / Editorial

WHO reviewing ‘evidence emerging’ of airborne spread of COVID-19


by Jennifer McShane
07th Jul 2020
blank

Some studies suggest the virus that causes COVID-19 can persist in aerosol form. While there isn’t “definitive” evidence, The World Health Organisation (WHO) said it is growing


The World Health Organisation said this week there is “evidence emerging” of the airborne spread of the Coronavirus. It comes after a group of scientists urged the global body to update its guidance on how the respiratory disease passes between people.

In response, the WHO said they will study fresh evidence on airborne transmission of the Coronavirus, while maintaining that it’s spread primarily by large respiratory droplets that, once expelled by infected people in coughs and sneezes, fall quickly to the floor.

Most recently, the WHO said airborne transmission of the virus is possible only after medical procedures that produce aerosols, or droplets smaller than 5 microns. (A micron is equal to 1 millionth of a meter.) Proper ventilation and N95 masks are of concern only in those circumstances, according to the WHO.

However, this week, a group of 239 international scientists said Covid-19 can spread through the air far beyond two metres, explaining that when an infected person exhales, they expel droplets. And these droplets under five micrometres in size can become suspended in the air for several hours and travel up to tens of metres, according to the group.

Emerging evidence 

Benedetta Allegranzi, the WHO’s technical lead on infection control, said in a virtual press conference: “We acknowledge that there is emerging evidence in this field.

“And therefore we believe that we have to be open to this evidence and understand its implications regarding the modes of transmission and also regarding the precautions that need to be taken,” she said.

She emphasised that they did not yet have solid evidence to support the airborne claims.  “Especially in the last couple of months, we have been stating several times that we consider airborne transmission as possible but certainly not supported by solid or even clear evidence.

“It is important that what we know fits into the guidance that we have,” added Maria Van Kerkhove, the WHO’s Covid-19 technical lead.

“We will be issuing our brief in the coming days, and that will outline everything that we have in this area.”

This news comes after the Irish government has extended its travel advice to avoid all non-essential travel to and from Ireland. This will remain in place until at least July 20th, when a published ‘green list’ of countries to which it’s safe to travel will be unveiled. This list will be updated every two weeks.

Main photograph: Unsplash


Read more: ‘The worst is yet to come’: WHO issues stark warning as Ireland reopens after lockdown

Read more: Cancel your foreign holidays: Dr. Tony Holohan warns holiday-goers not to take the risk

Read more: IMAGEWrites: the trend for slow, responsible travel is only set to accelerate