Since lockdown began, Jo-Anne Johnson has noticed a strange phenomenon – cases of childhood breathing problems seem to be improving. The clinician explains what might be causing this
SPOILER ALERT
DON'T RUSH INTO CHEMICALLY DISINFECTED SCHOOLS TOO SOON
BEFORE THEY ARE PROPERLY AIRED OUT
SCHOOLS BEFORE THE PANDEMIC WERE THE WORST PLACE FOR INDOOR AIR QUALITY FOR CHILDREN WHO ARE THERE EIGHT HOURS A DAY
SCHOOLS BEFORE THE PANDEMIC WERE THE WORST PLACE FOR INDOOR AIR QUALITY FOR CHILDREN WHO ARE THERE EIGHT HOURS A DAY
MORE SO EVEN THAN THE DIESEL POLLUTION FROM THE IDLING SCHOOL BUS
#IEQ #IAQ
For such a dramatic clinical effect to occur over such a short space of time for so many, there has to be an environmental reason to explain some of it ( AP )
It’s Monday morning and I’m running my regular children’s sleep clinic. Except it’s not a Monday morning like any other I have had in my 20 years of practice. I am running the clinic on my laptop, seeing patients and their families on a video screen rather than in person, in an eerily quiet children’s outpatient department.
After two months of Covid-19 lockdown and working “all hands on deck” to deal with the pandemic surge, I am allowed to resume my outpatient work. One thing that strikes me in this clinic is another new phenomenon. Parents are reporting that their child’s symptoms have dramatically improved over the last few weeks.
Most of the children I see in my clinic have obstructive sleep apnoea, a condition that leads to a disturbed night’s sleep due to the repeated blocking of the upper airways (apnoeas). This leads to daytime symptoms such as tiredness, behavioural issues and poor concentration. Left untreated, these children may not reach their full academic potential and may go on to develop heart failure in later life.
We often see symptoms improving gradually as children get older, but families were reporting a near-resolution of symptoms over just a few weeks. To my amazement, this trend has continued from lockdown into the period of social distancing we are currently facing.
This has led me to reflect on how unexpectedly quiet our paediatric wards have been since the start of the Covid-19 pandemic. The vast majority of children with Sars-CoV-2 (the virus that causes Covid-19) have very mild symptoms and are not admitted to hospital. But what about all the other acute conditions that normally fill our wards at this time of year, such as asthma?
Read more
#IEQ #IAQ
For such a dramatic clinical effect to occur over such a short space of time for so many, there has to be an environmental reason to explain some of it ( AP )
It’s Monday morning and I’m running my regular children’s sleep clinic. Except it’s not a Monday morning like any other I have had in my 20 years of practice. I am running the clinic on my laptop, seeing patients and their families on a video screen rather than in person, in an eerily quiet children’s outpatient department.
After two months of Covid-19 lockdown and working “all hands on deck” to deal with the pandemic surge, I am allowed to resume my outpatient work. One thing that strikes me in this clinic is another new phenomenon. Parents are reporting that their child’s symptoms have dramatically improved over the last few weeks.
Most of the children I see in my clinic have obstructive sleep apnoea, a condition that leads to a disturbed night’s sleep due to the repeated blocking of the upper airways (apnoeas). This leads to daytime symptoms such as tiredness, behavioural issues and poor concentration. Left untreated, these children may not reach their full academic potential and may go on to develop heart failure in later life.
We often see symptoms improving gradually as children get older, but families were reporting a near-resolution of symptoms over just a few weeks. To my amazement, this trend has continued from lockdown into the period of social distancing we are currently facing.
This has led me to reflect on how unexpectedly quiet our paediatric wards have been since the start of the Covid-19 pandemic. The vast majority of children with Sars-CoV-2 (the virus that causes Covid-19) have very mild symptoms and are not admitted to hospital. But what about all the other acute conditions that normally fill our wards at this time of year, such as asthma?
Read more
Lockdown prompts drop in children needing emergency asthma treatment
We usually see a surge in children with acute allergic asthma attacks during the period of May-June, which corresponds to the peak tree pollen counts. But we have barely seen any cases in this period.
I’m sure there is an element of increased home-management with parents understandably reluctant to bring their children anywhere near a hospital at this time. But we would still expect to see a significant number of children whose symptoms are severe enough to need specialised hospital treatments.
For such a dramatic clinical effect to occur over such a short space of time for so many children, there has to be an environmental reason to explain at least part of it. The biggest change for children during the Covid-19 pandemic has been the closure of schools and nurseries. Only children of key workers have been allowed to attend primary school and nurseries from late March until early June in the UK.
Whether these effects last remains to be seen. Up to now, our attention has focused on containment of the contagion, but it appears there are other lessons to be learnt
This measure, combined with social distancing policies outside school, is likely to have reduced the spread of not only Sars-CoV-2 among children but also reduced the spread of other viruses. And respiratory viruses are strongly associated with acute asthma and worsening obstructive sleep apnoea symptoms in children.
Another similarity between asthma and obstructive sleep apnoea is their association with allergens. During the period of lockdown, unless making essential journeys for work or school, or to get groceries, the public (including children) were allowed out of their homes only once a day for up to one hour to exercise. This would have reduced their exposure to common airborne allergens such as tree pollen, a potent trigger of allergic asthma and hay fever. Both are positively associated with obstructive sleep apnoea in children.
Nitrogen dioxide emissions in China before and after lockdown (Nasa)
There is also good evidence of a correlation between air pollution and asthma or obstructive sleep apnoea. Fine-particulate matter and gases, such as nitrogen dioxide (NO2), are known to trigger airway inflammation. As travel has declined globally during the pandemic, there has already been a significant reduction in air pollution levels, particularly in industrial countries across the world. Data from Nasa suggests a 20 per cent to 30 per cent reduction in NO2 emissions in Europe between March 2019 and March 2020.
Read more
We usually see a surge in children with acute allergic asthma attacks during the period of May-June, which corresponds to the peak tree pollen counts. But we have barely seen any cases in this period.
I’m sure there is an element of increased home-management with parents understandably reluctant to bring their children anywhere near a hospital at this time. But we would still expect to see a significant number of children whose symptoms are severe enough to need specialised hospital treatments.
For such a dramatic clinical effect to occur over such a short space of time for so many children, there has to be an environmental reason to explain at least part of it. The biggest change for children during the Covid-19 pandemic has been the closure of schools and nurseries. Only children of key workers have been allowed to attend primary school and nurseries from late March until early June in the UK.
Whether these effects last remains to be seen. Up to now, our attention has focused on containment of the contagion, but it appears there are other lessons to be learnt
This measure, combined with social distancing policies outside school, is likely to have reduced the spread of not only Sars-CoV-2 among children but also reduced the spread of other viruses. And respiratory viruses are strongly associated with acute asthma and worsening obstructive sleep apnoea symptoms in children.
Another similarity between asthma and obstructive sleep apnoea is their association with allergens. During the period of lockdown, unless making essential journeys for work or school, or to get groceries, the public (including children) were allowed out of their homes only once a day for up to one hour to exercise. This would have reduced their exposure to common airborne allergens such as tree pollen, a potent trigger of allergic asthma and hay fever. Both are positively associated with obstructive sleep apnoea in children.
Nitrogen dioxide emissions in China before and after lockdown (Nasa)
There is also good evidence of a correlation between air pollution and asthma or obstructive sleep apnoea. Fine-particulate matter and gases, such as nitrogen dioxide (NO2), are known to trigger airway inflammation. As travel has declined globally during the pandemic, there has already been a significant reduction in air pollution levels, particularly in industrial countries across the world. Data from Nasa suggests a 20 per cent to 30 per cent reduction in NO2 emissions in Europe between March 2019 and March 2020.
Read more
The World Health Organisation declared Covid-19 a public health emergency of international concern on 30 January 2020. Since then, saturation news coverage has emphasised the dangers of the disease. As a clinician, I prepared for these dangers, but have been surprised by some of the unexpected consequences of the lockdown, which seem to be related to wide-scale behavioural change.
Whether these effects last remains to be seen. Up to now, our attention has focused on containment of the contagion, but it appears there are other lessons to be learnt.
Jo-Anne Johnson is a senior lecturer in child and family health at Anglia Ruskin University. This article first appeared on The Conversation
Whether these effects last remains to be seen. Up to now, our attention has focused on containment of the contagion, but it appears there are other lessons to be learnt.
Jo-Anne Johnson is a senior lecturer in child and family health at Anglia Ruskin University. This article first appeared on The Conversation
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