• Published on: May 15, 2020
  • 4 minute read
  • By: Dr Rajan Choudhary

Living With COVID And Returning To BAU!

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Hurdles to Business As Usual – Hurdles to Life as Usual –   Living with COVID!

Obstacles to re-open the country

As we come to the 2-month mark of lockdown, its effect on the populous is becoming apparent. The extreme restrictions have had a significant impact on people’s physical health, mental health, and general livelihood, and many people are itching for life to get back to normal. Many countries including New Zealand, Germany, Italy, and Spain have seen the first peak of COVID infections pass, and some have already begun reopening parts of their economy. This has led to concerns from public health officials that relaxing the lockdown too early and too liberally will lead to a rapid increase in infection rates. Indeed, Germany has already seen an increase in R0 above 1 (one infected person will infect more than one person, causing the disease to propagate).

Trying to work out how to reopen a country without causing another spike in COVID deaths is probably the biggest issue faced by public health officials across the world. And trying to convey clear instructions to the public is an issue some countries are currently struggling with. In the next few blogs we will look at the issues faced, what has worked and what needs improvement, and what we as the public can do to keep ourselves safe.

THE MASKS WE WEAR

We have discussed masks at the start of the pandemic, and we have discussed masks as the pandemic has progressed. Why are we bringing it up again?

Masks have been a heated point of contention, but their role in public health has matured over the past few weeks. At the beginning of the pandemic, masks were a rare commodity, with DIY stores running dry of masks, stories of people stealing masks from clinical environments, and very confusing advice on whether the public should wear masks in public.

At that time the WHO had recommended only infected patients and those working with infected people wear masks, to save on the precious PPE for medical professionals. N95 respirators are seen as the gold standard in protective equipment, and hospitals are still struggling to provide staff with enough respirators, let alone the public. Concerns have also been raised on whether using masks will provide a false sense of security, especially if they stop washing hands or touch the infected parts of the masks.

But now we are past the first COVID peak, and advice on masks has changed. People should wear a mask if they are in public. Germany has implemented this advice, as has Austria for its public markets. In the US many stores are requesting public wear masks before entry. Rather than surgical masks or respirators, the use of homemade or purchased cotton masks has been encouraged.

LET’S LOOK AT WHY

Surgical masks and respirators aim to protect the user from inhaling microscopic aerosolized COVID particles. Cotton masks do not function this way. Instead, they prevent the wearer from spreading COVID by catching much larger droplets that is coughed/sneezed or generally breathed out.

The majority of people with COVID-19 are able to spread the infection to others up to 3 days before they show symptoms. Indeed as many as 50% of infections seem to occur from pre-symptomatic individuals. During this time they produce the greatest amount of viral particles, and these particles can stay in the air for several hours.  Someone with asymptomatic COVID walking around in public or in a shop could infect lots of people.

So wearing a mask, even if you are not symptomatic or around infected patients helps prevent the spread of the infection. We know already just how infective COVID-19 is, so any measures that reduces infection even a little will end up reducing spread drastically on a population level. It has been compared to seatbelts – one person might not feel the benefits, but they save thousands of lives across the country on a yearly basis.

IS THERE ANY EVIDENCE?

In our blogs, we often talk about the importance of evidence. We look at the quality of evidence, how different types of research gives good and bad evidence, and why we should always give evidence-based advice.

So is there any evidence supporting masks? We have evidence that cloth masks can stop 99% of droplets that are coughed up, and whilst it doesn’t block aerosols or actual viral particles it still has a significant impact on transmission. We also have strong evidence from high infectivity in choir groups and at call centers that the majority of transmission is via the air, rather than from surfaces.

But what about the highest level of evidence? Comparing people who do or don’t wear masks is not a study that can be easily performed or one that has been performed adequately. But why should you wait? There is minimal to no risk associated with wearing a cloth mask, it offers some protection to you and a lot of protection to the public. In these cases, we should take a precautionary approach.

We don’t have any high-quality evidence looking at hand washing or physical distancing. But precautionary measures enforced have helped reduce infectivity. The same applies to masks. The best we can offer is an Australian study looking at mask use during influenza. They found observational data suggest that transmission of viral respiratory infection was significantly reduced during the SARS epidemic with the use of face masks as well as other infection control measures” and “in an adjusted analysis of compliant subjects, masks as a group had protective efficacy in excess of 80% against clinical influenza-like illness.”. In compliant users, masks were highly efficacious.

So that’s our advice. If you're going to go out in public, wear a mask.

If you don’t have a mask, you can order one online. Or be adventurous. Make one out of an old T-shirt or sock. Here are some ways to make one without needing to sew.

https://www.theguardian.com/us-news/2020/may/11/make-non-medical-coronavirus-face-mask-no-sewing-required masks

https://www.youtube.com/watch?v=r51YroAFPds DIY Face Mask

MORE INFORMATION

https://www.fast.ai/2020/04/20/skeptics-masks/#mightnt-people-handle-their-masks-wrong-and-make-things-worse Masks - FAQ

https://www.bmj.com/content/369/bmj.m1435 face masks for the public

https://www.thelancet.com/journals/lancet/article/PIIS0140-6736(20)30918-1/fulltext wearing face masks in the community during the COVID-19 pandemic: altruism and solidarity

https://twitter.com/trishgreenhalgh/status/1253244613927874560 twitter trisha

Dr Rajan Choudhary, UK, Chief Product Officer, Second Medic Inc

www.secondmedic.com

Read Blog
How Cold Weather Affects Health: Understanding Winter’s Impact on the Body

How Cold Weather Affects Health: Understanding Winter’s Impact on the Body

Seasonal changes influence human health more than most people realise. Cold weather, in particular, places unique stress on the body and can worsen existing health conditions while increasing susceptibility to new illnesses. Understanding how cold weather affects health is essential for preventing seasonal complications and maintaining wellbeing during winter months.

In India, winter-related health issues vary by region but commonly include respiratory infections, cardiovascular strain and joint discomfort. According to the Indian Council of Medical Research (ICMR) and World Health Organization (WHO), cold exposure is associated with increased morbidity, especially among older adults and people with chronic conditions.

 

Why Cold Weather Impacts the Body

The human body works constantly to maintain core temperature. In cold environments:

  • blood vessels constrict to conserve heat
     

  • energy expenditure increases
     

  • immune responses may weaken
     

  • organs work harder to maintain balance
     

These adaptations, while protective, also create health vulnerabilities.

 

Increased Risk of Infections

Weakened Immune Response

Cold weather can suppress immune function, making it harder for the body to fight infections.

Factors contributing to winter infections include:

  • reduced vitamin D due to less sunlight
     

  • dry air affecting mucosal defenses
     

  • closer indoor contact
     

Common winter infections include colds, flu and respiratory illnesses.

 

Respiratory Health Problems

Cold air irritates the respiratory tract.

This can lead to:

  • worsening asthma symptoms
     

  • bronchitis flare-ups
     

  • increased cough and breathlessness
     

WHO reports higher hospital admissions for respiratory illnesses during colder months.

 

Impact on Heart Health

Cold temperatures affect cardiovascular function.

Blood Vessel Constriction

Cold causes blood vessels to narrow, increasing:

  • blood pressure
     

  • heart workload
     

This raises the risk of:

  • heart attacks
     

  • strokes
     

People with existing heart disease are particularly vulnerable.

 

Joint and Muscle Pain

Cold weather affects musculoskeletal health.

Common complaints include:

  • joint stiffness
     

  • muscle aches
     

  • worsening arthritis pain
     

Lower temperatures reduce joint lubrication and increase sensitivity to pain.

 

Metabolic and Weight Changes

Winter often leads to:

  • reduced physical activity
     

  • increased calorie intake
     

  • metabolic slowdown
     

These changes contribute to weight gain and worsen metabolic conditions such as diabetes.

 

Skin and Hydration Issues

Cold air holds less moisture.

This leads to:

  • dry skin
     

  • cracked lips
     

  • worsening eczema
     

Dehydration is also common as thirst perception reduces in cold weather.

 

Mental Health Effects

Seasonal changes can influence mental wellbeing.

Cold weather is associated with:

  • low mood
     

  • reduced motivation
     

  • seasonal affective symptoms
     

Limited sunlight affects circadian rhythm and serotonin levels.

 

Cold Weather and Older Adults

Elderly individuals face higher risks due to:

  • reduced temperature regulation
     

  • weaker immunity
     

  • existing chronic conditions
     

Winter-related complications are a significant cause of hospitalisation in older populations.

 

Why Chronic Diseases Worsen in Winter

Conditions such as:

  • hypertension
     

  • arthritis
     

  • asthma
     

  • diabetes
     

often worsen due to reduced activity, stress on organs and infection risk.

 

Preventive Strategies for Winter Health

Maintain Body Warmth

Layered clothing and warm environments reduce cold stress.

 

Support Immunity

Adequate nutrition, vitamin intake and sleep strengthen immune defences.

 

Stay Physically Active

Indoor exercises and regular movement prevent stiffness and metabolic decline.

 

Manage Chronic Conditions

Regular monitoring and medication adherence are critical during winter.

 

Hydration and Skin Care

Drinking fluids and using moisturisers prevent dehydration and skin damage.

 

Role of Preventive Healthcare

Preventive healthcare helps:

  • identify seasonal risk factors
     

  • adjust treatment plans
     

  • prevent winter complications
     

NITI Aayog highlights seasonal preparedness as an important public health strategy.

When to Seek Medical Help

Medical attention is necessary if:

  • infections persist or worsen
     

  • chest pain or breathlessness occurs
     

  • joint pain limits mobility
     

  • mental health symptoms interfere with daily life
     

Early care prevents serious outcomes.

 

Long-Term Impact of Ignoring Winter Health Risks

Ignoring cold weather effects may lead to:

  • severe infections
     

  • cardiovascular events
     

  • chronic pain progression
     

  • reduced quality of life
     

Seasonal awareness plays a critical role in long-term health.

 

Conclusion

Understanding how cold weather affects health allows individuals to take timely preventive measures. Winter increases the risk of infections, heart strain, respiratory problems, joint pain and mental health challenges. With proper warmth, nutrition, activity and preventive healthcare, most cold-related health issues are manageable and preventable. Seasonal care is not optional—it is essential for protecting health and wellbeing throughout the colder months.

 

References

  • ICMR – Seasonal Health and Infectious Disease Reports

  • National Family Health Survey (NFHS-5) – Seasonal Morbidity Data

  • NITI Aayog – Preventive Healthcare and Seasonal Preparedness Strategy

  • WHO – Cold Weather and Health Impact Guideline

  •  Lancet – Seasonal Variation in Cardiovascular and Respiratory Diseases

  • Statista – Winter Health Trends and Illness Data

  • Indian Journal of Public Health – Climate and Health Studies

See all

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