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Published on: Apr 20, 2020
3 minute read
By: Dr Rajan Choudhary

COVID-19 MYTHBUSTER

MYTHBUSTER

There are many rumours, theories and suggestions that are being spread on Facebook, WhatsApp and social media. Most of these have no truth to them, do not work as treatment, or can be dangerous to your health. They use language that makes them sound scientific, and usually claim to come from a reputable institute, medical journal or doctor. Many people will automatically trust this, without questioning whether the legitimacy of the advice given. We have covered the dangers of these social media posts in our blog: https://www.secondmedic.com/blogs/the-dangers-of-social-media-blind-forwards secondmedic blog

Here we will go over some common myths about COVID-19 and Coronavirus that you will encounter. If you have come across any new myths or theories, or you want to check something you have read or been sent, email us at info@secondmedic.com

5G mobile networks DO NOT spread COVID-19

This is a myth that has been spreading recently, claiming that the new 5G towers being erected are spreading COVID-19. This is not true and there is no scientific evidence to support this.

Coronavirus spreads on small droplets that are coughed up by infected people. It is possible to prove this by looking at these droplets under an electron microscope. 5G networks use radio waves to operate, similar to 4G networks and other mobile network technologies. Radio waves cannot carry or transmit viral particles.

Another theory is that 5G radio waves cause damage to the human body. Radio waves have very little energy and pass through the human body without causing any harm. They have less energy than sunlight, and we are exposed to sunlight daily without harm.

People are claiming that 5G and coronavirus arrived at the same time, and so must be connected. Simply linking two things together does not mean one causes another. 5G technology does not exist in many countries with COVID-19, and yet some of these countries have been hit harder than well developed countries.

Destroying masts because of this conspiracy theory is harmful, as these masts carry mobile network signals that allow people to phone in emergencies, and for emergency responders to communicate with hospitals, fire stations and the police. Destroying these masts can cause serious harm to others.

Coronavirus WAS NOT developed in a laboratory as a weapon by China/Russia/US

Multiple reputable labs and universities across the world have analysed the coronavirus responsible for COVID-19, and have determined there is no evidence it was produced by humans. It is very similar to pre-existing coronaviruses that have caused the SARS and MERS pandemics. Conspiracy theories such as these are being used to shift the blame to others and gain political points in the news, rather than focus on what is important – preventing the spread of the virus and treating those that are ill.

Holding your breath for 10 seconds or more without coughing DOES NOT prove you are free of COVID-19

One popular test that has spread on WhatsApp states you can see whether you have COVID-19 with one simple test. If you can hold your breath for more than 10 seconds without coughing or feeling any discomfort, you do not have COVID-19 and are safe. It says that COVID-19 causes fibrosis in your lungs and this can stop you from holding your breath. There is no evidence supporting this theory.

Many people who have had COVID-19 can hold their breath for 10 seconds, and many people who are virus free are unable to hold their breath. The only way to determine if you have had the virus is through a nose or throat swab to check for the virus. If you have symptoms of COVID-19 (fever, dry cough, feeling tired, shortness of breath), you should assume you have the virus and isolate yourself.

Drinking alcohol DOES NOT protect you against COVID-19

Alcohol is a disinfectant. Washing your hands with alcohol based hand gels can destroy the bacteria. However drinking alcohol is not the same. When you drink alcohol it is processed by your body to release energy, and it loses its disinfectant properties. Drinking too much alcohol can cause alcohol poisoning and damage your liver.

Hundreds of people have died as a result of drinking methanol, a dangerous form of alcohol.

Spraying alcohol over your body will kill any virus that is on your skin. But you should only use alcohol based hand gels, as they have the right amount of alcohol that does not harm your skin. Alcohol based gels will not cure COVID, as the virus causing the symptoms is in your lungs, not your skin.

Drinking bleach DOES NOT protect you against COVID-19. IT CAN KILL YOU

Just like alcohol, disinfectants and bleach can kill the virus if sprayed onto a surface that has the virus. But drinking them is highly dangerous and can be lethal. If ingested bleach will destroy your stomach just like it destroys the virus, and it will continue to destroy your body depending on how much is ingested.

DO NOT DRINK BLEACH.

Similarly do not spray disinfectant or bleach on your skin. It is highly irritating and can cause a lot of damage, especially if it gets in your eyes, nose or mouth.

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

www.secondmedic.com

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How Remote Patient Monitoring is Enhancing Chronic Disease Management

Managing chronic diseases like diabetes, hypertension, heart conditions, and asthma is a daily challenge for millions of people worldwide. These conditions require continuous care, regular monitoring, and timely medical interventions. In recent years, one innovation has been transforming this space dramatically — Remote Patient Monitoring (RPM).

This modern healthcare solution is reshaping how patients and doctors manage long-term health issues, offering more convenience, better health outcomes, and cost-effective care. In this blog, we will explore how remote patient monitoring is enhancing chronic disease management, and why it’s becoming essential for modern healthcare.

What is Remote Patient Monitoring (RPM)?

Remote Patient Monitoring is a system where patients use digital technologies to collect their health data and send it to healthcare providers in real-time or at scheduled intervals. This can include data like:

Blood pressure
Blood sugar levels
Oxygen saturation
Heart rate
Weight
Medication usage
Physical activity levels

These devices may be as simple as a smartwatch or a connected glucose monitor. Healthcare professionals review this data remotely and take necessary action if any red flags appear.

The Growing Need for RPM in Chronic Disease Care

Chronic diseases are not just long-term; they are often unpredictable and require personalized care. Traditional healthcare models — where patients visit the doctor every few months — don’t always provide timely insights.

RPM fills this gap by:

Offering real-time monitoring
Reducing the need for frequent in-person visits
Helping doctors intervene before conditions worsen

In essence, it brings the doctor’s care to the patient’s home.

Benefits of RPM in Managing Chronic Diseases

Let’s look at the many ways RPM is helping both patients and healthcare providers manage chronic conditions more effectively.

1. Early Detection of Complications

RPM allows for continuous health monitoring, which makes it easier to spot issues early. For instance, if a patient's blood pressure readings are consistently high, a doctor can be alerted immediately and adjust medication or recommend lifestyle changes.

2. Better Patient Engagement

Patients become more aware and involved in their own care when they can track their health data daily. This awareness often leads to better compliance with medication, diet, and exercise.

3. Reduced Hospital Visits and Readmissions

With RPM, many flare-ups or emergencies can be avoided. This reduces the number of emergency room visits and prevents unnecessary hospital readmissions, which also saves healthcare costs.

4. Personalized and Data-Driven Care

Doctors get detailed and continuous insights into each patient’s health trends. This helps them tailor treatment plans based on real-time data, not just occasional checkups.

5. Improved Access to Care

RPM is a game-changer for people living in rural or underserved areas where regular visits to specialists are not possible. It ensures they receive the same level of care without having to travel.

RPM in Action: Real-Life Applications

Remote Patient Monitoring is already being used effectively in many chronic diseases:

Diabetes Management: Smart glucose monitors send daily sugar readings to doctors who can adjust insulin doses as needed.
Heart Disease: Patients use connected ECG devices or wearable heart monitors. Any irregular heart rhythm alerts the doctor in real-time.
COPD and Asthma: Oxygen levels and respiratory rates are tracked remotely. Doctors can act before a patient suffers a severe attack.
Hypertension: Blood pressure monitors transmit data daily, making it easier to control and manage high BP without delay.

Technology Behind RPM

Modern RPM systems rely on:

Wearable Devices: Smartwatches, fitness trackers, glucose monitors, etc.
Mobile Health Apps: These apps collect and transmit data securely to doctors.
Cloud-Based Platforms: All patient data is stored and analyzed in the cloud, which doctors can access instantly.
AI and Predictive Analytics: Advanced systems use AI to detect patterns and even predict potential health risks before they happen.

The combination of these technologies creates a smooth, integrated care experience for the patient and a more effective way for healthcare providers to manage diseases.

Challenges in RPM — And How They’re Being Solved

Like any innovation, RPM has some challenges:

Data Privacy: Patients worry about how their health data is handled. The solution? Encrypted data storage and strict compliance with privacy laws like HIPAA.
Technology Access: Not everyone has access to smart devices or reliable internet. Governments and private companies are working to improve access in rural and low-income areas.
Digital Literacy: Elderly or less tech-savvy patients may find RPM devices hard to use. To solve this, devices are being made simpler, and training programs are often offered.

The Future of Chronic Disease Management with RPM

The future looks promising. With the rise of 5G, AI, and Internet of Things (IoT), RPM is becoming more efficient and accessible. Hospitals and clinics are now integrating RPM into their primary care models, insurance companies are beginning to cover it, and patients are demanding more home-based care options.

As this technology continues to evolve, we can expect:

Faster interventions
Better long-term health outcomes
Lower healthcare costs
More empowered patients

Conclusion: Transforming Care, One Device at a Time

Remote Patient Monitoring is not just a trend — it’s a vital solution to one of healthcare’s biggest challenges: managing chronic diseases. It empowers patients, supports doctors, and makes continuous, personalized care possible without needing to be physically present at a hospital or clinic.

If you're living with a chronic condition or caring for someone who is, consider asking your doctor about RPM options. It's an investment in better health, peace of mind, and independence.

Ready to experience better chronic care? Learn more about how remote patient monitoring is enhancing chronic disease management and take a step toward healthier living today