Published on 25 June 2021
Three negative effects of electrosmog on the cardiovascular system
It’s not necessarily a bad thing if your heart skips a beat once in a whole or you feel dizzy – but you should still see a doctor to be on the safe side. To find a possible cause for your cardiovascular problems, the doctor will then ask you things like: do you smoke or drink alcohol, do you exercise and eat healthily? Yet it’s often only such environmental factors that are taken into account in the diagnosis. But aren’t there other signals from the environment that have a negative effect on the cardiovascular system?
More and more independent researchers and medical experts are pointing out the connection between cardiovascular disorders and electrosmog. Three negative effects are also repeatedly documented in scientific studies:
In 2014, researcher Maie Bachmann showed that electromagnetic radiation can change the physiochemical properties of water. This means that the natural transport, dissolving and communication properties of the water are impaired. This can have a negative effect on the cardiovascular system.
Problems such as cardiac arrhythmia, high blood pressure, burn-out, fatigue, difficulty concentrating, loss of performance and lack of ability to regenerate are just some of the possible symptoms.
It was shown that mobile phones could alter the natural balance for heart rate variability (HRV). Because the device is held close to the head during the conversation, it can affect the autonomic nervous system – this latter having a connection to the control of heart activity (pacemaker).
The legal limits for mobile phone radiation are not sufficient – as they’re only limited to the thermal effect (heat-related) and not the athermal (non-heat-related) effects.This is basically like assessing the effect of radioactive material on humans using only the measuring method of a thermometer.
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More and more independent researchers and medical experts are pointing out the connection between cardiovascular disorders and electrosmog. Three negative effects are also repeatedly documented in scientific studies:
1. The physical properties of the water present in the body change
Humans consist of over 70 % water. Water has three main functions in the human body: It serves as a transport medium, solvent and communication medium for cells.In 2014, researcher Maie Bachmann showed that electromagnetic radiation can change the physiochemical properties of water. This means that the natural transport, dissolving and communication properties of the water are impaired. This can have a negative effect on the cardiovascular system.
2. The red blood cells clump together and obstruct blood flow
Electromagnetic radiation (EMS) clumps red blood cells together. Blood pressure rises, the supply of oxygen and nutrients in the capillaries is impeded – or sometimes no longer possible even. The body’s detoxification capacity is also reduced.Problems such as cardiac arrhythmia, high blood pressure, burn-out, fatigue, difficulty concentrating, loss of performance and lack of ability to regenerate are just some of the possible symptoms.
3. The heart’s ability to adjust heart rate is impaired
One study investigated the influence of mobile phone radiation on heart activity – especially heart rate variability (the heart’s ability to adjust its heart rate) in healthy people.It was shown that mobile phones could alter the natural balance for heart rate variability (HRV). Because the device is held close to the head during the conversation, it can affect the autonomic nervous system – this latter having a connection to the control of heart activity (pacemaker).
What can you do to avoid cardiovascular disorders caused by electrosmog?
The combination of pre-existing health conditions and radiation exposure is especially critical. So it’s advisable to always include this type of radiation in the diagnosis of cardiovascular complaints.The legal limits for mobile phone radiation are not sufficient – as they’re only limited to the thermal effect (heat-related) and not the athermal (non-heat-related) effects.This is basically like assessing the effect of radioactive material on humans using only the measuring method of a thermometer.
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