Why the study?
Frequent cellular phone use often introduces stress factors that impact heart functions, motivating an evaluation of how different mobile phone modes affect the heart.
Does exposure to mobile phone electromagnetic fields affect heart rate variability in students?
Does exposure to mobile phone electromagnetic fields affect heart rate variability in students?
Exposure to electromagnetic fields from mobile phones in normal mode may cause significant changes in heart rate variability.
Answers are grounded in this paper and cite their sources.
Phone EMF may alter heart rate variability; hypothesis-generating and should not change practice without larger trials.
The furious rate of technological change and growth in mobile products has made it very popular for users to get occupied in these devices. Smartphone revolution has made the users to use cellular phones more frequently which often results in stress factors causing severe impact over brain cells and heart functions. This article deals with the stress affecting heart. The research was conducted on a group of students under normal and vibration modes of mobile phones. Different types of phone modes and the stress generated by them which affects the heart are analyئed. It is noted that the human heart is sensitive to stress generated by Electromagnetic Fields (EMF) emitted from cellular phones in normal mode rather any other modes resulting in drastic changes of heart rate. Strong artificial EMFs can enter the body and interfere with the natural way the body works. This can affect virtually any system within the body from stress levels to DNA. The investigations are done by an electrocardiogram unit which depicts the Heart Rate Variability (HRV) i.e., the fluctuations in the heart rate from the average heart rate. HRV is regulated by the autonomous nervous system which decreases as the heart rate increases. The variation in heart rate is determined by means of ECG which records the electrical activity of the heart. Based on the results, significant analysis of stress recovery factors is performed.
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Ali Hussein F. Alnasraui (2018) studied this question.
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