In recent years, mobile phones' ubiquity has changed how we interact with the world. It has become integral to modern life, providing unprecedented connectivity and convenience. While these devices have undoubtedly enhanced our ability to communicate and receive information, they have also ushered in a new era of concern regarding their effects on the health of the body, especially in the musculoskeletal a in the frequency of occurrence 1.

It is characterized by prolonged text messaging, scrolling and screen communication, extensive use of mobile phones, and generally deviating from recommended positions 2, 3.

In accordance with the defined inclusion criteria, a total of 70 individuals were enrolled as participants in this study. The assessment encompassed an evaluation of neck pain using the Visual Analog Scale (VAS) and an analysis of cervical range of motion employing a goniometer. Additionally, the investigation involved the meticulous examination of the total daily duration of mobile phone usage.

These comprehensive assessments and the resulting dataset of 70 participants serve as the foundation of our study, allowing for the in-depth exploration of the relationship between mobile phone usage, cervical health, and pain perception. The utilization of objective measurements and validated scales ensures the rigor and reliability of our research findings. This methodological approach facilitates a nuanced understanding of the impact of mobile technology on musculoskeletal well-being, providing valuable insights for clinical practice and public health recommendations.

The findings derived from our present study unveiled distinctive patterns in cervical spine mobility and associated pain levels among participants. Notably, an increment in the range of motion for flexion surpassed the expected norm, while a decrement in the range of motion for both extension and leftward lateral rotation was observed, exhibiting deviations from the established standards for cervical spine mobility.

Furthermore, our investigation encompassed the assessment of pain levels using the VAS. Our analysis of the mean VAS scores indicated a mild increase in perceived pain among mobile phone users. This observed increase in pain intensity underscores the potential relevance of the study's findings to musculoskeletal discomfort experienced by individuals regularly engaged in mobile phone usage.

To substantiate the relationships between mobile phone usage duration and cervical spine mobility alterations, we conducted Pearson's correlation analysis. The outcomes of this analysis demonstrated a statistically significant association between the duration of mobile phone use and the observed increase in cervical flexion, as well as the concurrent decrease in cervical extension and leftward lateral rotation. These correlation results accentuate the impact of prolonged mobile phone usage on cervical spine dynamics and may offer crucial insights for musculoskeletal health management and preventive measures.

These findings collectively contribute to our understanding of the implications of mobile phone usage on cervical spine health and underscore the importance of proactive measures to mitigate potential musculoskeletal consequences associated with this prevalent behavior.

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This study sought to examine the impact of prolonged mobile phone usage on cervical range of motion (ROM) and the incidence of associated neck pain. Our investigation revealed several noteworthy observations:

These findings provide valuable insights into the effects of prolonged mobile phone usage on cervical ROM and pain perception. Understanding the specific patterns of restriction and discomfort associated with mobile phone use can inform preventive strategies and interventions to promote musculoskeletal health in individuals who frequently engage with mobile technology.

In the course of our current study, we have identified certain limitations that warrant consideration:

Posture Neglect in Data Collection: One limitation of our research lies in the fact that the assessment of posture during both writing and studying was not comprehensively accounted for. This aspect could be further investigated in future studies to gain a more holistic understanding of the potential impacts of posture on musculoskeletal health.

Sample Size Consideration: Another limitation relates to our sample size, which, while sufficient for our study's objectives, could be expanded to enhance the generalizability of our findings. Larger sample sizes could provide a more robust basis for drawing broader conclusions.

Exclusivity to Physiotherapy Students: Additionally, our research has been primarily centered on physiotherapy students. While this focus aligns with the specific nature of our study, it should be acknowledged that other health science courses' students were not included in our sample. Expanding the scope to encompass a more diverse set of health science students in future research may offer a more comprehensive understanding of the issue at hand.

These limitations should be taken into account when interpreting the results and implications of our study, and they open avenues for further research to build upon and address these areas of concern.

In conclusion, our study provides compelling evidence that prolonged mobile phone usage has a discernible impact on cervical ROM, resulting in the manifestation of pain and stiffness in the neck region. These findings underscore the inherent risk factors associated with extended mobile phone use and the subsequent development of complications in cervical health.

The implications of our research are clear: a prudent approach to mitigate these risk factors and their related complications lies in the reduction of mobile phone usage duration. By adopting responsible and well-informed mobile phone practices, individuals can proactively safeguard their cervical well-being and, in doing so, reduce the likelihood of encountering musculoskeletal challenges.