Author
Dianne Carmel J. Manliguez,
Wyne Rose P. Obial,
Richard T. Quirao,
Charlton John C. Reyes,
Mitch Heether T. Villavenda,
Niña Jo Ann B. Loreto
Related Institution
Publication Information
Publication Type
Thesis/Dissertations
Specialization
Physical Therapy
Abstract
This study aimed to make a cross-sectional analysis of the demographic factors and the level of neck pain and disability among mobile gamers of selected colleges in Metro Cebu during the COVID-19 pandemic. This was done to mitigate the current lack of established literature regarding the present concept of these variables existing among the selected respondents.The specific demographic factors studied were sex, age, gamer classification, and position while playing in order to identify which of these factors presented with the most incidence among the 320 respondents. To subjectively measure the level of neck pain and level of disability, the Numeric Pain Rating Scale by Freyd and Neck Disability Index by Dr. Vernon Howard were utilized respectively.
In summarizing the distribution of all demographic factors, the results were as follows; for sex, 249 (77.8%) females and 71 (22.2%) males. For age, 162 (50.7%) of the respondents were in the 19-20 years old category. In terms of position while playing, the majority preferred to sit while playing 195 (60.9%) and almost all of them were identified as casual gamers 295 (92.2%). The majority of the respondents have a mild level of neck pain 240 (75.0%) followed by 63 (19.7%) moderate level of neck pain and 13 (4.1%) had severe neck pain while 4 (1.3%) had no neck pain at all. Data of neck pain was tabulated for each demographic factor, a larger proportion of males experienced mild neck pain compared to females (83.1% vs. 72.7%) while more females had a moderate level of neck pain than males (22.1% vs. 11.3%). Furthermore, there are only slight differences in the proportions of the respondents' level of neck pain across the age and body position while playing. Results for the classification of mobile gamers yielded a higher proportion of hardcore gamers experienced moderate neck pain than casual gamers (24.0% vs. 19.3%). Level of disability, the highest proportion were found to have no neck disability 115 (35.9%), followed by moderate neck disability (104, 32.5%), mild neck disability 97 (30.3%) and only 4 (1.3%) have severe disability while none had complete disability. With respect to demographic factors and neck disability, it was evident that sex distribution revealed a higher proportion of females have mild (31.7%) and moderate disability (35.3%) while more than half of the male gamers have no disability at all (52.1%). As for age, the proportion of those with moderate disability increases as age increases. In terms of position, a larger proportion of gamers who lie down (41.2%) and lie on their sides (40.0%) experience moderate disability while (44.4%) of the gamers who lie on their bellies experience no neck disability. As to gamer classification, more casual gamers experience mild (30.5%) and moderate (32.9%) neck disability. However, more hardcore gamers experience no neck disability compared to casual gamers (40.0% vs. 35.6%).
This study concluded that most of the neck pain perceived among mobile gamers, were mild across the demographic factors during the COVID-19 pandemic. In terms of their level of disability, the majority of the mobile gamers reported no neck disability. The researchers recommended a development and implementation of an Ergonomic and Neck Pain Awareness Program in relation to Mobile Gaming coupled with a few exercises in the interest of maintaining neck health. This study may benefit future researchers in correlating neck disability to other predominant musculoskeletal related issues arising from engaging in mobile games within the population of college students.
References
1. Ahmed, S. , Akter, R. , Pokhrel, N. , Samuel, A. J. . Prevalence of text neck syndrome and SMS thumb among smartphone users in college-going students: A cross-sectional survey studyJournal of Public Health 2019. Retrieved from:
2. Al-Hadidi, F. , Bsisu, I. , Alryalat, S. A. , Al-Zu’bi, B. , Bsisu, R. . Association between mobile phone use and neck pain in university students: A cross-sectional study using numeric rating scale forevaluation of neck painPlos One 14(5): 2019. Retrieved from:
3. Alsalameh, A. M. , Harisi, M. J. , Alduayji, M. A. , Almutham, A. A. , Mahmood, F. M. . Evaluating the relationship between smartphone addiction/overuse and musculoskeletal pain among medical students at Qassim UniversityJournal of family medicine and primary care 8(9): 2019. Retrieved from:
4. Amin, K. P. , Griffiths, M. D. , Dsouza, D. D. . Online Gaming During the COVID-19 Pandemic in India: Strategies for Work-Life BalanceInternational Journal of Mental Health and Addiction , 1-7, 2020. Retrieved from:
5. Anderson, S. L. . Touchscreen travelers: Hands, bodies, agency,and mobile game playersConvergence 25(1): 2019. Retrieved from:
6. Ayanniyi, O. , Mbada, C. E. , Iroko, O P. . Neck Pain Occurrence and Characteristics in Nigerian University UndergraduatesTAF Preventive Medicine Bulletin 9(3): 2010. Retrieved from:
7. Boonstra, A. M. , Stewart, R. E. , Köke, A. J. , Oosterwijk, R. F. , Swaan, J. L. , Schreurs, K. M. , Schiphorst Preuper, H. R. . Cut-Off points for mild, moderate, and severe pain on the NUMERIC rating scale for pain in patients with Chronic Musculoskeletal PAIN:Variability and influence of sex and CatastrophizingFrontiers in Psychology 72016. Retrieved from:
8. Can, S. , Karaca, A. . Determination of musculoskeletal system pain, physical activity intensity, and prolonged sitting of university students using smartphoneBiomedical Human Kinetics 11(1): 2019. Retrieved from:
9. Chan, L. L. , Wong, A. Y. , Wang, M. H. , Cheung, K. , Samartzis, D. . The prevalence of neck pain and associated risk factors among undergraduate students: A large-scale cross-sectional study.International Journal of Industrial Ergonomics 76, 102934, 2020. Retrieved from:
10. Chen, L. , Liu, R. , Zeng, H. , Xu, X. , Zhu, R. , Sharma , M , Zhao, Y. . International journal of environmental research and public health 15(8): 2018. Retrieved from:
11. Cohen, M. , Quintner, J. , Rysewyk, S. V. . Reconsidering the International Association for the Study of Pain definition of painPAIN Reports 3(2): 2018. Retrieved from:
12. Commision on Higher Education(). Higher Education Enrollment bySex and Institution Type: AY 2019-20. . Retrieved from:
13. Córdova, C. , Steffens, J. , Jorquera, G. , Mardones, D. , Fernandez, E. . Evaluation of the perception of cervical disability students of undergraduate of careers in dentistry, medicine and nursing from the University of the Andes: Cross-sectional studyScientific Journal of Dentistry 2, 13-18, 2015. Retrieved from:
14. Demir, Y. P. , Sümer, M. M. . Effects of smartphone overuse on headache, sleep and quality of life in migraine patients.Neurosciences 24(2): 2019. Retrieved from:
15. Elhai, J. D. , Contractor, A. A. . Examining latent classes of smartphone users: Relations with psychopathology and problematic smartphone use.Computers in Human Behavior 82, 159–166, 2018. Retrieved from:
16. Elias, H. , Ping, W. S. , Abdullah, M. C. . Stress and Academic Achievement among Undergraduate Students in Universiti PutraMalaysiaProcedia - Social and Behavioral Sciences 29, 646–655, 2011. Retrieved from:
17. Fairbank, J. C. , Pynsent, P. B. . The Oswestry Disability IndexSpine 25(22): 2000. Retrieved from:
18. Goodyear, V. A. , Armour, K. M. , Wood, H. . Young people and their engagement with health-related social media: new perspectivesSport, Education and Society 24(7): 2018. Retrieved from:
19. Hassan , M. , Asaad, T. . Tension-type headache, its relation to stress, and how to relieve it by cryotherapy among academic studentsMiddle East Current Psychiatry 27(1): 2020. Retrieved from:
20. (2019, October 11). International Classification of Functioning, Disability and Health (ICF). . Retrieved October 2, 2020, from:
21. Iqbal, M. H. , Ahmad, A. , Gillani, S. A. , Hanif, K. , Iqbal, Z. . Association of neck pain with use of android phone and its daily usage among students of universities of Lahore.International Journal of Scientific & Engineering Research 8(10): 2017. Retrieved from:
22. Kapalo, K. A. , Dewar, A. R. , Rupp, M. A. , Szalma, J. L. . Individual Differences in Video Gaming: Defining Hardcore Video GamersProceedings of the Human Factors and Ergonomics Society Annual Meeting 59(1): 2015. Retrieved from:
23. Kim, H. J. , Kim, J. S. . The relationship between smartphone use and subjective musculoskeletal symptoms and university studentsJournal of Physical Therapy Science 27(3): 2015. Retrieved from:
24. Kim, M.S. . Influence of neck pain on cervical movement in the sagittal plane during smartphone useJournal of Physical Therapy Science 27(1): 2015
25. Ko, C. H. , Yen, J. Y. . Impact of COVID-19 on gaming disorder:monitoring and preventionJournal of Behavioral Addictions 9(2): 2020. Retrieved from:
26. Lee, C. M. , Cadigan, J. M. , Rhew, I. C. . Increases in Loneliness Among Young Adults During the COVID-19 Pandemic and Association With Increases in Mental Health Problems.Journal of Adolescent Health 67(5): 2020. Retrieved from:
27. Lee, H. . Neck Pain and Functioning in Daily Activities Associated with Smartphone UsageThe Journal of Korean Physical Therapy 28(3): 2016. Retrieved from:
28. Maurer, A. J. , Lissounov, A. , Knezevic, I. , Candido, K. D. , Knezevic, N. N. . Pain and sex hormones: a review of current understandingPain Management 6(3): 2016. Retrieved from:
29. Namwongsa, S. , Puntumetakul, R. , Neubert, M. S. , Boucaut, R. . Factors associated with neck disorders among university student smartphone users.Work 61(3): 2018. Retrieved from:
30. Office of the Surgeon General (US), & Office on Disability (US)(). The Surgeon General's Call to Action to Improve the Health and Wellness of Persons with Disabilities. . Retrieved October 2, 2020, from:
31. Paqueo, V. B. , Orbeta Jr., A. C. . (). Gender Equity in Education:Helping the Boys Catch Up (Discussion Papers DP 2019-01). . Retrieved from:
32. Park, J. , Kang, S. , Jeon, H. . The effects of smart phone gaming duration on muscle activation and spinal posture: Pilot studyPhysiotherapy Theory and Practice 33(8): 2017. Retrieved from:
33. Pieretti, S. , Di Giannuario, A. , Di Giovannandrea, R. , Marzoli, F. , Piccaro, G. , Minosi, P. , Aloisi, A. M. . Gender differences in pain and its reliefAnnali dell'Istituto superiore di sanita 52(2): 2016. Retrieved from:
34. Pu, B. , Zhang, L. , Tang, Z. , Qiu, Y. . The Relationship between Health Consciousness and Home-Based Exercise in China during the COVID-19 PandemicInternational Journal of Environmental Research and Public Health 17, 5693, 2020. Retrieved from:
35. Queiroz, L. B. , Lourenço, B. , Silva, L. E. , Lourenço, D. M. , Silva, C. A. . Musculoskeletal pain and musculoskeletal syndromes in adolescents are related to electronic devicesJornal De Pediatria 94(6): 2018. Retrieved from:
36. Rafique, n. , Al-Asoom, L. I. , Al Sunni, A. , Saudagar, F. N. , Almulhim, L. A. , Alkaltham, G. K. . Effects of Mobile Use on Subjective Sleep QualityNature and Science of Sleep 12, 357–364, 2020. Retrieved from:
37. Rebelo, F. (Ed.) . Ergonomic Design for Young Users of MobilePhones. Advances in Ergonomics In Design, Usability & Special Populations: Part II AHFE Conference, 2014. 513.
38. Roberts, S. , Colombier, P. , Sowman, A. , Mennan, C. , Rölfing, J. H. D. , Guicheux, J. , Edwards, J. R. . Ageing in the musculoskeletal systemActa Orthopaedica 87(sup363): . Retrieved from:
39. Sharna, P. , Gaur, G. . Ergonomic Risk Assessment Using RULAin Relation to Mobile Gaming.International Journal of Scientific Research 9(5): 2020. Retrieved from:
40. Sterling, M. , Zoete, R. M. , Coppieters, I. , Farrell, S. F. . Best Evidence Rehabilitation for Chronic Pain Part 4: Neck PainJournal of Clinical Medicine 8(8): 2019. Retrieved from:
41. Szeto, G. P. , Tsang, S. M. , Dai, J. , Madeleine, P. . A field study on spinal postures and postural variations during smartphone use among university studentsApplied Ergonomics 88, 103183, 2020. Retrieved from:
42. Tegtmeier, P. . A scoping review on smart mobile devices and physical strainWork 59(2): 2018. Retrieved from:
43. Toh, S. H. . Mobile touch screen device use and associations with musculoskeletal symptoms and visual health in a nationally representative sample of Singaporean adolescentsErgonomics 62(6): 2019. Retrieved from:
44. Uddin, Z. , MacDermid, J. C. , Woodhouse, L. J. , Triano, J. J. , Galea, V. , Gross, A. R. . The Effect of Pressure Pain Sensitivity and Patient Factors on Self-Reported Pain-Disability in Patients with Chronic Neck PainThe Open Orthopaedics Journal 8(1): 2014. Retrieved from:
45. Wang, J. L. , Sheng, J. R. , Wang, H. Z. . The Association Between Mobile Game Addiction and Depression, Social Anxiety, and LonelinessFrontiers in Public Health 72019. Retrieved from:
46. Wang, J. , Su, H. , Xie, W. , Yu, S. . Mobile Phone Use and The Risk of Headache: A Systematic Review and Meta-analysis of Cross-sectional Studies.Scientific Reports 7(1): 2017. Retrieved from:
47. Xie, Y. , Szeto, G. , Dai, J. . Prevalence and risk factors associated with musculoskeletal complaints among users of mobile handheld devices: A systematic reviewApplied Ergonomics 59, 132-142, 2017. Retrieved from: