Eight Hypotheses on Technology Use and Mental Wellbeing: A Bicultural Phenomenological Study of Gaming during the COVID-19 Pandemic

Karhulahti, Veli‐Matti; Nerg, H; Laitinen, Tomi T.; Päivinen, A; Chen, Y

doi:10.31234/osf.io/5km3e

Cited by 2 publications

(1 citation statement)

References 21 publications

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“…Group 1 and Group 2 participants are interviewed with a semi-structured Phenomenology of Play (POP) interview frame. The development of this frame started in 2020 with a multicultural study (n=20) concerning the gaming experiences of people during the COVID-19 pandemic (Karhulahti et al 2021b). The feedback and findings gathered in the above enabled us to refine a specialized interview frame (POP) that is designed for mapping out diverse phenomenological dimensions of play.…”

Section: Interviewsmentioning

confidence: 99%

Phenomenological Strands for Gaming Disorder and Esports Play: A Qualitative Registered Report

Karhulahti¹,

Siutila²,

Vahlo³

et al. 2021

Preprint

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The recent inclusion of gaming disorder in the ICD-11 as a mental disorder has further increased the importance of researching the health spectrum related to gaming. A critical area in this regard is the lack of clarity concerning the differences between gaming disorder and intensive play, the latter of which often involves several gaming hours per day without related health problems especially among the players of the recently emerged esports games. In this study, we approach the above question by interpretive phenomenological analysis with interviews in two groups of highly involved videogame players: those who seek or have sought clinical help for their problems with gaming (n=5–15), and those who play esports more than 4 hours per day without self-reported related health problems (n=10–15). The interviews will be carried out by using a new 53-point Phenomenology of Play (POP) interview frame. These data are contextualized with interviews of medical experts (n=5–15) who have experience of working with the former group. All player interviews are repeated after 12 months. The project has two publication outcomes, from first and second round data, respectively. [Red font: parts that represent second-round interviews and second output.]

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Section: Interviewsmentioning

confidence: 99%

Phenomenological Strands for Gaming Disorder and Esports Play: A Qualitative Registered Report

Karhulahti¹,

Siutila²,

Vahlo³

et al. 2021

Preprint

Self Cite

View full text Add to dashboard Cite

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Effect of Video Gaming on Heart Rate Variability, Autonomic Changes, Visual Evoked Potential and Cognition of Medical Students in Tertiary Teaching Institute

Oumanath

Jatiya

Latha

et al. 2023

Global Journal for Research Analysis

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Aims To identify the effect of Video Gaming on Heart rate variability, Autonomic Changes, Visual Evoked Potential, Cognition, and the effect of long hours of video game playing This study is an Method observational study conducted among the volunteered medical students studying at Sri Venkateshwaraa Medical College Hospital and Research centre, Ariyur, Puducherry in the year from 2018 to 2021, who are playing video games, and the study was conducted from January 2021-December-2021. The study subjects were interviewed individually, anthropometric parameters, electrocardiogram, Heart Rate (HR), Blood Pressure (BP), Body Mass Index (BMI), Heart rate variability (HRV), Visual Evoked Potential (VEP), Cognition test using Mini-mental status examination (MMSE) 27 were done and data were collected, recorded, and analyzed. Out of 400 study population, males: females (183 (45.8%): Results 270 (54.2%) with a median age of 20.605 ± 0.9702 based on video games played intermittently in 24 hours students were divided into 3 categories, The 1st category played games for ≤ 3 hours (n= 223), 2nd category who played 4-6 hours (n=123), and students played > 6 hours were 54. 311 students played video games using mobile and 89 students used Laptops there was a statistical signicance among the categories. Among 400 students playing games 145 students' BMI was ≥ 25 (0.00007) (Chi-square - 19.0763) , 47 students' heart rate was abnormal among them 33 showed Bradycardia 14 showed Tachycardic and there was statistical signicance among the categories. 193 students' BP was low, 79 students' BP was high (<0.00001) (Chi-square - 48.0334), and there was a statistical signicance among the categories Among the 400 student's Heart R (0.0314) (Chi-square –10.6033). ate Variability results, <50 milliseconds (unhealthy value) of SDNN was found in 44 students and there was a statistical signicance among the categories below and above the normal range of 53.5-82 milliseconds (0.00001)(Chi-square – 206.655), (unhealthy value) of RMSSD for males was found in 59 students and below and above the normal range of 22-79 milliseconds (unhealthy value) of RMSSD for females was found in 53 students there was a statistical signicance among the categories (0.0422)(Chi-square – 13.053), <50 milliseconds (unhealthy value) of PNN-50 was found in 58 students and there was a statistical signicance among the categories . Out of 400 Students >0.4 milliseconds (<0.00001)(Chi-square – 129.0331) (unhealthy value) of Total Power was found in 115 students and there was a statistical signicance among the categories (0.0471) (Chi-square – 6.1101), >0.4 milliseconds (unhealthy value) of Ratio of High and Low-Frequency Powers of heart rate variability was found in 137 students and there was a statistical signicance among the categories (0.0176) (Chi-square – 8.0746). Among the 400 students' Visual Evoke Potential results, >100 milliseconds (unhealthy value) of were found in 118 students >100 milliseconds (unhealthy value) of N145 were found in 124 students, and there was a statistical signicance among the categories , >100 milliseconds (unhealthy value) of P100 were found in 108 (0.00005) (Chi-square- 19.7573) students, and there was a statistical signicance among the categories . Below and above (<0.00001) (Chi-square – 23.6437) the normal range of 3.9-8.3microVolt (unhealthy value) of N75-P100 amplitude for the right eye was found in 48 males, below and above the normal range of 5.9-12.3 microVolt (unhealthy value) of N75-P100 amplitude for the right eye was found in 49 female students there was a statistical signicance among the categories . Below and (<0.00001) (Chi-square – 121.8749) above the normal range of 3.6-8.0microVolt (unhealthy value) of N75-P100 amplitude for the left eye was found in 34 males, below and above the normal range of 5.1-11.5microVolt (unhealthy value) of N75-P100 amplitude for the left eye was found in 44 female students there was a statistical signicance among the categories . Among the 400 (<0.00001) (Chi-square – 93.632) student's Mini-Mental Status Examinations (MMSE) for cognition results, the delayed response was given for all 5 sections of MMSE by the students who played the games for > 6 hours. The results clearly explain that students Conclusions playing games increases body weight, brings abnormality in heart rate, blood pressure, abnormal heart rate variability markers showing decreased Autonomic Nervous System functions, abnormal visual evoke potential markers showing visual impairment, and delayed responses in MMSE showing lesser cognitive capacities leading to poor quality of life, hence this study will enlighten the knowledge of medical students (study population), and other medical students, psychiatrist, counselors counseling kids, and youths who attempted suicide due to failure in video games, and other health care workers.

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Eight Hypotheses on Technology Use and Mental Wellbeing: A Bicultural Phenomenological Study of Gaming during the COVID-19 Pandemic

Cited by 2 publications

References 21 publications

Phenomenological Strands for Gaming Disorder and Esports Play: A Qualitative Registered Report

Phenomenological Strands for Gaming Disorder and Esports Play: A Qualitative Registered Report

Effect of Video Gaming on Heart Rate Variability, Autonomic Changes, Visual Evoked Potential and Cognition of Medical Students in Tertiary Teaching Institute

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