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      디지털 기기 사용으로 인한 안정피로의 관리 = Management of Eye Strain Caused by Digital Devices Use

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      https://www.riss.kr/link?id=A108401331

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      다국어 초록 (Multilingual Abstract)

      Purpose: This review aimed to examine the effects and symptoms of using digital devices on the eyes, and ways to improve digital eye strain (DES). Methods: We did a comprehensive search using PubMed, Google Scholar, and RISS(Research information shari...

      Purpose: This review aimed to examine the effects and symptoms of using digital devices on the eyes, and ways to improve digital eye strain (DES). Methods: We did a comprehensive search using PubMed, Google Scholar, and RISS(Research information sharing service) for available literature related to DES. Results: DES symptoms may be divided into external symptoms related to dry eye and internal symptoms linked to refractive errors, accommodative or vergence problems. These symptoms require management to promote a comfortable visual life. Questionnaires are used for evaluation and treatment of DES, and indices of visual fatigue may be provided through objective evaluation of parameters such as critical flicker-fusion frequency (CFF), blink rate and completeness, accommodative function, and pupil characteristics. Conclusions: In order to improve DES, various approaches may be selected including frequent blinking, correction of refractive error and presbyopia, reducing average daily screen time, management of dry eye, regular screen breaks, and consideration of accommodation and vergence anomalies. In addition, clinical practitioners should be able to provide information pertaining to proper use of digital devices and ergonomic awareness related to public health.

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      국문 초록 (Abstract)

      목적: 본 종설 논문은 디지털 기기 사용이 눈에 미치는 영향과 증상 그리고 디지털 안정피로(DES)를 개선시킬 수 있는 방법 등을 살펴보고자 하였다. 방법: DES 관련된 논문은 종합적으로 팝메...

      목적: 본 종설 논문은 디지털 기기 사용이 눈에 미치는 영향과 증상 그리고 디지털 안정피로(DES)를 개선시킬 수 있는 방법 등을 살펴보고자 하였다. 방법: DES 관련된 논문은 종합적으로 팝메드(PubMed)와 구글 학술(Google Scholar)을 사용하여 검색하였고, 국내학술논문 검색은 학술연구정보서비스(RISS)를 이용하였다. 결과: DES 증상은 안구건조증과 관련된 외적인 증상과 굴절이상, 조절 또는 이향운동 문제와 관련된 내적인 증상으로 나눌 수 있다. 이러한 증상은 편안한 시생활을 증진시키기 위해 관리가 필요하다. DES의 평가 및 치료는 설문지를 이용할 수 있 으며, 임계 깜박임 융합주파수(CFF), 눈 깜박임 횟수와 완전성, 조절 기능 및 동공의 특성과 같은 매개변수의 객관 적인 평가를 통하여 시각적 피로도의 지표를 제공할 수 있다. 결론: DES를 개선시키기 위해서는 잦은 깜박임, 굴절 이상 교정 및 노안 교정, 일일 평균 화면 사용시간 감소, 안구건조 관리, 화면 작업 동안 규칙적인 휴식, 이향운동 및 조절 문제 등을 고려하여 DES에 대한 다양한 접근 방식을 선택할 수 있다. 또한 임상실무자는 공중보건과 관련 된 디지털 기기의 적절한 사용법과 인체공학적 인식을 개선하기 위한 정보를 제공할 수 있어야 한다.

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      참고문헌 (Reference) 논문관계도

      1 김정미, "코로나19 팬데믹 기간 동안 젊은 성인을 대상으로 실시한 스마트폰 사용 시간과 건성안 유병률 사이의 연관성" 대한시과학회 23 (23): 345-354, 2021

      2 서영우 ; 김균형 ; 강수연 ; 오재령 ; 김효명 ; 송종석, "컴퓨터 작업으로 인한 눈 피로의 객관적 평가 방법" 대한안과학회 51 (51): 1327-1332, 2010

      3 박정숙 ; 최미정 ; 마지은 ; 문지현 ; 문효정, "스마트폰의 동영상과 게임 사용이 대학생의 안구건조에 미치는 영향" 한국지역사회간호학회 25 (25): 12-23, 2014

      4 Horgen G, "Will visual discomfort among visual display unit (VDU) users change in development when moving from single vision lenses to specially designed VDU progressive lenses?" 81 (81): 341-349, 2004

      5 Sheedy JE, "What are the visual benefits of eyelid squinting?" 80 (80): 740-744, 2003

      6 Ichhpujani P, "Visual implications of digital device usage in school children: a crosssectional study" 19 (19): 76-, 2019

      7 Wiggins NP, "Visual discomfort and astigmatic refractive errors in VDT use" 62 (62): 680-684, 1991

      8 Costanza MA, "Visual and ocular symptoms related to the use of video display terminals" 5 (5): 31-36, 1994

      9 Ankum DR, "Viewing distance at computer workstations" 2 (2): 10-12, 1996

      10 Long J, "Viewing distance and eyestrain symptoms with prolonged viewing of smartphones" 100 (100): 133-137, 2017

      1 김정미, "코로나19 팬데믹 기간 동안 젊은 성인을 대상으로 실시한 스마트폰 사용 시간과 건성안 유병률 사이의 연관성" 대한시과학회 23 (23): 345-354, 2021

      2 서영우 ; 김균형 ; 강수연 ; 오재령 ; 김효명 ; 송종석, "컴퓨터 작업으로 인한 눈 피로의 객관적 평가 방법" 대한안과학회 51 (51): 1327-1332, 2010

      3 박정숙 ; 최미정 ; 마지은 ; 문지현 ; 문효정, "스마트폰의 동영상과 게임 사용이 대학생의 안구건조에 미치는 영향" 한국지역사회간호학회 25 (25): 12-23, 2014

      4 Horgen G, "Will visual discomfort among visual display unit (VDU) users change in development when moving from single vision lenses to specially designed VDU progressive lenses?" 81 (81): 341-349, 2004

      5 Sheedy JE, "What are the visual benefits of eyelid squinting?" 80 (80): 740-744, 2003

      6 Ichhpujani P, "Visual implications of digital device usage in school children: a crosssectional study" 19 (19): 76-, 2019

      7 Wiggins NP, "Visual discomfort and astigmatic refractive errors in VDT use" 62 (62): 680-684, 1991

      8 Costanza MA, "Visual and ocular symptoms related to the use of video display terminals" 5 (5): 31-36, 1994

      9 Ankum DR, "Viewing distance at computer workstations" 2 (2): 10-12, 1996

      10 Long J, "Viewing distance and eyestrain symptoms with prolonged viewing of smartphones" 100 (100): 133-137, 2017

      11 Németh J, "Update and guidance on management of myopia: European Society of Ophthalmology in cooperation with International Myopia Institute" 31 (31): 853-883, 2021

      12 Tribley J, "Tips for computer vision syndrome relief and prevention" 39 (39): 85-87, 2011

      13 Gilmartin B, "The relationship between tonic accommodation and ciliary muscle innervation" 26 (26): 1024-1028, 1985

      14 Watten RG, "The influence of longterm visual near-work on accommodation and vergence: a field study" 23 (23): 27-39, 1994

      15 Butzon SP, "The efficacy of computer glasses in reduction of computer worker symptoms" 73 (73): 221-230, 2002

      16 Rosenfield M, "The effects of induced oblique astigmatism on symptoms and reading performance while viewing a computer screen" 32 (32): 142-148, 2012

      17 Cho YA, "The effect on the dryness of eye during VDT work" 37 (37): 1991-1995, 1996

      18 Balci R, "The effect of work-rest schedules and type of task on the discomfort and performance of VDT users" 46 (46): 455-465, 2003

      19 Lawrenson JG, "The effect of bluelight blocking spectacle lenses on visual performance, macular health and the sleep-wake cycle: a systematic review of the literature" 37 (37): 644-654, 2017

      20 Miyake-Kashima M, "The effect of antireflection film use on blink rate and asthenopic symptoms during visual display terminal work" 24 (24): 567-570, 2005

      21 Liu P, "The effect of ambient illumination on handheld display image quality" 27 (27): 12-18, 2014

      22 Park CY, "The effect of Vaccinium uliginosum extract on tablet computer-induced asthenopia:randomized placebo-controlled study" 16 (16): 296-, 2016

      23 Gonzalez-Perez M, "The computer-vision symptom scale (CVSS17): development and initial validation" 55 (55): 4504-4511, 2014

      24 Eyesafe, "The Blue Light Spike"

      25 Dain SJ, "Symptoms in VDU operators" 65 (65): 162-167, 1988

      26 Galinsky T, "Supplementary breaks and stretching exercises for data entry operators: a follow-up field study" 50 (50): 519-527, 2007

      27 Moon JH, "Smartphone use is a risk factor for pediatric dry eye disease according to region and age: a case control study" 16 (16): 188-, 2016

      28 Yun J, "Smart phone addiction and health problem in university student" 3 (3): 94-104, 2011

      29 Lin JB, "Short-wavelength light-blocking eyeglasses attenuate symptoms of eye fatigue" 58 (58): 442-447, 2017

      30 Bhargava R, "Short-term omega 3 fatty acids treatment for dry eye in young and middle-aged visual display terminal users" 42 (42): 231-236, 2016

      31 Scot Best P, "Relations between individual differences in oculomotor resting states and visual inspection performance" 39 (39): 35-40, 1996

      32 Wick B, "Relation among accommodative facility, lag, and amplitude in elementary school children" 64 (64): 593-598, 1987

      33 Maeda E, "Radiology reading-caused fatigue and measurement of eye strain with critical flicker fusion frequency" 29 (29): 483-487, 2011

      34 Daum KM, "Productivity associated with visual status of computer users" 75 (75): 33-47, 2004

      35 Vilela MAP, "Prevalence of asthenopia in children: a systematic review with metaanalysis" 91 (91): 320-325, 2015

      36 Mohan A, "Prevalence and risk factor assessment of digital eye strain among children using online e-learning during the COVID-19 pandemic: digital eye strain among kids (DESK study-1)" 69 (69): 140-144, 2021

      37 Shieh KK, "Preferred viewing distance and screen angle of electronic paper displays" 38 (38): 601-608, 2007

      38 Saito S, "Physiological indices of visual fatigue due to VDT operation: pupillary reflexes and accommodative responses" 32 (32): 57-66, 1994

      39 Bhargava R, "Oral omega-3 fatty acids treatment in computer vision syndrome related dry eye" 38 (38): 206-210, 2015

      40 Wee SW, "Ophthalmological factors influencing visual asthenopia as a result of viewing 3D displays" 96 (96): 1391-1394, 2012

      41 Fan Q, "Online learning-related visual function impairment during and after the COVID-19 pandemic" 9 : 645971-, 2021

      42 Jaiswal S, "Ocular and visual discomfort associated with smartphones, tablets and computers:what we do and do not know" 102 (102): 463-477, 2019

      43 Contact Lens Spectrum, "More screen time = more digital eye strain: increased electronic device use has multiplied the potential stresses on the ocular system"

      44 Coles-Brennan C, "Management of digital eye strain" 102 (102): 18-29, 2019

      45 Wolska A, "Luminance of the surround and visual fatigue of VDT operators" 5 (5): 553-580, 1999

      46 O'Hagan JB, "Low-energy light bulbs, computers, tablets and the blue light hazard" 30 (30): 230-233, 2016

      47 Luczak A, "Longitudinal changes in critical flicker fusion frequency: an indicator of human workload" 48 (48): 1770-1792, 2005

      48 Park SY, "Influence of smart phone on dry eye syndrome in adolescents" 5 (5): 336-340, 2015

      49 Kotegawa Y, "Influence of accommodative response and visual symptoms on visual display terminal adult operators with asthenopia through adequately corrected refractive errors" 112 (112): 376-381, 2008

      50 Ukai K, "Induced pupillary hippus following near vision: increased occurrence in visual display unit workers" 40 (40): 1201-1211, 1997

      51 McMonnies CW, "Incomplete blinking: exposure keratopathy, lid wiper epitheliopathy, dry eye, refractive surgery, and dry contact lenses" 30 (30): 37-51, 2007

      52 Usgaonkar U, "Impact of the use of digital devices on eyes during the lockdown period of COVID-19 pandemic" 69 (69): 1901-1906, 2021

      53 Mohan A, "Impact of online classes and home confinement on myopia progression in children during COVID-19 pandemic: digital eye strain among kids (DESK) study 4" 70 (70): 241-245, 2022

      54 Bernan SM, "Human electroretinogram responses to video displays, fluorescent lighting, and other high frequency sources" 68 (68): 645-662, 1991

      55 Bababekova Y, "Font size and viewing distance of handheld smart phones" 88 (88): 795-797, 2011

      56 Jaschinski-Kruza W, "Fixation disparity at different viewing distances of a visual display unit" 13 (13): 27-34, 1993

      57 Jaschinski W, "Fixation disparity at different viewing distances and the preferred viewing distance in a laboratory nearvision task" 18 (18): 30-39, 1998

      58 Choi JH, "Factors influencing on dry eye symptoms of university students using smartphone" 118 (118): 1-13, 2018

      59 Thorud HMS, "Eye-related pain induced by visually demanding computer work" 89 (89): 452-464, 2012

      60 Goodwin PE, "Evaluation of methodology for evaluating lighting for offices with VDTs" 16 (16): 39-51, 1987

      61 Wu HC, "Electronic paper display preferred viewing distance and character size for different age groups" 54 (54): 806-814, 2011

      62 Yeow PT, "Effects of short-term VDT usage on visual functions" 66 (66): 459-466, 1989

      63 Wiggins NP, "Effects of residual astigmatism in contact lens wear on visual discomfort in VDT use" 63 (63): 177-181, 1992

      64 Yeow PT, "Effects of long-term visual display terminal usage on visual functions" 68 (68): 930-941, 1991

      65 Patel S, "Effect of visual display unit use on blink rate and tear stability" 68 (68): 888-892, 1991

      66 Guillon M, "Effect of povidone 2% preservative-free eyedrops on contact lens wearers with computer visual syndrome: pilot study" 30 (30): 34-39, 2004

      67 Hirota M, "Effect of incomplete blinking on tear film stability" 90 (90): 650-657, 2013

      68 Garciai KD, "Effect of glare on performance of a VDT reading- comprehension task" 27 (27): 163-173, 1985

      69 Mork R, "Effect of direct glare on orbicularis oculi and trapezius during computer reading" 93 (93): 738-749, 2016

      70 Tauste A, "Effect of contact lens use on computer vision syndrome" 36 (36): 112-119, 2016

      71 Ide T, "Effect of blue light-reducing eye glasses on critical flicker frequency" 4 (4): 80-85, 2015

      72 Cole BL, "Effect of VDUs on the eyes: report of a 6-year epidemiological study" 73 (73): 512-528, 1996

      73 Chalmers RL, "Dryness symptoms among an unselected clinical population with and without contact lens wear" 29 (29): 25-30, 2006

      74 Tsubota K, "Dry eyes and video display terminals" 328 (328): 584-, 1993

      75 Hultgren GV, "Discomfort glare and disturbances from light reflections in an office landscape with CRT display terminals" 5 (5): 2-8, 1974

      76 Auffret É, "Digital eye strainsymptoms, prevalence, pathophysiology, and management" 44 (44): 1605-1610, 2021

      77 Sheppard AL, "Digital eye strain: prevalence, measurement and amelioration" 3 (3): e000146-, 2018

      78 Demirayak B, "Digital eye strain and its associated factors in children during the COVID-19 pandemic" 70 (70): 988-992, 2022

      79 Cohen Y, "Correlation between asthenopic symptoms and different measurements of convergence and reading comprehension and saccadic fixation eye movements" 81 (81): 28-34, 2010

      80 Contact Lens Spectrum, "Continuing Education: Keeping up with Ocular Fatigue in the Digital Era"

      81 Portello JK, "Computer-related visual symptoms in office workers" 32 (32): 375-382, 2012

      82 American Academy of Ophthalmology, "Computer, Digital Devices and Eye Strain"

      83 Reddy SC, "Computer vision syndrome:a study of knowledge and practices in university students" 5 (5): 161-168, 2013

      84 Rosenfield M, "Computer vision syndrome: accommodative and vergence facility" 50 (50): 5332-, 2009

      85 Rosenfield M, "Computer vision syndrome: a review of ocular causes and potential treatments" 31 (31): 502-515, 2011

      86 Blehm C, "Computer vision syndrome: a review" 50 (50): 253-262, 2005

      87 Bali J, "Computer vision syndrome: a review" 2 (2): 61-68, 2014

      88 Jaschinski W, "Computer vision syndrome in presbyopia and beginning presbyopia:effects of spectacle lens type" 98 (98): 228-233, 2015

      89 Rosenfield M, "Computer vision syndrome (a.k.a. digital eye strain)" 17 (17): 1-10, 2016

      90 Hayes JR, "Computer use, symptoms, and quality of life" 84 (84): 738-755, 2007

      91 American Optometric Association, "Computer Vision Syndrome"

      92 Penisten DK, "Comparisons of dynamic retinoscopy measurements with a print card, a video display terminal, and a PRIO system tester as test targets" 75 (75): 231-240, 2004

      93 Levine S, "Clinical assessment of accommodative facility in symptomatic and asymptomatic individuals" 56 (56): 286-290, 1985

      94 Freudenthaler N, "Characteristics of spontaneous eyeblink activity during video display terminal use in healthy volunteers" 241 (241): 914-920, 2003

      95 Leung TW, "Blue-light filtering spectacle lenses: optical and clinical performances" 12 (12): e0169114-, 2017

      96 Himebaugh NL, "Blinking and tear break-up during four visual tasks" 86 (86): 106-114, 2009

      97 Sheedy JE, "Blink rate decreases with eyelid squint" 82 (82): 905-911, 2005

      98 Argilés M, "Blink rate and incomplete blinks in six different controlled hardcopy and electronic reading conditions" 56 (56): 6679-6685, 2015

      99 Sheedy JE, "Association of symptoms with measures of oculomotor deficiencies" 55 (55): 670-676, 1978

      100 Moon JH, "Association between video display terminal use and dry eye disease in school children" 51 (51): 87-92, 2014

      101 Aakre BM, "Are there differences between ‘visual symptoms’ and specific ocular symptoms associated with video display terminal (VDT) use?" 30 (30): 174-182, 2007

      102 Kim J, "Amelioration of visual display terminal-induced ocular fatigue by aqueous extracts of perilla frutescens var. acuta" 5 (5): 553-561, 2017

      103 Liu J, "Adolescent vision health during the outbreak of COVID- 19: association between digital screen use and myopia progression" 9 : 662984-, 2021

      104 Shukla Y, "Accommodative anomalies in children" 68 (68): 1520-1525, 2020

      105 Wick B, "Accommodative accuracy to video display monitors" 79 (79): 218-, 2002

      106 Collier JD, "Accommodation and convergence during sustained computer work" 82 (82): 434-440, 2011

      107 Seguí MM, "A reliable and valid questionnaire was developed to measure computer vision syndrome at the workplace" 68 (68): 662-673, 2015

      108 Tsuchiya K, "A quasistatic study of pupil and accommodation after-effects following near vision" 9 (9): 385-391, 1989

      109 Locke LC, "A comparison study of dynamic retinoscopy techniques" 66 (66): 540-544, 1989

      110 Chi CF, "A comparison of seven visual fatigue assessment techniques in three data-acquisition VDT tasks" 40 (40): 577-590, 1998

      111 National Youth Policy Institute, "2021 NYPI Annual Report"

      112 Ministry of Science and ICT, "2012-2022 Smartphone Usage Rate & Brand, Smart Watch, Wireless Earphone Survey"

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