How we work

Editorial standards & sources

Eye health is a topic where bad information spreads easily. Here's how we keep EyeReset's articles honest — and the peer-reviewed research they're built on.

Evidence first

We only make claims we can back up. Where possible we cite peer-reviewed systematic reviews, meta-analyses, and clinical studies — plus guidance from bodies like the American Academy of Ophthalmology.

Honest about limits

We say when evidence is strong, moderate, or thin — and we don't oversell. EyeReset is a wellness tool, not a medical device: nothing here diagnoses, treats, or cures any condition.

Every claim is sourced

Key statements link to their primary source, and each article lists the studies it draws on. If we can't cite it, we don't state it as fact.

Kept current

We review and update articles as the evidence changes, and show a visible published or updated date on every post.

Corrections welcome

Spot something off? Email [email protected] and we'll review it. Getting the science right matters more than being first.

Not medical advice

Everything here is general information, not a diagnosis or treatment. For any concern about your vision or eye health — persistent pain, sudden changes, or symptoms that won't settle — see a qualified eye-care professional.

Our research library

The peer-reviewed studies and reviews behind our articles. Each one is linked so you can read the original.

  1. 1
    Digital eye strain in young screen users: a systematic review

    Systematic review

    Overview of digital eye strain; blue-light filters do not appear to prevent it; aggravating and alleviating factors.

  2. 2
    The effectiveness of the 20-20-20 rule in managing computer vision syndrome among workers: a systematic review

    Systematic review

    The 20-20-20 rule is an effective non-drug intervention for CVS.

  3. 3
    Digital eye strain: a comprehensive review (Kaur et al., 2022)

    Comprehensive review

    Definitions, mechanisms, device and environmental risk factors, ergonomics, management.

  4. 4
    An integrative review of digital eye strain

    Integrative review

    Cross-system mechanisms: ocular surface, accommodation, and cognitive load.

  5. 5
    Computer vision syndrome: a comprehensive literature review

    Literature review

    CVS prevalence around 69%; device and environmental risk factors.

  6. 6
    Clinical manifestations, prevalence, and risk factors of asthenopia: a systematic review and meta-analysis

    Systematic review & meta-analysis

    Pooled asthenopia prevalence around 51%; associated neck (~45%) and shoulder (~30%) pain; sleep a risk factor.

  7. 7
    Modern aspects of diagnosis and treatment of accommodation disorders in computer users

    Systematic review

    Accommodative asthenopia; role of computer glasses and vision therapy.

  8. 8
    The effects of breaks on digital eye strain and dry eye (Talens-Estarelles et al., 2023)

    Experimental study

    Breaks and the 20-20-20 rule reduce digital eye strain and dry eye; blink behaviour and reminders.

  9. 9
    Computer vision syndrome among individuals using VDTs

    Cross-sectional study

    ~69% CVS via a validated questionnaire; screen use above 4-6 hours a day raises risk.

  10. 10
    Comparison of digital eye strain prevalence pre- vs post-lockdown: a systematic review

    Systematic review

    Digital eye strain rose from ~60-65% to over 80% post-lockdown among students and workers.

  11. 11
    Reconfiguring digital eye strain in school-aged adolescents

    Systematic review

    Risk ecologies and preventive practices in school settings.

  12. 12
    Digital eye strain: risk factors, clinical manifestations and management (systematic literature review)

    Systematic literature review

    Risk factors, clinical manifestations and management of DES.

  13. 13
    Digital eye strain in young screen users: a systematic review (Mataftsi, 2023)

    Systematic review

    Aggravating and alleviating factors; ergonomics; limited support for blue-light filtering.

  14. 14
    Association between near work, screen time, outdoor time and myopia in children

    Observational study

    Objective monitoring: continuous near use and short outdoor time correlate with myopia.

  15. 15
    Near-work activity duration and myopia in children: an updated systematic review and meta-analysis

    Systematic review & meta-analysis

    Longer near-work duration is associated with higher myopia odds.

  16. 16
    Effectiveness of the 20-20-20 rule in reducing digital eye strain (quasi-experimental)

    Quasi-experimental study

    Significant digital eye strain score reductions over three weeks (DESRIL-27 scale).

  17. 17
    Mitigating eye strain in the digital era: the efficacy of the 20-20-20 rule

    Prospective study

    Most people who followed the 20-20-20 rule reported relief of strain, headache and irritation.

  18. 18
    Near work, screen time, outdoor time and myopia in schoolchildren

    Large cohort / pooled analysis

    More reading and writing and less outdoor time are associated with myopia (>12,000 children).

  19. 19
    Near work and myopia development in a longitudinal cohort of schoolchildren

    Longitudinal cohort

    Homework and reading linked to myopia; overall screen time similar in myopic vs non-myopic children.

  20. 20
    The burden of digital diseases in developing countries: a systematic review

    Systematic review

    Prevalence, impacts and interventions across digital-health conditions.