How to manage the highly myopic toddler
A two-year-old with high myopia and astigmatism – the discussion included co-management, the best optical correction, and the lifelong management ahead. Read more on managing the highly myopic toddler.
Myopia progression
在不利的澳大利亚学童中近视的患病率
This retrospective analysis of refraction in low socioeconomic children from rural New South Wales and Australian Central Territory, Australia, reveals lower prevalence of myopia compared to reports from urban areas.
What to do when a patient doesn’t respond to atropine
What do you do when your patient doesn’t respond to your low-dose atropine treatment? This case explores the nuances in navigating management when atropine doesn’t work as well as you might expect.
Non-responders to myopia control treatments
无反应者是那些在近视控制研究中表现出最低疗效的孩子，事实证明，在主要的近视控制干预研究中，大约有15-20％的儿童以这种方式分类。我们研究了阿托品，多焦点和近视中的无反应者，可控制隐形眼镜，正常人学和DIMS奇观镜头研究，以及这些研究中无反应的因素在这些研究中共享了哪些因素。
Why isn’t the myopia control strategy working?
When myopia progression seems to be faster than expected for a myopia control treatment, various factors can be at play, such as non-compliance, user error, high myopia, binocular vision, visual environment. Or you may have a non-responder on your hands. What should you do? Read more here.
当您的近视和高轴向长度时
Usually myopia and axial length are correlated. What does it mean when your patient has low myopia and high axial length? This case discusses various correlations between ocular and individual parameters and axial length.
Axial length measurement in myopia management – how often and how much change is normal?
How frequently should we measure axial length in myopia management practice, and how should it best direct our treatment strategy? Here we discuss how axial length change is related to refraction and ethnicity, and how to determine whether an axial length change is normal due to emmetropization or indicating myopia progression.
Six questions on axial length measurement in myopia management
This review covers how well axial length relates to refraction and predicting future myopia, how to measure axial length, its value in orthokeratology and atropine management, how axial length influences a treatment plan and can you practice myopia management without it.
Race as a predictor of myopia progression in paediatric patients
Myopia has multi-factorial causes with both nature and nurture contributing. In this research the authors used a retrospective cohort study to examine any differences in progression rate with different ethnicities and greater understand who may be at increased risk of myopic progression.
Myopia Rebound: Back with a Vengeance
You may be ready to cease treatment, or the patient has done so of their own accord. Then you observe that the rate of myopic progression accelerates again – a myopia rebound effect. When does this happen? Can you avoid it? What should you consider doing in practice?
