H52.13 is an ICD-10-CM code that specifically means "Myopia, bilateral." This indicates a patient has nearsightedness affecting both eyes. Healthcare professionals use this code for accurate medical diagnosis and documentation of refractive errors. It falls under the broader category of disorders of refraction and accommodation, distinguishing it from myopia in a single eye.
The ICD-10 code H52.13 specifically denotes bilateral myopia, meaning nearsightedness affecting both eyes. Myopia is a common refractive error where distant objects appear blurry because light focuses in front of the retina. This classification is crucial for medical record-keeping, billing, and epidemiological studies, helping healthcare providers accurately document and understand the prevalence of this particular...
Bilateral myopia is typically diagnosed through a comprehensive eye examination. An ophthalmologist or optometrist uses a visual acuity chart, a phoropter to determine lens prescription, and an autorefractor. They objectively measure the eye's refractive error for both eyes, ensuring a thorough evaluation of eye health and vision, often including pupil dilation.
Individuals with H52.13, or bilateral myopia, commonly experience blurry distance vision, while near vision remains clear. Other symptoms can include squinting to see distant objects, headaches from eye strain, and fatigue. Children might struggle in school or sports due to difficulty seeing the board or field. These issues affect both eyes, prompting the need for...
Yes, H52.13 myopia is very effectively corrected with eyeglasses or contact lenses. These corrective lenses work by adjusting the way light enters the eye, ensuring it focuses precisely on the retina, thus restoring clear distance vision for both eyes. Regular eye exams are essential to update prescriptions as myopia can progress over time.
Yes, surgical options for correcting bilateral myopia exist for adults. Procedures like LASIK, PRK, and SMILE reshape the cornea to alter its focusing power. For higher myopia, implantable collamer lenses (ICLs) are considered. These surgeries aim to reduce or eliminate the need for glasses or contacts, improving vision in both eyes.
Lifestyle factors can significantly influence myopia progression. Prolonged near work, like reading or screen time, without sufficient breaks, can contribute. Spending less time outdoors, especially in natural light, is also linked to faster progression. A balanced diet and good overall health support eye health, but screen habits and outdoor time are particularly impactful for bilateral...
Bilateral myopia commonly begins to develop during childhood, often between the ages of 6 and 14 years. It frequently progresses through the teenage years as the eyes continue to grow. Onset can sometimes occur later in young adulthood, but the primary period of development and progression is typically during the school-age and adolescent years.
While H52.13 (bilateral myopia) has a strong genetic component, environmental factors are also crucial. Parental myopia increases risk. However, excessive near work, insufficient outdoor time, and prolonged screen use are increasingly recognized as contributors to both the onset and progression of myopia in both eyes, demonstrating a complex interplay.
H52.13 signifies bilateral myopia, or nearsightedness in both eyes, where distant vision is blurry. This differs from hyperopia (farsightedness), where near vision is blurry, and astigmatism, causing blurred vision at all distances due to an irregular cornea. Presbyopia is age-related. Myopia is characterized by clear near vision but blurry distance vision.
To slow bilateral myopia progression, increase outdoor time (at least 2 hours daily) as natural light is beneficial. Regular breaks during near work, using the 20-20-20 rule, are crucial. Discussing low-dose atropine eye drops or specialized multifocal contact lenses with an eye care professional can also be effective interventions.