Lattice degeneration is a thinning and weakening of the far-edge (peripheral) retina. Under a dilated eye exam, the thin patches look like narrow, criss-cross streaks—a little like threads or a fishing net, which is why it’s called “lattice.” These areas are more fragile than normal retina, so small holes or tears can happen in or next to them, and those can—sometimes—lead to a retinal detachment if fluid sneaks under the retina. Most people with lattice never have serious trouble, but doctors watch it closely because of that small risk. In the general population, lattice degeneration is fairly common (often quoted around 6–8%), and it’s more frequent in people with nearsightedness (myopia). AAOAAO Journal
Lattice degeneration is a pattern of thinning and scarring in the far edges of the retina (the light-sensitive “film” lining the back of your eye). Under a dilated exam, these patches look like narrow, elongated areas—sometimes criss-crossed with fine, white blood-vessel remnants—hence the term “lattice.” It usually affects both eyes, lives out in the peripheral retina, and most people never notice symptoms. Doctors watch it closely because lattice can be a weak spot where tiny holes or tears sometimes form, and those tears can (not always) lead to a rhegmatogenous retinal detachment (RRD). About 1 in 10 people have lattice degeneration; most never develop a detachment, and major societies emphasize that routine treatment is not needed unless high-risk features are present. AAO+1
On its own, lattice degeneration may cause no symptoms and might be found by chance during a routine exam. But the edges of a lattice patch can tug when the gel in the eye (vitreous) pulls away with age, which can create a retinal tear. A tear may allow fluid to pass under the retina and lift it off the back wall—this is a retinal detachment, a vision-threatening emergency. Larger studies and guidelines note lattice as a risk factor for retinal tears or detachment, and this is why doctors educate patients about warning signs like flashes, new floaters, or a curtain/shadow in vision. AAO+1PubMed
Types of lattice degeneration
These “types” describe how the lattice looks and what’s happening around it. Your eye doctor uses the pattern to estimate risk and decide how closely to monitor you.
Classic lattice
Thin, elongated patches in the far edge of the retina, often with fine white lines (sclerosed vessels) crossing them. The borders can have pigment where the tissue healed or changed. Classic lattice can have tiny snail-trail-like frostiness on top. Review of OptometrySnail-track degeneration (a close cousin)
This looks like shiny, frosted streaks rather than pigmented lines. It’s considered a related peripheral thinning pattern and can behave similarly to lattice in terms of fragility; over time, snail-track areas can evolve toward lattice-like changes. EyeWikiScienceDirectLattice with atrophic holes
Sometimes, round “wear-and-tear” holes form inside a lattice patch because the thin retina simply gives way. These atrophic holes are not from active pulling; they’re from tissue thinning. Many remain stable; a few can slowly let fluid seep under the retina. EyeWikiLattice with tractional tears (on the edge)
When the vitreous gel tugs on the back edge of a lattice patch—especially during posterior vitreous detachment (PVD)—it can rip a flap-shaped tear right next to the lattice. These tears carry a higher detachment risk than simple atrophic holes because they reflect active traction. PubMedExtensive lattice
Some people have long stretches of lattice (many “clock-hours” of the retina). The more area that’s thin or the more numerous the lesions, the more carefully doctors watch, because there’s simply more fragile territory.Bilateral lattice
Lattice commonly appears in both eyes. If one eye develops a tear or detachment, doctors look carefully at the fellow eye, because it may have similar peripheral changes that need close monitoring. Cleveland Clinic
Causes and contributors
Strictly speaking, “cause” is complicated—no single cause explains lattice in everyone. Think of these as contributors, associations, or risk raisers that make lattice more likely to appear or more likely to lead to trouble (like a tear or detachment). I’ll explain each in simple terms.
Nearsightedness (myopia)
A longer eye stretches the retina, especially at the edges. Stretching makes thin, fragile patches more likely, which is why lattice is more common in myopes and why retinal detachment risk rises with myopia. AAO JournalPMCLonger axial length
Even within myopia, the longer the eyeball, the greater the mechanical stress on peripheral retina.Posterior vitreous detachment (PVD)
With age, the eye’s gel liquefies and peels away from the retina. Where it pulls at the back edge of a lattice patch, a flap tear can occur. PubMedVitreous liquefaction (“watery gel”)
More fluid and less gel means the gel moves more, increasing tugging forces at weak spots. PubMedFamily history of retinal detachment or peripheral thinning
Some people inherit retinal architecture that’s more prone to thinning or tearing.Connective tissue conditions (e.g., Marfan syndrome)
Weaker connective tissues can affect the vitreous and retina, making peripheral thinning and detachment more likely.Stickler syndrome
A collagen disorder that frequently involves the vitreous and retina, raising the risk of lattice, tears, and detachment.Ehlers–Danlos syndrome
Another collagen condition that can weaken eye tissues, potentially contributing to peripheral thinning.Pathologic (degenerative) myopia
Severe, progressive myopia can cause widespread retinal and choroidal changes, including lattice-like thinning.Retinitis pigmentosa (RP)
This inherited degeneration often comes with peripheral retinal changes and may coexist with lattice-like areas, raising detachment risk.Prior retinal detachment in the other eye
If one eye detached, the fellow eye may have similar weak spots, including lattice.Cataract surgery history
Most cataract surgeries are safe, but in the year after surgery a small number of people—especially those with lattice or high myopia—have higher rates of tears or detachment than average. Review of OptometryBlunt eye trauma
A hard hit can suddenly tug the gel against the retina, exposing weak lattice edges to tearing.Inflammation in the eye (uveitis)
Inflammation can change the stickiness and structure of the vitreous and retina, sometimes raising traction at the margins of lattice.Peripheral retinal blood-flow changes
Areas with reduced nourishment can become thin and fragile over time.Aging changes of the vitreous
Even without PVD yet, microscopic changes in the gel can increase shear forces on lattice edges. PubMedVery wide pupils with intense light exposure during exams/surgery
Rarely, extreme dilation and light can make tiny breaks easier to form if the gel is already pulling.High physical strain immediately after new symptoms
If someone has new flashes/floaters and continues heavy straining, the tugging could worsen a fresh tear (patients are usually advised to seek care first).Certain inherited eye shapes
Some people naturally have steeper curves or longer eyes, upping peripheral stress.Unknown/idiopathic
For many, no clear single trigger is found—lattice simply reflects how that person’s eye developed.
Note: Many of these “causes” are risk factors or associations, not one-to-one triggers. Your doctor looks at the whole picture—age, refractive error, family history, the exact look of the lattice, and any symptoms—before estimating risk. Authoritative summaries and guidelines emphasize myopia, vitreous changes/PVD, and certain systemic collagen conditions as key associations. AAO JournalPubMed
Symptoms
Most people with lattice degeneration feel nothing at all. If symptoms do happen, they usually come from a tear or early detachment, not from the lattice itself. Here are common descriptions in simple language:
No symptoms
The most common scenario—found by chance during a dilated exam. MedscapeFlashes of light (photopsia)
Quick sparkles or lightning streaks, especially in the dark, when the gel tugs on the retina.New floaters
Small dots, strings, or cobwebs drifting across vision—often a sign of gel movement or a tiny bit of bleeding from a fresh tear.A sudden shower of many floaters
This can suggest a new tear or bleeding in the gel, and needs urgent exam.Blurred spot or smudgy patch
If a tear or small detachment affects the visual area, vision can smear.Peripheral shadow or “curtain”
A dark edge creeping in from the side suggests a detachment and is an emergency.Wavy or distorted area
If the retina lifts slightly, straight lines may bend.A missing patch of side vision
Small blind spots can appear if the peripheral retina is affected.Brief ache after trauma
Not from lattice itself, but after a hit to the eye you might notice discomfort with new flashes/floaters, which means get checked.Light sensitivity
If inflammation or bleeding occurs, glare may feel worse.Trouble focusing after sudden floaters
The brain is distracted by new moving specks.Feeling like a veil is moving
Some describe a wispy gray film in one part of vision.Worse symptoms in dim light
Flashes are more noticeable in the dark.Intermittent “sparkles” with eye movement
Looking to the side can trigger flashes if the gel tugs.Sudden drop in central vision
If a detachment reaches the center (macula), central vision drops—this is urgent.
(Clinical sources emphasize that asymptomatic is most common, with flashes/floaters as red flags for tears or detachment.) Medscape
Diagnostic tests and assessments
Eye-care professionals group tests into physical exam, manual/bedside tests, lab/pathology (selective), electrodiagnostic, and imaging. Not everyone needs all tests—most diagnoses are made at the slit lamp with a dilated exam.
Physical exam
History & symptom review
Doctor asks about flashes, floaters, curtains, trauma, prior eye surgery, family history of detachment, and myopia. This helps estimate risk and urgency. Authoritative sources highlight myopia, PVD, and lattice as linked to tears/detachments. PubMedExternal eye and pupil exam
Checks for general eye health; pupil responses can hint at retinal function if there’s a big detachment (a relative afferent pupillary defect).Intraocular pressure (IOP) check
Not a lattice test per se, but pressure can change if there’s inflammation or big retinal problems; baseline IOP is part of any thorough eye check.Dilated peripheral retinal exam
The cornerstone: dilation lets the doctor see far out to find lattice patches, holes, or tears.
Manual/bedside tests
Visual acuity (distance and near)
Measures how clearly you see; it’s often normal in lattice unless a complication affects the macula.Confrontation visual fields
A quick side-vision check to see if any peripheral loss suggests detachment.Refraction/retinoscopy
Determines how nearsighted you are; higher myopia is an important risk marker. AAO JournalScleral depression during exam
A gentle tool presses the eye’s outer wall (after numbing drops) while the doctor looks inside; this brings the far periphery into view and unmasks tiny tears lurking at lattice edges. It’s a standard technique in careful peripheral exams. Review of OptometryAmsler grid (central check)
Primarily screens the center of vision; not ideal for lattice (which is peripheral), but can flag distortion if a complication reaches the macula.
Lab and pathological tests
Genetic testing for collagen disorders (e.g., COL2A1 in Stickler)
Used when someone has family history, early detachment, or systemic features (joints, face, hearing) pointing to Stickler.FBN1 gene testing (Marfan)
Considered if someone shows systemic Marfan signs (tall, long limbs, lens issues), since connective tissue affects the eye’s vitreous/retina.Connective-tissue panels / Ehlers–Danlos work-up
If there’s joint hypermobility, stretchy skin, easy bruising, clinicians may explore EDS forms that can affect ocular collagen.Inflammatory markers (as needed)
If there’s a story of uveitis or autoimmune disease, tests like ANA/HLA-B27 can be considered to understand broader risk (not routine for typical lattice).
Key point: Routine labs aren’t required for straightforward lattice; they’re selective based on history and exam.
Electrodiagnostic tests (3)
Full-field ERG (electroretinogram)
Measures overall retinal function. Usually normal in plain lattice, but can help when other retinal diseases are suspected.EOG (electro-oculogram)
Assesses the retinal pigment epithelium function; rarely needed for simple lattice, but useful in complex diagnostic puzzles.VEP (visual evoked potential)
Checks the signal pathway to the brain; not a lattice test but can rule out other causes of vision loss when the picture is unclear.
Imaging and instrumented retinal evaluation
Indirect ophthalmoscopy (with a head-mounted light), often with scleral depression
This is the gold-standard way to view the far periphery. It lets the doctor sweep 360° to find lattice, holes, or tears that standard central views may miss. AAOSlit-lamp biomicroscopy with special fundus lenses
A microscope at the exam chair plus high-power lenses (e.g., 90D/78D) gives a magnified view of lattice patterns and the exact edges where tractional tears can form. Review of OptometryUltra-widefield fundus photography
Captures panoramic images of the retinal periphery, helping document lattice patches and compare over time. (Imaging complements—doesn’t replace—direct examination.)OCT / B-scan ultrasound / autofluorescence (used selectively)
OCT (optical coherence tomography) can show micro-detachments or vitreous adhesion if the area is reachable; B-scan ultrasound helps if the view is blocked by cataract or bleeding; fundus autofluorescence can highlight tissue health around old lattice. (Choice depends on the situation.) Review of Optometry
Non-pharmacological treatments
Reality check: This list mixes procedures (like laser) with care strategies (like education and follow-up). “Non-pharmacological” simply means no pills. Where evidence is limited, I say so.
Watchful waiting with education: Most cases are observed. You’re taught “red flag” symptoms (flashes, sudden floaters, curtain) and given an urgent plan. This prevents delays if a tear occurs. Strong standard of care. AAO
Dilated 360° exams at sensible intervals: Follow-up timing depends on risk (myopia level, symptoms, planned surgery). The exam itself is a preventive strategy because it catches new tears early. AAO
Prompt evaluation of new symptoms: Same-day or next-day exam if you suddenly get flashes/floaters/curtain. This is the most important “treatment” you can do—early tear sealing prevents many detachments. AAO
Barrier laser photocoagulation (retinopexy) for tears or selected high-risk lattice: Laser “welds” the retina around a tear to keep fluid from sliding underneath. Evidence for prophylactic laser in asymptomatic lattice alone is weak, so it’s reserved for specific scenarios (e.g., symptomatic tractional tear, detachment in the other eye, before certain surgeries). AAOCochrane
Transconjunctival cryopexy (freezing treatment): An alternative way to “scar-down” a tear when laser isn’t feasible (e.g., poor view). Same indications as above. AAO
Pre-operative lattice assessment before cataract/refractive surgery: Careful mapping (and sometimes selective prophylaxis) can reduce tear risk during the post-op PVD window. Evidence is expert-consensus rather than randomized trials. AAO
Protective sports eyewear: Lowers blunt-trauma risk (a known tear trigger around lattice).
Trauma-risk counseling: For high-impact sports/occupations, you’re taught specific warning signs and a fast path to care; some choose extra protection or tailored activity approaches during symptomatic periods.
Avoid forceful eye rubbing: Minimizes minor mechanical stress and keeps the ocular surface healthier (comfort reduces rubbing).
Sleep and dry-eye hygiene: Dry eyes lead to rubbing; simple measures (humidify room, artificial tears) reduce that behavior.
Systemic health optimization: Stop smoking; control diabetes and blood pressure—this protects overall retinal resilience.
Myopia control (non-drug options): Orthokeratology or special defocus contact lenses may slow childhood myopia progression; while this doesn’t “treat” lattice, a slower-growing eyeball is thought to be kinder to the peripheral retina over decades. (Evidence for lattice-specific benefit is indirect.)
Emergency plan card: Phone numbers and “seek care within 24 hours” instructions—tiny step, outsized impact.
Partner/family education: Spouses/parents know what “curtain” or “shower of floaters” means so help arrives fast.
Documentation and photography: Baseline ultra-widefield photos make small changes obvious later.
Post-procedure positioning advice (case-by-case): After certain retinal repairs, temporary positioning reduces fluid tracking and supports adhesion.
Avoid sudden high-G amusement rides immediately after symptomatic PVD/tear repair: Common-sense caution during healing windows (expert opinion).
Post-operative compliance coaching: If you do have laser/cryo/repair, adherence to the short recovery plan prevents complications.
Safe travel guidance: Flying is fine for lattice; avoid altitude changes only if gas bubbles were placed during a repair (your surgeon will tell you).
Shared decision-making visit: Weighs your personal risk (age, myopia, fellow-eye history) and values before choosing prophylaxis vs. watchful waiting. Major guidelines emphasize selectivity here. AAO
Drug treatments
Straight truth: There is no medicine that cures or reverses lattice degeneration. Drugs are used for comfort around procedures, to treat complications (e.g., after a tear repair), or for general eye care. Specific regimens vary by surgeon; the samples below are typical examples, not prescriptions.
Topical steroid (e.g., prednisolone acetate 1%)
Class: corticosteroid. Dose/time (typical): 1 drop 4×/day for 3–5 days after laser/cryo if your surgeon prefers.
Purpose: calm inflammation. Mechanism: reduces inflammatory signaling.
Side effects: pressure rise in steroid responders, cataract risk if used long-term, irritation.Topical NSAID (e.g., ketorolac 0.5%)
Class: NSAID drop. Dose/time: 1 drop 3–4×/day for 3–5 days (surgeon-dependent).
Purpose: discomfort relief post-procedure. Side effects: stinging, rare corneal issues with prolonged use.Cycloplegic (e.g., homatropine 5% or cyclopentolate 1%)
Class: anticholinergic. Dose/time: 1 drop 2×/day for 1–3 days if ciliary spasm/photophobia.
Purpose: relaxes the focusing muscle, reduces ache.
Side effects: blurred near vision, light sensitivity, dry mouth; caution in narrow angles.Artificial tears (preservative-free preferred if frequent)
Class: lubricants. Dose: as needed.
Purpose: comfort to reduce rubbing.Oral acetaminophen (paracetamol)
Class: analgesic. Dose: adults commonly 500–1,000 mg every 6–8 h as needed (max per local label).
Purpose: post-laser discomfort. Side effects: liver risk if overdosed.Oral NSAID (e.g., ibuprofen)
Class: NSAID. Dose: typical OTC adult dosing with food.
Purpose: short-term procedural soreness. Side effects: stomach upset, kidney risks; avoid if your doctor says so.Antibiotic drops (rarely)
Use: not routine after laser; might be used if cryo incisions or surface issues warrant.
Side effects: local irritation, allergy.IOP-lowering drops (only if a steroid pressure response occurs)
Class: e.g., beta-blocker, prostaglandin analog (surgeon’s choice).
Use: short-term to counter steroid-induced pressure spikes.Low-dose atropine 0.01% for myopia control (children)
Note: helps slow myopia progression; does not treat lattice, but may be part of holistic care in a myopic child. Side effects: light sensitivity, near blur (usually mild at 0.01%).Anti-nausea meds (case-by-case)
Use: if severe anxiety or nausea risks squeezing/Valsalva during acute care.
Dietary and supportive supplements
Important: No supplement has been proven to treat lattice or prevent retinal detachment. The items below support general eye and vascular health. Use sensible doses; clear everything with your clinician—especially if pregnant, on anticoagulants, or with chronic disease. AREDS-style data largely apply to age-related macular degeneration, not lattice.
Lutein 10 mg + Zeaxanthin 2 mg daily – antioxidant pigments concentrating in the macula; general retinal support.
Omega-3s (EPA/DHA ~1 g/day) – support tear film/vascular health.
Vitamin C 500 mg/day – antioxidant support.
Vitamin E 200–400 IU/day – antioxidant (avoid high doses if on blood thinners unless approved).
Zinc 25–40 mg/day + Copper 2 mg/day – mineral support (AREDS proportions prevent copper deficiency).
Mixed carotenoids (avoid beta-carotene if you smoke) – pigment support.
B-complex (esp. B2/B6/B12) – general metabolic support.
Magnesium (100–200 mg/day) – vascular/neuromuscular support (watch kidney status).
CoQ10 (100–200 mg/day) – mitochondrial support; evidence eye-nonspecific.
Taurine (500–1,000 mg/day) – abundant in retina; clinical data limited.
Alpha-lipoic acid (300–600 mg/day) – antioxidant; avoid in hypoglycemia.
Resveratrol (100–250 mg/day) – speculative vascular/antioxidant role.
Bilberry extract (per label) – anthocyanins; evidence mixed.
Vitamin D (per deficiency status) – systemic health; check levels first.
General whole-food multivitamin – to cover gaps, not a cure.
Regenerative / stem-cell” drug ideas
Bottom line: There are no approved regenerative or stem-cell drugs for lattice degeneration. The items below are research or context so readers don’t confuse headlines with care.
Gene therapy (e.g., voretigene for RPE65): approved for a specific inherited retinal dystrophy—not for lattice.
iPSC-derived photoreceptor/RPE cell transplants: in early trials for severe macular diseases; not indicated for lattice.
Müller glia reprogramming: basic science stage; not in routine clinical use.
Retinal prostheses: device-based, for profound vision loss; not applicable to lattice.
Enzymatic vitreolysis (ocriplasmin): used for vitreomacular traction; not standard for lattice and not studied to prevent lattice-related tears.
Platelet-rich plasma or “stem-cell clinics”: avoid; unproven and potentially dangerous inside the eye.
Surgeries/procedures
These are not for quiet lattice. They’re used when a tear is present or when a detachment has started.
Laser retinopexy (barrier laser)
Procedure: a laser ring around a tear “welds” the retina to the underlying tissue.
Why: keeps fluid from passing through the tear and lifting the retina. Fast, office-based. AAOCryopexy
Procedure: a cold probe freezes the area through the white of the eye; forms a scar seal.
Why: used if laser view is poor (bleed/cataract) or surgeon preference. AAOPneumatic retinopexy
Procedure: a small gas bubble is injected into the eye and positioned to press the retina back while the tear is sealed with laser/cryo.
Why: selected detachments with suitable tear location.Scleral buckle
Procedure: a soft silicone band is sutured to the outer wall of the eye to indent the wall and relieve traction.
Why: time-tested for RDs, especially in younger myopes with peripheral breaks.Pars plana vitrectomy (PPV)
Procedure: microscopic instruments remove the vitreous gel, peel traction, drain subretinal fluid, and reattach the retina; gas or silicone oil may be used inside the eye.
Why: many modern RDs are repaired this way (alone or with a buckle).
Prevention
Know the red flags (flashes, sudden floaters, curtain) and seek urgent dilated exam.
Keep scheduled dilated exams—frequency tailored to your risk. AAO
Protect your eyes during contact sports or risky work.
Avoid blunt trauma where you reasonably can.
Don’t rub your eyes—treat dryness instead.
Stop smoking; keep diabetes and blood pressure controlled.
Pre-op retinal check before cataract or refractive surgery; discuss whether selective prophylaxis makes sense for you. AAO
Manage myopia in kids (lifestyle + evidence-based myopia control) to support lifelong retinal health.
Follow post-procedure instructions exactly if you’ve had repair.
Choose reputable care—avoid unproven injections or “stem-cell” treatments.
When to see a doctor
Right away (same day) if you notice new flashes, a sudden shower of floaters, or any shadow/curtain creeping into your vision.
Soon (within days) if you have new mild floaters without flashes or shadow, or if you recently had a head/eye injury.
Routine: at intervals your eye doctor sets (often annually for low-risk, sooner for high-risk). Major guidelines emphasize urgent evaluation of symptomatic PVD because that’s when tears tend to show up. AAO
What to eat and what to avoid
What to eat more of:
Leafy greens (spinach, kale) for natural lutein/zeaxanthin.
Colored vegetables and berries for antioxidants.
Fish (2–3×/week) for omega-3s.
Nuts/legumes/whole grains for minerals (zinc, copper in safe amounts) and vascular health.
Plenty of water for tear film comfort (less rubbing).
What to limit/avoid:
Smoking (and second-hand smoke)—harmful for all retinal tissues.
Ultra-processed, high-sugar foods that worsen vascular risk.
Very high-dose supplements without guidance (e.g., high-dose vitamin E or zinc).
Alcohol excess (vascular and nutritional downsides).
(Diet supports general eye health; it cannot “seal” lattice.)
Frequently asked questions
1) Does lattice degeneration mean I’ll go blind?
No. Most people with lattice never have serious trouble. Problems arise if a tear or detachment develops—and those can usually be treated if caught early.
2) If I have lattice, should I get preventive laser right away?
Not usually. The best current evidence (including Cochrane reviews) finds no strong proof that treating asymptomatic lattice or small atrophic holes prevents detachment in the average person. Doctors reserve prophylaxis for selected high-risk scenarios. CochraneAAO
3) How will I know if something changed?
Watch for new flashes, sudden many floaters, or a shadow/curtain—get a dilated exam urgently.
4) Can glasses or contact lenses fix lattice?
No. They correct focus, not retinal thinning. Good correction helps overall visual function and safety.
5) Is lattice more dangerous in myopia?
Myopia stretches the eye and is linked with lattice and earlier PVD; it raises risk of tears, especially in moderate-to-high myopia. That’s why myopes often get tighter follow-up.
6) I’m having cataract surgery. What then?
You’ll have a careful pre-op peripheral retinal exam. In some higher-risk cases, selective prophylaxis may be discussed. This is individualized and guided by expert consensus. AAO
7) If I had a detachment in one eye, what about the other?
The fellow eye is watched closely; risk is higher than average. Some patients get prophylactic treatment for very risky lesions, but this is a tailored decision.
8) Can diet or supplements fix lattice?
No. They support general eye health but don’t seal weak retina or stop traction.
9) Are there stem-cell shots for lattice?
No approved therapies. Be cautious about any clinic offering intraocular “stem-cell” injections for lattice.
10) Will I feel pain if I get a tear?
Usually no pain—that’s why symptom awareness matters.
11) How often should I be checked?
Your doctor sets the interval based on your risk (myopia, symptoms, past tears, planned surgery). Annual is common for low risk; sooner for higher risk. AAO
12) Can kids have lattice?
Yes, especially myopic teens/young adults, but serious complications are still uncommon.
13) If I get laser, will my vision be blurry forever?
Most people have temporary light sensitivity or blur. The laser spots sit in the far periphery; central vision usually stays the same.
14) Is one eye usually worse?
Lattice often appears in both eyes, sometimes one more than the other. Doctors map clock-hours to track change.
15) What if I can’t get to my eye doctor fast?
If you have curtain-like shadow or a sudden shower of floaters with flashes, go to emergency care—the staff can arrange an urgent dilated exam.
Disclaimer: Each person’s journey is unique, treatment plan, life style, food habit, hormonal condition, immune system, chronic disease condition, geological location, weather and previous medical history is also unique. So always seek the best advice from a qualified medical professional or health care provider before trying any treatments to ensure to find out the best plan for you. This guide is for general information and educational purposes only. Regular check-ups and awareness can help to manage and prevent complications associated with these diseases conditions. If you or someone are suffering from this disease condition bookmark this website or share with someone who might find it useful! Boost your knowledge and stay ahead in your health journey. We always try to ensure that the content is regularly updated to reflect the latest medical research and treatment options. Thank you for giving your valuable time to read the article.
The article is written by Team RxHarun and reviewed by the Rx Editorial Board Members
Last Updated: August 10, 2025.
