Atestace Oftalmologie study materials
Atestace Oftalmologie study resources

Atestace Oftalmologie study plan

Atestace Oftalmologie · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Retina, vitreous, and choroid & Anatomy, physiology, and embryology of the visual system

  • Map retinal layers to their vascular supply and draw a labelled cross-section of the globe from memory, including ora serrata, fovea, and optic disc relationships

  • Explain the phototransduction cascade and dark adaptation curve, then state which cell types and vitamin A derivatives fail in each of two classic night-blindness scenarios

  • Describe the embryologic origin of the neurosensory retina, RPE, choroid, and vitreous, and predict which structures are malformed when the optic cup fails to close

  • Trace the retinal arterial and venous arcades and list the watershed zones relevant to branch retinal artery occlusion

Your checkpoint

Hand-drawn annotated retinal and globe diagram with a one-page written explanation of layer-to-blood-supply mapping, self-graded against a textbook

Week 2

Retina, vitreous, and choroid & Glaucoma

  • Classify diabetic retinopathy stage by stage and state the treatment threshold for each sight-threatening lesion

  • Differentiate exudative from non-exudative age-related macular degeneration and justify anti-VEGF versus observation in two written vignettes

  • Explain the mechanism of rhegmatogenous retinal detachment and distinguish it from tractional and exudative detachment on clinical grounds

  • Outline the aqueous outflow pathway and contrast open-angle versus angle-closure mechanisms of raised intraocular pressure

Your checkpoint

A 15-item self-written case vignette set covering retinal vascular, macular, and detachment scenarios plus glaucoma mechanism questions, with answer keys

Week 3

Glaucoma & Examination methods and diagnostics in ophthalmology

  • Interpret a full visual field printout: identify arcuate, altitudinal, and central defects and match each to a likely mechanism

  • Sequence the diagnostic workup of a patient with suspected angle closure, from gonioscopy to provocation testing, and state what each test adds

  • Compare medical, laser, and surgical intraocular pressure lowering by mechanism, duration, and main adverse effect

  • Describe optic disc features (cup-to-disc ratio, rim thinning, disc hemorrhage, nerve fiber layer loss) that support a glaucoma diagnosis

Your checkpoint

A one-page glaucoma decision flowchart plus a written interpretation of two visual field printouts described in text form

Week 4

Examination methods and diagnostics in ophthalmology & Optics, refraction, and contact lenses

  • Select the appropriate imaging or electrophysiologic test (OCT, fluorescein angiography, autofluorescence, ERG, VEP, ultrasound) for five described clinical problems and justify each choice

  • Perform a written refraction calculation: convert spectacle prescriptions, compute spherical equivalent, and predict aniseikonia risk

  • Explain the optics of keratometry, autorefraction, and retinoscopy and state the sources of measurement error in each

  • Compare rigid gas-permeable, soft, and scleral contact lenses by oxygen transmission, fitting principle, and contraindications

Your checkpoint

A diagnostic test selection table for 12 described presentations plus a worked refraction problem set of 10 calculations

Week 5

Conjunctiva, cornea, and external ocular disease & Lids, lacrimal system, orbit, and ocular adnexa

  • Differentiate bacterial, viral, allergic, and chlamydial conjunctivitis by history, discharge, and follick/follicle pattern, and state first-line management for each

  • Describe the corneal layers and apply them to explain why epithelial defects, stromal ulcers, and endothelial failure present differently

  • Trace the lacrimal drainage pathway and distinguish aqueous-deficient from evaporative dry eye by test results

  • Classify eyelid malpositions and outline the surgical principle correcting each

Your checkpoint

A comparison matrix of six external eye conditions with diagnostic features and management, plus a labelled lacrimal system diagram

Week 6

Lens and cataract surgery & Uveitis and intraocular inflammation & Ocular oncology, trauma, and systemic disease associations

  • Stage cataract and list the indications, steps, and complications of phacoemulsification with intraocular lens selection considerations

  • Classify uveitis by anatomic location and name the systemic associations and required workup for each pattern

  • Distinguish open-globe from closed-globe injury and state the immediate management priorities for each

  • Recognize ocular manifestations of diabetes, hypertension, sarcoidosis, and thyroid disease and name the referral trigger for each

Your checkpoint

A written emergency and systemic-association quick-reference card covering at least 10 conditions with red flags and next steps

Week 7

Neuro-ophthalmology and strabismus & Pediatric ophthalmology and inherited ocular disease

  • Localize a lesion along the visual pathway from a described field defect and pupillary finding

  • Evaluate diplopia by comitance, duction testing, and cover test logic, and name the cranial nerve implicated in each pattern

  • Explain amblyopia types and the critical period, and state the treatment sequence for a child with strabismic amblyopia

  • Identify red flags in a child with leukocoria and rank the differential by urgency

Your checkpoint

A visual pathway lesion localization table with five worked field-defect cases, plus a pediatric red-flag checklist

Week 8

Ocular oncology, trauma, and systemic disease associations & Anatomy, physiology, and embryology of the visual system & Optics, refraction, and contact lenses & Examination methods and diagnostics in ophthalmology & Lids, lacrimal system, orbit, and ocular adnexa & Conjunctiva, cornea, and external ocular disease & Uveitis and intraocular inflammation & Lens and cataract surgery & Glaucoma & Retina, vitreous, and choroid & Neuro-ophthalmology and strabismus & Pediatric ophthalmology and inherited ocular disease

  • Classify intraocular tumors by age group and location and state the management principle for retinoblastoma, uveal melanoma, and metastasis

  • Review each domain's weakest areas using missed items from prior weeks and rewrite corrected explanations

  • Complete two timed mixed-domain practice sets and analyze errors by domain

  • Consolidate high-yield facts into a single review sheet covering anatomy, optics, and diagnostics

Your checkpoint

A timed 60-question mixed practice exam with a written error analysis identifying three priority review topics

Milestones