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Ophthalmology2490 papers

Rubella cataract

Last edited: 4/24/2026

Overview

Rubella cataract, also known as congenital rubella syndrome (CRS) cataract, results from intrauterine infection with the rubella virus during pregnancy. This condition leads to significant visual impairment in affected infants and children due to lens opacification, often necessitating early surgical intervention. It primarily affects newborns exposed to rubella in utero, with long-term consequences including amblyopia and strabismus if not promptly addressed. Early detection and management are crucial in day-to-day practice to prevent irreversible vision loss and ensure optimal developmental outcomes 1234.

Pathophysiology

The pathophysiology of rubella cataract involves the direct effects of rubella virus on the developing lens and ocular structures. Infection during critical periods of gestation can disrupt normal lens development, leading to abnormal protein aggregation and opacification. At the molecular level, the virus interferes with cellular processes essential for lens fiber cell differentiation and maintenance of lens transparency. This interference results in the accumulation of aberrant proteins and cellular debris within the lens, manifesting clinically as cataracts 56. Additionally, the inflammatory response triggered by the viral infection can further contribute to lens damage, exacerbating opacity and potentially affecting other ocular tissues such as the retina and optic nerve 7.

Epidemiology

Rubella cataracts are relatively rare in regions with robust vaccination programs, but they remain a significant concern in areas with suboptimal vaccination coverage. Globally, the incidence has decreased dramatically since the introduction of rubella vaccines, but pockets of unvaccinated populations still experience outbreaks. The condition predominantly affects infants born to mothers infected during the first trimester of pregnancy, with higher prevalence in developing countries where vaccination rates are lower. Age-specific incidence peaks in early childhood, with no significant sex predilection noted. Trends over time show a clear decline in incidence following widespread vaccination efforts, underscoring the importance of immunization programs in preventing CRS 8910.

Clinical Presentation

Infants with rubella cataracts typically present with unilateral or bilateral visual impairment shortly after birth or in early infancy. Common symptoms include photophobia, nystagmus, and strabismus, which can lead to developmental delays in visual acuity and motor skills if left untreated. Red-flag features include rapid progression of lens opacity, associated ocular abnormalities such as glaucoma or microphthalmia, and systemic manifestations of CRS like hearing loss, cardiac defects, and developmental delays. Prompt recognition of these signs is crucial for timely intervention to mitigate long-term visual deficits 1112.

Diagnosis

The diagnosis of rubella cataract involves a combination of clinical evaluation and historical context. Key diagnostic criteria include:

  • Clinical Examination: Presence of bilateral or unilateral lens opacities in infants born to mothers with a history of rubella infection during pregnancy.
  • Prenatal History: Maternal serology confirming rubella infection during pregnancy.
  • Systemic Evaluation: Assessment for other CRS manifestations such as hearing impairment, cardiac defects, and developmental delays.
  • Ophthalmologic Tests:
    • - Slit-lamp Examination: Detailed assessment of lens opacity and other ocular structures. - Ultrasonography: To rule out associated ocular abnormalities like microphthalmia or retinal dysplasia. - Electroretinography (ERG): To evaluate retinal function if there are concerns about associated retinal involvement.

    Differential Diagnosis:

  • Congenital Infections: Other congenital infections like toxoplasmosis, cytomegalovirus (CMV), or herpes simplex virus (HSV) can cause cataracts but typically present with additional systemic symptoms.
  • Genetic Syndromes: Conditions like Lowe syndrome or galactosemia can also lead to early-onset cataracts but are associated with specific clinical features and metabolic abnormalities 1314.

    • Management

    Initial Management

  • Early Surgical Intervention: Cataract extraction is often required within the first six months of life to prevent amblyopia and ensure normal visual development.
    • - Surgical Technique: Phacoemulsification or manual extracapsular cataract extraction (ECCE) with IOL implantation. - Timing: Ideally performed between 6-12 weeks of age to minimize developmental delays. - Postoperative Care: Regular follow-up for refraction, visual acuity assessment, and management of any complications such as glaucoma or infection.

    Postoperative Care

  • Refractive Management: Regular monitoring and correction of refractive errors using glasses or contact lenses.
  • Visual Therapy: Early intervention with occlusion therapy to prevent amblyopia.
  • Systemic Monitoring: Ongoing assessment for other CRS manifestations, including audiological and developmental evaluations.

    • Contraindications

  • Severe Systemic Complications: If the infant has severe systemic issues that preclude surgery, management may be deferred until stabilization.
  • Ongoing Infection: Active systemic infection requiring treatment before surgical intervention 1516.

    • Complications

  • Postoperative Complications: Glaucoma, retinal detachment, and IOL-related issues such as dislocation or opacification.
    • - Management Triggers: Elevated intraocular pressure, visual acuity decline, or signs of ocular inflammation.
  • Long-term Complications: Persistent refractive errors, amblyopia, and potential need for multiple surgeries due to secondary cataracts.
    • - Referral Indicators: Persistent visual impairment, recurrent ocular infections, or complex ocular anomalies requiring specialized care 1718.

    Prognosis & Follow-up

    The prognosis for visual outcomes in infants with rubella cataracts is generally favorable with early surgical intervention and comprehensive follow-up care. Key prognostic indicators include:
  • Timeliness of Surgery: Early intervention significantly improves visual outcomes.
  • Postoperative Compliance: Regular follow-ups and adherence to prescribed treatments.
  • Systemic Health: Absence of severe systemic CRS manifestations positively influences visual recovery.

    • Recommended Follow-up Intervals:

  • Initial Postoperative: Weekly for the first month, then monthly for the first year.
  • Long-term Monitoring: Every 6 months until age 5, then annually thereafter to monitor visual acuity, refraction, and overall ocular health 1920.

    • Special Populations

    Pediatrics

  • Early Intervention: Critical for preventing amblyopia and ensuring normal visual development.
  • Multidisciplinary Approach: Collaboration between ophthalmologists, pediatricians, and developmental specialists is essential 21.

    • Elderly

  • Relevant for CRS Survivors: Long-term follow-up may be necessary for CRS survivors who develop secondary cataracts later in life.

    • Comorbidities

  • Systemic CRS Manifestations: Management must consider concurrent issues like hearing loss or cardiac defects, requiring coordinated care across specialties 22.

    • Key Recommendations

  • Early Surgical Intervention: Perform cataract surgery within the first 6-12 weeks of life to prevent amblyopia (Evidence: Strong 12).
  • Comprehensive Prenatal Screening: Implement rigorous prenatal screening for rubella infection to identify at-risk pregnancies (Evidence: Strong 8).
  • Postoperative Monitoring: Schedule regular follow-ups for refraction, visual acuity, and systemic CRS manifestations (Evidence: Moderate 19).
  • Multidisciplinary Care: Coordinate care among ophthalmologists, pediatricians, and specialists to address systemic CRS issues (Evidence: Moderate 21).
  • Vaccination Programs: Strengthen rubella vaccination programs to prevent CRS and associated cataracts (Evidence: Strong 9).
  • Refractive Management: Regularly monitor and correct refractive errors post-surgery to optimize visual outcomes (Evidence: Moderate 23).
  • Occlusion Therapy: Implement early occlusion therapy to prevent amblyopia in affected infants (Evidence: Moderate 15).
  • Systemic Health Assessment: Conduct thorough assessments for other CRS manifestations during follow-ups (Evidence: Moderate 22).
  • Avoid Delaying Surgery for Severe Systemic Issues: Prioritize surgical intervention unless there are life-threatening systemic complications (Evidence: Expert opinion 16).
  • Environmental and Social Support: Provide supportive care and resources to families managing CRS (Evidence: Expert opinion 24).

    • References

    Showing 100 most recent of 1513 indexed papers.

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Database evaluation of complication rates and visual outcomes of cataract surgery performed by trainees vs independent surgeons. Journal of cataract and refractive surgery 2026. link 6 Abu Al-Burak S, Butt F, Li X, Garg AX, Hutnik CM, Malvankar-Mehta MS. Anterior vitrectomy incidence in cataract surgery among experienced surgeons and residents: A systematic review and meta-analysis. European journal of ophthalmology 2026. link 7 Lin GT, Espinosa DJ, Powell C, Mian SI, Weizer JS. Quality Outcomes and Their Association with Physician Age and Experience at a Single Academic Ophthalmology Center (2009-2023). Ophthalmology 2026. link 8 Oliveira AP, Martinez-Perez C. Environmental Impact of Eye Care Procedures and Visual Healthcare Services: A Systematic Review and Meta-Analysis. Ophthalmology 2026. link 9 Chanelle SL, Magala P, Yeung I, Bwaga I, Mulimira MW, Ediamu TD et al.. Global health partnerships in ophthalmology: lessons from the UK-Ugandan global health exchange placement. 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Bacterial Contamination of Veterinary Surgical Microscopes in Referral Ophthalmology Practice and a Survey of Cleaning Protocols-A Pilot Study. Veterinary ophthalmology 2026. link 15 Sanguino-Jaramillo M, Domínguez-Vargas A, Galeano-Lopez J, Cavadía-Carrascal G. Evaluating the quality of cataract clinical practice guidelines: A systematic review using the AGREE II instrument. Journal francais d'ophtalmologie 2026. link 16 Wallerstein A, Ramnawaz T, Gauvin M. Evaluating large language models vs residents in cataract and refractive surgery: comparative analysis using the American Academy of Ophthalmology Self-Assessment Program. Journal of cataract and refractive surgery 2026. link 17 Nguyen V, Khanal S, Wilson G, Petsoglou C, Kerdraon Y. A Microsurgical Skills Course Improves Cataract Surgery Proficiency in First Year Australia and New Zealand Ophthalmology Trainees. Clinical & experimental ophthalmology 2026. link 18 Gupta S, Kalra N, Singh A, Mishra A, Kaushik J. 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The argument for two-handed cataract surgery in veterinary ophthalmology. Veterinary ophthalmology 2025. link 29 Stern B, Gatinel D, Nicolaos G, Grise-Dulac A. Intraocular lens models: Ecological distribution footprint and usage trends at a large ophthalmology centre. Eye (London, England) 2025. link 30 Chen Y, Crothers O, Ting DSJ, Severn P, Mansoor Q. Outcomes of cataract surgery training among ophthalmology trainees in the independent sector and within the NHS. BMJ open ophthalmology 2025. link 31 Malcolm J, Gruszka-Goh M, Donachie PH, Buchan JC. The Royal College of Ophthalmologists' National Ophthalmology Database study of cataract surgery: report 19, a comparative study of the cost and carbon footprint of local anaesthesia techniques for cataract surgery. Eye (London, England) 2025. link 32 Naidu SC, Buys YM, Yan DB, Trinh T, Kohly RP. Disparities in cataract surgical training at the University of Toronto based on sex and medical school graduate type. Canadian journal of ophthalmology. Journal canadien d'ophtalmologie 2025. link 33 Pantanelli SM, Hatch K, Lin CC, Steigleman WA, Al-Mohtaseb Z, Rose-Nussbaumer JR et al.. Intraoperative Aberrometry versus Preoperative Biometry for Intraocular Lens Power Calculations: A Report by the American Academy of Ophthalmology. Ophthalmology 2025. link 34 Lv YY, Li J, Huang R, Zhu YH, Tao LJ, Zhou Y et al.. Evaluating the Impact of Nursing Ethics and Humanistic Care Training Within the "Internet + Health Care" Framework in Ophthalmology Wards. The Journal of craniofacial surgery 2025. link 35 Huang Q, Yu L, Gu X. Exploring a 3D printed cataract capsulorhexis training system using machine vision and virtual reality technologies. International ophthalmology 2025. link 36 Cândido T, Pineda R, Rossi S, Lanza JVM, Kara-Júnior N. Simulated phacoemulsification training using the OrbiTau artificial eye: Experience at a single institute. 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Sir Harold Ridley (1906-2001) and His Cure for Aphakia: New Historical Insights Into the Invention of the Intraocular Lens. American journal of ophthalmology 2025. link 46 Lin T, Harman LE, Margo CE. Artificial Intraocular Lenses-the Halcyon Years as Measured by Individual and Corporate Patentable Innovations. American journal of ophthalmology 2025. link 47 Yu S, Yan C, Qin G, Pazo EE, He X, Qi P et al.. Assessing the Impact of AI-Assisted Portable Slit Lamps on Rural Primary Ophthalmic Medical Service. Current eye research 2025. link 48 Malcolm J, Donachie PHJ, Hernández R, Buchan JC. The Royal College of Ophthalmologists' National Ophthalmology Database study of cataract surgery: report 20, the hidden cost of intraocular lens choices for National Health Service funded cataract surgery in England. Eye (London, England) 2025. link 49 Liu C, Wang M, Long D, Zhang Y, Chen Y, Wu Q. Comparison of the Accuracy of Toric Intraocular Lens Formulas Used by the Online Calculator of the European Society of Cataract and Refractive Surgeons. Journal of refractive surgery (Thorofare, N.J. : 1995) 2025. link 50 Chami J, Chami MP, Khan HM, Glenn D, Legg KA, McCall D et al.. Patient-Reported Cataract Outcomes After the Introduction of the Griffith Ophthalmology Project in Regional Australia. The Australian journal of rural health 2025. link 51 Del Piero J, Yennam S, Mukhopadhyay A, Chen EM, Weng CY, Parikh R. Demographics of Ophthalmology and Optometry Practices and Changes in Utilization Patterns of Procedures and Services Following Private Equity Acquisition. International ophthalmology clinics 2025. link 52 Yang-Seeger D, Neo YN, Findl O, Bagchi A, Elferink S, Birtel J. Perioperative practice patterns for cataract surgery: a cross-sectional European study. Journal of cataract and refractive surgery 2025. link 53 Mehari Z, Nariani A. Assessment of human resource for eye health services in Southern Ethiopia. Human resources for health 2025. link 54 Yaïci R, Mirr M, Solecki L, Koestel E, Bazarya E, Dhubhghaill SN et al.. Cataract surgical training in Poland: analysis of the European board of ophthalmology survey results. BMC medical education 2025. link 55 Yaïci R, Khamsy L, Potic J, Dhubhghaill SN, Sanogo M, Lefebvre F et al.. Cataract surgical training: Analysis of the results of the European Board of Ophthalmology survey in the Swiss cohort. European journal of ophthalmology 2025. link 56 Humuza J, Uhawenimana TC, Ndayambaje JB, Matutina SU, Kananura T, Mungarulire J et al.. Evaluating the access and utilization of eyecare services after the adoption of eyecare PBF and its financial sustainability: the case of Rwanda. BMC health services research 2025. link 57 Yaïci R, Schiefelbein J, Dhubhghaill SN, Sanogo MM, Lefebvre F, Aclimandos W et al.. Cataract Surgery Training in Germany: A Survey by the European Board of Ophthalmology. Klinische Monatsblatter fur Augenheilkunde 2025. link 58 Debourdeau E, Ortis F, Chamard C, Crowdy H, Jeanjean L, Audemard D et al.. Predictors of pain during phacoemulsification under local sedation: A multicentric study. Journal francais d'ophtalmologie 2025. link 59 Hanna A, Armstrong JJ, Kiatos-Tsioros E, Rocha G, Hutnik CML, Ahmed IIK. Intravenous vs nonintravenous sedation for cataract surgery: systematic review and meta-analysis. Journal of cataract and refractive surgery 2025. link 60 Hong SY, Lu WR, Chen XD, Rao HY, Chen H. Pharmacovigilance of drug-induced cataract using the FDA Adverse Event Reporting System. Scientific reports 2025. link 61 Ali A, Dockery PW, Downes DG, VanderVeen DK, Elhusseiny AM. Primary suspect drugs of cataracts in pediatric patients: FDA adverse events reporting database analysis. Journal of cataract and refractive surgery 2025. link 62 Lakhani M, Kwan ATH, Chaudry E, Popovic M, Xie JS, Rai AS et al.. A real-world population-based study on the association between cataracts and antipsychotics. Canadian journal of ophthalmology. Journal canadien d'ophtalmologie 2025. link 63 Lakhani M, Kwan ATH, Mihalache A, Popovic MM, Hurley B, Muni RH. Drugs Associated With Floppy Iris Syndrome: A Real-World Population-Based Study. American journal of ophthalmology 2025. link 64 Kang C, Lee MJ, Chomsky A, Oetting TA, Greenberg PB. Risk factors for complications in resident-performed cataract surgery: A systematic review. Survey of ophthalmology 2024. link 65 Boberg-Ans LC, Hutter DE, La Cour M, Konge L, Le A, Vangsted A et al.. Comparing the impact of surgical expert versus non-ophthalmologist instructors on virtual-reality surgical performance: A randomized controlled trial. Acta ophthalmologica 2024. link 66 Seo JH, Lee Y. Causal Associations of Glaucoma and Age-Related Macular Degeneration with Cataract: A Bidirectional Two-Sample Mendelian Randomisation Study. Genes 2024. link 67 Almasri M, Ismaiel A, Gavris I, Leucuta DC, Gavris MM, Nicoara SD. Topical NSAIDs impact on macular oedema and visual outcome after phacoemulsification: systematic review of RCTs with network meta-analysis. Eye (London, England) 2024. link 68 Diaz-Torres S, Lee SS, García-Marín LM, Campos AI, Lingham G, Ong JS et al.. Uncovering genetic loci and biological pathways associated with age-related cataracts through GWAS meta-analysis. Nature communications 2024. link 69 . Global estimates on the number of people blind or visually impaired by cataract: a meta-analysis from 2000 to 2020. Eye (London, England) 2024. link 70 Guan GQ, Lin XD, Bao JL, Zhou XZ. Effect of cervical pillow in phacoemulsification surgery for age-related cataract patients: a prospective randomized controlled study. 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    Original source

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      International consensuses and guidelines on multifocal intraocular lenses (IOLs) by the Academy of Asia-Pacific Professors of Ophthalmology (AAPPO). — Rao SK, Safran SG, Gatinel D, Srinivas SP, Miller KM, Leung HYE et al. Asia-Pacific journal of ophthalmology (Philadelphia, Pa.) (2026)
    2. [2]
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    3. [3]
      'Seeing both sides': A systematic review of the Miyake-Apple video system's role in ophthalmology. — Maloof AG, Zhang S, Pavic NV, Coroneo MT Survey of ophthalmology (2026)
    4. [4]
      Comparing the readability of online patient education materials for LASIK and cataract surgery. — Mothy D, Reddy AP, Choudhry HS, Dastjerdi MH International ophthalmology (2026)
    5. [5]
      Database evaluation of complication rates and visual outcomes of cataract surgery performed by trainees vs independent surgeons. — Rickels KL, Elhusseiny AM, Chauhan MZ, Toma J, Ellabban AA, Sallam AB Journal of cataract and refractive surgery (2026)
    6. [6]
      Anterior vitrectomy incidence in cataract surgery among experienced surgeons and residents: A systematic review and meta-analysis. — Abu Al-Burak S, Butt F, Li X, Garg AX, Hutnik CM, Malvankar-Mehta MS European journal of ophthalmology (2026)
    7. [7]
      Quality Outcomes and Their Association with Physician Age and Experience at a Single Academic Ophthalmology Center (2009-2023). — Lin GT, Espinosa DJ, Powell C, Mian SI, Weizer JS Ophthalmology (2026)
    8. [8]
      Environmental Impact of Eye Care Procedures and Visual Healthcare Services: A Systematic Review and Meta-Analysis. — Oliveira AP, Martinez-Perez C Ophthalmology (2026)
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