Title: Paediatric Cataract Observation & Results in my Study

Authors: Dr N. Suhasini M.S.FIGS, Dr V. Suryanarayana M.S., D.O.

 DOI: https://dx.doi.org/10.18535/jmscr/v8i11.71

Abstract

Aim: To describe & analyze the current techniques utilized in the management of paediatric cataracts, their visual outcome &complications of cataract surgery.

Materials & Methods: A retrospective study of 68 subjects who underwent cataract surgery during 2007-08 in Govt. REH. PMMA intra ocular Lens (12mm) was implanted in the bag for children more than 2 years.  Intraocular lenses were not implanted for children aged less than 2 years.  Optical correction was given.

Results & Discussion: For aphakic patients, contact lenses along with spectacles are prescribed for near & to correct aniseikonia (or) only aphakic spectacles are prescribed. For pseudophakic patients, reading spectacles are prescribed.

Conclusion

  1. Cataract is more common in male children (87%) compared to females.
  2. Cataract is more common in lower socioeconomic status in the age group of 6-9 Yrs. (43.75%)
  3. Bilateral congenital and developmental cataracts of Zonular type is found to be more common in our study.
  4. Unilateral cataracts, Bilateral cataracts where the management has been delayed or associated nystagmus and strabismus has set in, have a poor visual outcome.
  5. Primary posterior chamber Intraocular lenses are recommended for children 2 Yrs. of age and older.
  6. Most common complication is posterior capsular opacification, managed with YAG laser capsulotomy in most of the cases.
  7. Early surgery combined with appropriate refractive correction and aggressive amblyopia therapy provides good visual outcome.

Keywords: PMMA-Poly Methyl Methacrylate; REH:Regional Eye Hospital.

References

  1. Axial eye length growth and final refractive outcome after unilateral paediatric cataract surgery Marije L Sminia1,2, Jan T H N de Faber1, Denise J Doelwijt1,3, René J Wubbels1, Martha Tjon-Fo- Sang1 Bjo.Bmj.com-2010
  2. Prediction error and myopic shift after intraocular lens implantation in paediatric cataract patients N E D Hoevenaars1, J R Polling1,2, R C W Wolfs1 Bjo.Bmj.com-2011
  3. Predictability of formulae for intraocular lens power calculation according to the age of implantation in paediatric cataract ByungJoo Lee1, Sang-Mok Lee2, Jeong Hun Kim1,3, Young Suk Yu3 Bjo.Bmj.com-2019
  4. Clinical profile & visual outcome of traumatic paediatric cataract in suburban Malaysia: a ten-year experience Abdul-Rahim Adlina, MD, MMed,1 Ying-Jiun Chong, MD,1 and Ismail Shatriah, MD, MMed1 Singapore medical journal,2014-ncbi.nlm.nih.gov
  5. Challenges in the management of paediatric cataract in a developing country Ifeoma R Ezegwui, Ada E Aghaji, Nkechi J Uche, and Ernest N Onwasigwe International journal of Ophthalmology-2011,ncbi.nlm.nih.gov
  6. Paediatric cataract Reviewed by Jagat Ram P. Nucci, editor. Karger: Basel, Switzerland- Indian journal of medical research-2018-ncbi.nlm.nih.gov
  7. The Paediatric Cataract Register (PECARE): an overview of operated childhood cataract in Sweden and Denmark Gunilla Magnusson, Birgitte Haargaard, Saima Basit, Alf Nyström, Annika Rosensvärd, KristinaTornqvist Acta ophthalmologica-2018
  8. Predicting future axial length in patients with paediatric cataract and primary intraocular lens implantation Antonio Carlos Lottelli -European journal of Ophthalmology-August,2020-10-05.

Corresponding Author

Dr N. Suhasini M.S.FIGS

Asst.Prof-KIMS & RF, Amalapuram