Retinopathy of prematurity is a potentially blinding condition affecting premature babies — one of the most critical and time-sensitive ophthalmic emergencies in neonatal medicine, where delayed detection or inadequate treatment can result in permanent, irreversible visual impairment or blindness in a child whose entire life lies ahead. Moolchand Hospital, recognised as one of the best ROP treatment hospitals in Delhi, provides a comprehensive, nationally acclaimed Retinopathy of Prematurity programme — a seamlessly integrated collaboration between the Moolchand Paediatrics Institute and Moolchand Eye Institute that delivers the highest standards of ROP screening, diagnosis, treatment and long-term visual follow-up for every premature baby in its care.
Located near Lajpat Nagar, Moolchand Hospital Delhi's ROP programme is built on the exceptional foundations of two nationally recognised clinical programmes — a Level III NICU that holds a longstanding unbroken record of managing India's youngest premature babies including infants born at just 25 weeks gestational age, and a Moolchand Eye Institute with over 60 years of ophthalmic excellence and JCI-accredited near-zero infection rates. This unique combination of neonatal and ophthalmic expertise under one roof enables Moolchand to provide the most comprehensive, co-ordinated and clinically excellent ROP care available in Delhi.
As a leading multi super speciality hospital in Delhi, Moolchand's ROP programme is staffed by experienced paediatric ophthalmologists and neonatologists who work in close, seamless collaboration — ensuring that every eligible premature baby receives timely ROP screening, accurate disease staging, prompt treatment when indicated and structured long-term visual surveillance to detect and manage the sequelae of ROP including refractive errors, amblyopia and strabismus throughout childhood. Advanced ROP imaging using RetCam digital retinal photography, indirect ophthalmoscopy and fluorescein angiography enables precise disease documentation and treatment planning — ensuring that no case of significant ROP goes undetected or untreated at Moolchand Hospital.
Moolchand Care Pathways for the ROP programme are protocol-driven, reflective of international guidelines including the Early Treatment for Retinopathy of Prematurity study recommendations and designed to ensure that every premature baby receives consistent, evidence-based and timely ROP care — because at Moolchand Hospital Lajpat Nagar, every child's vision is treated with the same priority, precision and clinical commitment that has defined Moolchand's excellence for over nine decades.
Retinopathy of prematurity is a potentially blinding condition caused by abnormal retinal blood vessel development in premature babies. Early screening is critical because ROP can progress rapidly and treatment is only effective within a narrow time window — delayed detection can result in permanent visual impairment or blindness in a child.
Integrated Neonatal and Ophthalmic ROP Excellence
Seamless collaboration between nationally recognised Level III NICU and Moolchand Eye Institute
Longstanding record of managing India's youngest premature babies at 25 weeks gestational age
Over 60 years of ophthalmic excellence with JCI-accredited near-zero infection rates
Recognised as one of the best ROP treatment hospitals in Delhi near Lajpat Nagar
Advanced ROP Screening and Diagnostic Technology
RetCam digital retinal photography for high-resolution ROP documentation and staging
Indirect ophthalmoscopy by experienced paediatric ophthalmologists for comprehensive screening
Fluorescein angiography for aggressive posterior ROP and vascular pattern assessment
International protocol-compliant ROP screening criteria and timing
Expert Paediatric Ophthalmology and Neonatology Team
Experienced paediatric ophthalmologists with subspecialty expertise in ROP management
Expert neonatologists providing continuous oxygen management to minimise ROP risk
Coordinated multidisciplinary ROP team meetings for treatment planning
Family counselling and visual outcome education for parents of affected babies
Comprehensive ROP Treatment and Long-Term Follow-Up
Laser photocoagulation for threshold and pre-threshold ROP
Anti-VEGF intravitreal injection therapy for aggressive posterior ROP
Structured long-term visual surveillance for ROP sequelae including amblyopia and strabismus
Neurodevelopmental and visual outcome follow-up at Moolchand Hospital Lajpat Nagar
ROP Screening Programme
Structured ROP screening for all eligible premature babies meeting international criteria
Screening initiated at 31 weeks postmenstrual age or four weeks after birth for very premature infants
Indirect ophthalmoscopy by experienced paediatric ophthalmologists for comprehensive retinal evaluation
RetCam digital retinal photography for high-resolution documentation and telemedicine consultation
Accurate ROP staging using International Classification of Retinopathy of Prematurity
Regular screening intervals determined by disease severity and zone of involvement
Inpatient and outpatient screening availability for admitted and discharged premature infants
Documentation and parental communication at every screening visit
ROP Diagnosis and Staging
Precise ROP diagnosis and staging using the International Classification of ROP
Zone and stage determination for treatment threshold assessment
Plus disease evaluation for aggressive vascular activity assessment
Aggressive posterior ROP recognition and urgent treatment pathway activation
Fluorescein angiography for detailed vascular assessment in complex and aggressive cases
Digital documentation and serial retinal image comparison for disease progression monitoring
Multidisciplinary ROP case review for complex treatment planning
Laser Photocoagulation for ROP
Laser photocoagulation for threshold and type 1 pre-threshold ROP
Diode laser treatment delivered under anaesthetic monitoring in the NICU or operating suite
Peripheral avascular retina ablation to arrest disease progression and prevent retinal detachment
Bilateral simultaneous laser treatment for time-critical disease when clinically indicated
Post-laser monitoring protocol for treatment response assessment
Rescue treatment planning for cases with suboptimal initial laser response
Coordination with neonatology for safe anaesthetic and haemodynamic management during laser
Anti-VEGF Intravitreal Injection Therapy
Anti-VEGF therapy for aggressive posterior ROP and type 1 ROP in selected cases
Intravitreal bevacizumab or ranibizumab injection under appropriate anaesthetic monitoring
Enhanced post-injection surveillance protocol for recurrence detection
Combined anti-VEGF and laser therapy for selected complex ROP presentations
Long-term follow-up after anti-VEGF treatment for late recurrence and refractive error monitoring
Parent counselling on anti-VEGF therapy outcomes and follow-up requirements
Surgical Management of Advanced ROP
Vitreoretinal surgery evaluation for Stage 4 and Stage 5 ROP with retinal detachment
Scleral buckling for Stage 4 tractional retinal detachment
Vitrectomy for Stage 5 total retinal detachment in selected cases
Coordination with vitreoretinal surgeons for complex surgical ROP management
Post-surgical visual rehabilitation and long-term functional outcome monitoring
NICU Oxygen Management for ROP Prevention
Evidence-based oxygen saturation target management to minimise ROP risk
Continuous pulse oximetry monitoring with alarm threshold protocols
Hyperoxia avoidance and careful oxygen weaning for vulnerable premature infants
Regular oxygen management protocol review and nursing staff education
Coordination between neonatology and ophthalmology for ROP risk minimisation
Post-Discharge ROP Follow-Up Programme
Structured post-discharge ROP follow-up schedule for all treated and high-risk infants
Regular retinal examination until full vascularisation of the peripheral retina is confirmed
Refractive error assessment and spectacle prescription for post-ROP myopia and astigmatism
Amblyopia screening and treatment initiation for deprivation and refractive amblyopia
Strabismus evaluation and management for post-ROP ocular motility disorders
Cycloplegic refraction at scheduled intervals for refractive progression monitoring
Long-Term Visual Surveillance for ROP Graduates
Annual ophthalmic review for premature infants with history of significant ROP
Myopia progression monitoring and myopia control intervention for post-ROP children
Amblyopia treatment monitoring and outcome assessment
Retinal examination for late complications including retinal tears and lattice degeneration
Visual field assessment for children with significant peripheral retinal ablation
Low vision assessment and rehabilitation for children with residual visual impairment
Parent Education and Counselling
Dedicated ROP counselling for parents of premature babies at risk of ROP
Clear, compassionate explanation of ROP screening findings and treatment requirements
Written information and visual resources to support parental understanding
Emotional support and reassurance for families navigating neonatal ROP
Post-treatment parent education on follow-up schedule and warning signs
Family guidance on visual stimulation and developmental support for visually at-risk infants
ROP Telemedicine and Remote Screening Support
RetCam-based telemedicine ROP screening for remote NICU referral consultation
Digital image transmission and expert remote ROP staging and management advice
Referral pathway for premature babies in peripheral hospitals requiring ROP treatment
Coordination with referring NICUs for treatment planning and transfer when indicated
Retinopathy of prematurity Stages 1 to 5
Aggressive posterior ROP
Plus disease and pre-plus disease in premature infants
Threshold and pre-threshold ROP requiring treatment
Stage 4 tractional retinal detachment in ROP
Stage 5 total retinal detachment in severe ROP
Post-ROP refractive errors including high myopia and astigmatism
Amblyopia following ROP treatment and patching therapy
Strabismus following ROP and premature birth
Late ROP complications including retinal tears and lattice degeneration
Visual impairment requiring low vision rehabilitation in severe ROP graduates
Oxygen-related ROP risk in extremely premature infants