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ROP prevention at NICU.pptx
1. Dr. Arijit Bhowmik
MD, DNB Pediatrics
Assistant Professor
Department of Neonatology
Medical College and Hospital, Kolkata
2. Major risk factors for the
development of ROP
Premature birth
Low birth weight
Supplemental oxygen exposure
Respiratory distress, breathing difficulties
Sepsis
Poor weight gain
Blood transfusions
Overall health of the infant
3. Oxygen
Hyperoxemia, hypoxemia, and substantial fluctuations
in oxygen saturation are all correlated with the
development of severe ROP.
Trials (SUPPORT, BOOST-II), to determine the
appropriate oxygen levels needed to lower the risk of
ROP, shows at lower saturation level (85-89%)
incidence of severe ROP was lower but mortality was
higher as compared to higher saturation level (91-
95%).
4. Overall, the optimal oxygen saturation levels to
minimize severe ROP risk, as well as mortality, have
yet to be determined.
Raghuveer et al. suggested titrating oxygen saturation
levels such that the infant is maintained under
gradually increasing oxygen saturation levels as
postmenstrual age increases to avoid early hyperoxia
and later hypoxia.
5. Prolonged mechanical ventilation is an independent
risk factor for ROP
Long-term use of a CPAP is predictive of treatment-
requiring or severe ROP
The early administration of postnatal corticosteroids
within the first seven days of life has been shown to
decrease rates of ROP, including severe ROP, whereas
late administration (after the first seven days of life)
increased overall rates of severe ROP.
6.
7. POINTS of Care
Pain: Avoid and prevent painful episodes.
Oxygen management: Ensure recommended oxygen
saturation.
Infection control
Nutrition: Improved nutrition with breast milk
Temperature control
Supportive care: Includes good positioning of the baby
in an incubator or cot and the use of kangaroo care
Other: Minimise blood transfusions. Reduce blood
sampling and the volume of blood taken.
8. General nonpharmacological
measures of pain management
Avoid bright light, loud noise
Limit the number of painful procedures and handling
Bundling of investigations and nursing interventions
Swaddling, facilitated tucking
Sucrose/glucose solution induced analgesia
Breast feeding/breast milk supplementation
Skin to skin care
Non-nutritive sucking using pacifiers
9. Oxygen management
Oxygen level in blood should be continuously
monitored using pulse oximetry keeping a saturation
target of 90% to 93%, with limits set at 88% and 95%.
14. Packed cell transfusions guideline:
Ventilated infants: Hct < 40%
Infants with cardio-pulmonary disease but not on
ventilators: Hct < 35%
Sick infants but no cardiopulmonary instability: Hct <
30%,
Symptomatic anemia: Hct < 25%
Asymptomatic anemia: Hct < 20%.
15. Adherence to ROP screening
protocol
Written protocol for ROP screening and treatment.
First screening should be done before discharge
If discharge done before first screening, then to ensure
proper follow up for screening
16. References
1) Guidelines for Universal Eye Screening in Newborns Including
RETINOPATHY OF Prematurity Rashtriya bal swasthya karyakram
Ministry of Health & Family Welfare Government of India June 2017.
2) Deorari A, Darlow BA. Preventing sight-threatening ROP: a
neonatologist's perspective. Community Eye Health. 2017;30(99):50-
52. PMID: 29434436; PMCID: PMC5806218
3) Prasad, Minali, Ellen C. Ingolfsland, and Stephen P. Christiansen.
2023. "Modifiable Risk Factors and Preventative Strategies for Severe
Retinopathy of Prematurity" Life 13, no. 5: 1075.
4) Wang, H.; Zhang, S.X.; Hartnett, M.E. Signaling Pathways Triggered
by Oxidative Stress That Mediate Features of Severe Retinopathy of
Prematurity. JAMA Ophthalmol 2013, 131, 80–85.
5) The STOP-ROP Multicenter Study Group. Supplemental Therapeutic
Oxygen for Prethreshold Retinopathy of Prematurity (STOP-ROP), A
Randomized, Controlled Trial. I: Primary
Outcomes. Pediatrics 2000, 105, 295–310