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Education and evidence are needed to improve neonatal parenteral nutrition practice
Mansoor Ahmed1, Sarah Irwin, David P Tuthill
1Department of Neonatal Medicine, Llandough Hospital, Cardiff, Wales. mansoorlmc@hotmail.com
Insights
Parenteral nutrition (PN) practices vary widely in UK neonatal units, with significant gaps in doctor knowledge regarding nutrition and complication management. Standardized guidelines and improved training are urgently needed for safer infant care.
Area of Science:
- Neonatal intensive care
- Clinical nutrition
- Pediatric medicine
Background:
- Parenteral nutrition (PN) is critical for neonates unable to tolerate enteral feeding.
- PN use carries risks including sepsis, thrombosis, and biochemical derangements.
- Meticulous PN management can mitigate complications.
Purpose of the Study:
- To assess current PN administration practices in UK neonatal units.
- To evaluate the management of PN-related complications.
- To identify variations in PN protocols and physician knowledge.
Main Methods:
- A telephone survey was conducted with middle-grade doctors in 57 neonatal units across England, Scotland, and Wales.
- A standardized questionnaire focused on PN composition, complications, and nutrition support.
- Data on current practices and challenges were collected.
Main Results:
- Wide variations in PN practices were observed, with 33% delaying protein administration.
- Lipid infusions were stopped in sepsis in just over half of units.
- Significant knowledge gaps existed regarding protein/nitrogen prescription and pharmacist involvement.
Conclusions:
- There is considerable diversity in PN practices and knowledge among neonatal doctors.
- Management of complications like sepsis and hyperglycemia is highly variable.
- Enhanced staff training and unified evidence-based guidelines are essential.
Background:
Parenteral nutrition (PN) is an essential component of neonatal care for those infants who are unable to tolerate adequate enteral feeding. Its use is not without complications such as biochemical derangements, sepsis, thrombosis, extravasation of fluid, and death. Such complications can be reduced by meticulous management of PN in response to biochemical abnormalities, nutrition teams, policies to reduce sepsis, and staff training to be more aware of pericardial and pleural effusions. We ascertained the current practices in PN administration and management of complications in all neonatal units with 6 or more intensive care cots in England, Scotland, and Wales.
Methods:
Telephone survey of middle grade doctors (Specialist Registrars) working in all 57 neonatal units was conducted using a standard questionnaire. The questions were focused around practical issues and problems that are commonly encountered with PN practice, including composition, complications, and nutrition support.
Results:
A response was obtained from 95% of the units contacted and a wide range of practices observed. Thirty-three percent of units delay protein (nitrogen) until > 48 hours after birth. Lipid infusions are stopped in proven or suspected sepsis in just over half of all units. In hyperglycemic preterm infants, 25 units decrease their glucose infusion, 21 commence insulin, and 8 have no policy. Two thirds of middle grade doctors had no idea of the amount of protein or nitrogen to prescribe for these infants, and only one-third involve a pharmacist in the PN prescribing.
Conclusions:
There is a diverse practice and knowledge with a concerning lack of education in nutrition among the middle grade doctors in England, Scotland, and Wales. The management of common complications such as sepsis and hyperglycemia are highly variable. Improved staff training and production of unified evidence-based guidelines need urgent consideration.
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