Pain assessment practices in Swedish and Norwegian neonatal care units.

BACKGROUND: The use of measurement scales to assess pain in neonates is considered a prerequisite for effective management of pain, but these scales are still underutilised in clinical practice. AIM: The aim of this study was to describe and compare pain assessment practices including the use of pain measurement scales in Norwegian and Swedish neonatal care units. METHODS: A unit survey investigating practices regarding pain assessment and the use of pain measurement scales was sent to all neonatal units in Sweden and Norway (n = 55). All Norwegian and 92% of Swedish units responded. RESULTS: A majority of the participating units (86.5%) assessed pain. Swedish units assessed and documented pain and used pain measurement scales more frequently than Norwegian units. The most frequently used scales were different versions of Astrid Lindgren's Pain Scale (ALPS) in Sweden and Echelle Douleur Inconfort Noveau-Ne (EDIN), ALPS and Premature Infant Pain Profile (PIPP) in Norway. Norwegian head nurses had more confidence in their pain assessment method and found the use of pain measurement scales more important than their Swedish colleagues. CONCLUSION: The persisting difference between Swedish and Norwegian units in pain assessment and the use of pain measurement scales are not easily explained. However, the reported increased availability and reported use of pain measurement scales in neonatal care units in both countries may be seen as a contribution towards better awareness and recognition of pain, better pain management and potentially less suffering for vulnerable neonates.

[Additional recommendations for safe sleep to prevent SIDS]. / Aanvullende adviezen voor veilig slapen ter preventie van wiegendood.

Great progress has been made in reducing the incidence of SIDS in the Netherlands, but the number of SIDS cases has remained constant in recent years. The American Academy of Pediatrics has new guidelines for safe sleep. Existing recommendations remain valid such as (a) discouraging prone- and side-sleeping; (b) encouraging parent and child to sleep in one room but not in one bed; and (c) avoiding second-hand smoke. The new recommendations include: (a) pre-term neonates born after 32 weeks should be placed in a supine position; (b) twins should not sleep in the same bed ('co-bedding'); (c) use of a pacifier is recommended once breastfeeding is well underway; and (d) use of stabilization pillows is not recommended. There should also be an emphasis on educating parents before discharging their newborn from the hospital.

Skin conductance measurements as pain assessment in newborn infants born at 22-27 weeks gestational age at different postnatal age.

BACKGROUND: To assess pain or stress in newborn infants submitted to intensive care is important but difficult, as different observational pain scales are not always reliable in premature infants. As an indicator of pain, skin conductance (SC) measurements have detected increased sweating in newborn infants >28 gestational age (GA) submitted to heel lancing. OBJECTIVE: To measure SC during heel lancing and routine care in newborn infants, born at 22 to 27 GA, with special relation to postnatal age (PNA). METHODS: In six infants <28+0 GA and 4 infants ≥28+0 GA spontaneous SC activity and behavioural state (Neonatal Pain Agitation and Sedation Scale (N-PASS)) was measured before, during and after each intervention. Measurements were repeated in each patient at different PNA. RESULTS: Baseline SC prior to intervention took longer time to stabilise and was higher in <28 than in ≥28+0 PNA. The combination of heel lancing and squeezing gave an increased SC in <28 PNA, whereas heel lancing alone gave the same SC response in ≥28+0 PNA. A possibly continued immature response in SC measurements was not observed. Oral glucose admission prior to heel lancing increased SC. Routine care did not give any changes in SC. Except during orogastric tube placement no signs of discomfort or pain could be detected by the neonatal pain, agitation and sedation scale (N-PASS) in <28 PNA. CONCLUSION: Changes in SC could be detected in infants at <28+0 PNA and related to the combination of heel lancing and squeezing. A maturational development of the SC was observed in infants born <28 GA. SC seems to be able to differentiate between pain and discomfort.