Evaluation of a "tummy time" intervention to improve motor skills in infants after cardiac surgery.

BACKGROUND: Infants who require open heart surgery are at increased risk for developmental delays including gross motor impairments which may have implications for later adaptive skills and cognitive performance. We sought to evaluate the feasibility and efficacy of a tummy time intervention to improve motor skill development in infants after cardiac surgery. METHODS: Infants <4 months of age who underwent cardiac surgery were randomly assigned to tummy time with or without outpatient reinforcement or standard of care prior to hospital discharge. The Alberta Infant Motor Scale (AIMS) was administered to each infant prior to and 3 months after discharge. Groups were compared, and the association between parent-reported tummy time at home and change in motor scores at follow-up was examined. RESULTS: Parents of infants (n = 64) who had cardiac surgery at a median age of 5 days were randomly assigned to tummy time instruction (n = 20), tummy time + outpatient reinforcement (n = 21) or standard of care (n = 23). Forty-nine (77%) returned for follow-up. At follow-up, reported daily tummy time was not significantly different between groups (p = 0.17). Fifteen infants had <15 minutes of tummy time daily. Infants who received >15 minutes of tummy time daily had a significantly greater improvement in motor scores than infants with <15 minutes of tummy time daily (p = 0.01). CONCLUSION: In infants following cardiac surgery, <15 minutes of tummy time daily is associated with increased motor skill impairment. Further research is needed to elucidate the best strategies to optimise parental compliance with tummy time recommendations.

Pediatric Mobility: The Development of Standard Assessments and Interventions for Pediatric Patients for Safe Patient Handling and Mobility.

Due to improvements in biomedical sciences and clinical expertise, childhood mortality has decreased. Pediatric patients experience similar complications from inactivity as adults, such as hospital-acquired conditions and delirium. Interdisciplinary collaboration is imperative to improve functional and developmental outcomes of children who suffers from either a chronic illnesses or an acute illness that results in a prolonged hospitalization. Pediatric nursing assessments should include gross motor function related to mobility. Activities to mobilize pediatric patients should be based on age and developmental assessment. The purpose of this article is to describe the modification of an adult mobility assessment for the pediatric population.

Collaboration between two CF centers; one in USA and one in Turkey before and during CoV2 pandemic.

To address the discrepancy in the quality of care and outcomes between cystic fibrosis centers (CFCs) in high-income countries and limited resources countries (LRCs), a collaboration between our team at the University of Michigan CFC (UMCFC) and a CF center in Turkey (Marmara University CFC [MUCFC], Istanbul) was established. The collaboration included evaluation of all aspects of care and initiation of quality improvement (QI) measures. Teaching and implementing QI tools has led to start of improvement in MUCFC care. Close monitoring and sharing resources like UMCFC algorithms, protocols, and QI processes were done.

Neurodevelopmental outcomes in CDH survivors: A single institution's experience.

PURPOSE: Survivors of congenital diaphragmatic hernia (CDH) face high morbidity. We studied the neurodevelopmental outcomes of CDH survivors at a single institution. METHODS: CDH survivors born July 2006-March 2016 at a free-standing children's hospital were reviewed. Neurodevelopment was assessed using the Peabody Developmental Motor Scales (PDMS-2) broken into gross, fine, and total motor quotients. Data collected included prenatal variables (liver herniation, defect laterality, observed:expected total fetal lung volume (o:eTFLV) on MRI), birth demographics (sex, race, estimated gestational age (EGA), birth weight (BtWt), 5 min APGAR, associated anomalies), and therapies/hospital course (HFOV/HFJV, ECMO, timing of repair, pulmonary hypertension (PHTN) severity, length of stay, ventilator days). Variables were analyzed using mixed linear modeling. RESULTS: Sixty-eight children were included. Most patients had left-sided CDH (55/68, 81%) without liver herniation (42/68, 62%). ECMO utilization was 25/68 (37%). The mean [95% confidence interval] gross motor quotient for the entire cohort was 87 [84-91], fine motor quotient was 92 [88-96], and total motor quotient was 88 [84-93], representing below average, average, and below average functioning, respectively. o:eTFLV predicted fine motor quotient among prenatal variables. Associated anomalies and ECMO use predicted all quotients in the final model. CONCLUSIONS: Associated anomalies and ECMO use predict neurodevelopmental delay in CDH survivors. TYPE OF STUDY: Retrospective observational study; Prognostic. LEVEL OF EVIDENCE: II.