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Practice Points:  Cool to a central body temperature of 33.5 ◦C for 72 h as soon as possible in term and near-term neonates with moderate and severe NE. TH for term and near-term newborns with mild NE remains debated with insufficient systematic evidence proving improved neuro- developmental outcome with treatment, and without a clear picture […]

Practice Points:  Therapeutic hypothermia has become a standard care for treating qualifying neonates with neonatal encephalopathy. Criteria for cooling generally include evidence of an intrapartum sentinel event, significant metabolic acidosis on an umbilical cord or immediate neonatal blood gas specimen, and evidence of neonatal encephalopathy. They should meet the criteria from published clinical trials. Clinicians

Practice Points:  A shared decision making approach should be used in decision making for encephalopathic neonates treated with therapeutic hypothermia. Clinicians and parents must balance complementary ethical justifications, including the best interest standard, harm principle, and relational potential standard. The estimation and communication of prognosis is complex and requires preparation, reflection, and humility. Clinicians must

Practice Points:  Neonatal encephalopathy (NE) is a clinical diagnosis which may arise from numerous etiologies HIE may be distinguished from NE due to other causes using the history, physical and neurological exam, and investigations PubMed Link To view the full text and an associated presentation, become a NBS member here

Practice Points:  Therapeutic Hypothermia is a safe and effective treatment which reduces the impact of neural injury following hypoxia ischaemia and moderate/severe neonatal encephalopathy. Despite TH, a high proportion of survivors still develop moderate/ severe disability necessitating close follow up into childhood designed to identify neuromotor, cognitive and behavioural prob- lems. Early referral to child

Practice Points:  Neuroimaging in the term neonates with neonatal encephalopathy (NE) is useful to identify patterns consistent with hypoxic-ischemic brain injury, to inform management decisions, to prognosticate long-term outcome, and to rule out other etiologies than hypoxic- ischemic brain injury. Magnetic resonance imaging is the preferred imaging technique for examining the brain of term neonates

Practice Points:  EEG/aEEG While aEEG is helpful to monitor trends at the bedside and can diagnose most seizures, cEEG remains the gold standard for seizure detection. Because of the wide range of start time and frequency of seizures, it is recommended to use either cEEG/aEEG throughout therapeutic hypo- thermia and rewarming, with a minimum of

Practice Points:  Communication amidst therapeutic hypothermia is challenging; parents desire timely, transparent, and consistent communication with clinicians. Parents value opportunities to participate in their infant’s clinical care. Programs should work to integrate parents into clinical care in the acute period and empower them to lead clinical care and rehabilitation as they prepare for life at

Practice Points:  The evolution of injury following hypoxic-ischemic injury involves multiple mechanisms and progresses over a prolonged period of time. Cell death often presents as a continuum between early necrosis and later apoptosis, involving a balance between early biophysical damage and failure of oxidative metabolisms and activation of pro- grammed cell death pathways. Very delayed

Practice Points:  Clinicians looking after neonates with NE treated with TH must be aware of SFNN and must be assessed the neonates routinely for SFNN Routine clinical and biochemical monitoring for hypercalcemia in those with SFNN or at-risk is critical Hypercalcemia is typically detected at a month of age; half the neonates are asymptomatic Prompt