High frequency oscillatory ventilation (HFOV) is often used in neonatal intensive care. HFOV has been shown to decrease bronchopulmonary dysplasia [1,2,3] in preterm infants and to be very effective in the treatment of persistent pulmonary hypertension of the newborn when used in conjunction with inhaled nitric oxide ...

Fluid and electrolyte management is an important and challenging part of the management of any very premature or critically ill newborn. The newborn's ability to maintain fluid and electrolyte homeostasis in the face of the vagaries of extrauterine life is compromised by immature renal function. The very premature...

Monitoring of blood gases is essential in neonatal intensive care. Traditionally arterial samples have been considered the gold standard, but in critically ill neonates physiological changes can happen within minutes to a degree endangering the newborn. Clinicians can therefore not rely solely on intermittent...

Non-invasive monitoring of oxygenation has become a standard procedure in neonatal critical care. Both transcutaneous pO₂ (tcpO₂) monitors and pulse oximeters involve methodological and practical issues that should be known to those using these devices in infants. tcpO₂ measurements are influenced by skin thickness, ...

Danish neonatal intensive care units (NICUs) are known throughout the world for practicing minimal handling. Because it is non-invasive, transcutaneous monitoring of pO₂ and pCO₂ plays an important role in this setup. acutecaretesting.org has interviewed Professor Gorm Greisen, MD, Dr. Med. Sci., and Head of the...

Transcutaneous non-invasive monitoring technology has been around for more than thirty years.  Throughout this period of time, transcutaneous monitoring has been closely linked to the care of neonates. However, recent studies suggest that transcutaneous technology may work just as well in older children and adults....

Children are not just small adults, and present unique challenges to the clinical laboratory. Blood specimens must be very small; for example, total blood volumes in a premature infant can be as small as 115 mL. Genetic diseases frequently must be detected in the newborn period. Reference values change with age....

Both high and low blood glucose levels may be dangerous to the newborn baby. Measurement of blood or plasma lactate concentrations gives an indication of the adequacy of oxygen delivery to tissues, and blood and CSF lactate levels are essential investigations in the diagnosis of inborn errors of metabolism (IEM)....

The intraoperative monitoring of the partial pressure of carbon dioxide in arterial blood (pCO₂) is used to assess the adequacy of ventilation and guide clinical interventions.  Although end-tidal CO₂ monitoring remains the most frequently used non-invasive technology in the intraoperative setting to provide a...

The application of transcutaneous pO₂/pCO₂ monitoring is essential in optimizing the ventilatory management of critically ill newborns. Application areas include high-frequency oscillatory ventilation initiation, transitioning modes of ventilation, and inter-facility transport.