Indian journal of pediatrics
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Pediatric head injury is a public health problem that exacts a high price from patients, their families and society alike. While much of the brain damage in head-injured patients occurs at the moment of impact, secondary injuries can be prevented by aggressive medical and surgical intervention. Modern imaging devices have simplified the task of diagnosing intracranial injuries. ⋯ The cornerstones of treatment remain hyperventilation and osmotherapy. Despite maximal treatment, however, the mortality and morbidity associated with pediatric head injury remains high. Reduction of this mortality and morbidity will likely depend upon prevention rather than treatment.
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With advances in surgical techniques, an increasing number of children are becoming transplant candidates. Pediatric critical care physicians may need to manage both transplant donors and recipients in the pediatric intensive care unit. Care of such patients needs to be performed aggressively with complete attention to details in order to obtain successful transplant outcomes. ⋯ Besides this, there are some unique features among these patients which may complicate the postoperative stay in the pediatric intensive care unit and these are discussed here. It is important to remember that the successful management of a transplant patient includes the pediatric critical care physician's abilities of not only taking care of acute issues but also of coordinating care between subspecialists. The pediatric critical care physician must always continue to provide support to families of these transplant patients during their intensive care unit stay.
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Noninvasive monitoring of lung function during mechanical ventilation has been used to study disease processes causing respiratory failure. Pediatric pulmonary function monitoring during mechanical ventilation in the pediatric intensive care unit in patient with respiratory failure is becoming more common in western countries. The article describes a review of principles and methods of respiratory function monitoring in the pediatric age group. ⋯ Key articles pertaining to lung function testing in pediatric age group from past 15 years were used as well as clinical experience encountered by attending pediatric intensivists at Henrico Doctors' Hospital was incorporated. Over the past ten years the use of monitoring of gas exchange and bedside pulmonary mechanics monitoring as a part of respiratory function monitoring has become more common. With better clinical information to precisely document the status of lung function, it may lead to improved methods of ventilator management which may prevent complications and may significantly impact on morbidity and/or mortality of mechanically ventilated pediatric patients.
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E-type prostaglandins (PGE1) can effectively maintain the patency of the ductus arteriosus in neonates. Its use, therefore can be life saving in infants born with ductus dependent congenital heart disease. Although PGE1 is available for over two decades in western world, it has been introduced in India only since April, 1995. ⋯ Unfortunately the high cost of the drug prohibits its wide spread and long term use. PGE1 is a life saving drug for infants born with ductus dependent congenital cardiac malformations. It helps in stabilizing these patients prior to further surgical palliation or correction.
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We present two cases of Pott's lower cervical spine with retro-pharyngeal abscess presenting at an unusually young age. These children presented with a life threatening respiratory distress; one of them had neurological deficit in the form of paraparesis. External drainage of abscess without anterior cervical fusion was adequate as a surgical measure for their prompt recovery while these cases were on conventional anti-tubercular therapy.