Results 301 to 310 of about 1,819,855 (334)
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American Journal of Respiratory and Critical Care Medicine, 2020
RATIONALE Response to PEEP in acute respiratory distress syndrome (ARDS) depends on recruitability. We propose a bedside approach to estimate recruitability accounting for the presence of complete airway closure.
Lu Chen +11 more
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RATIONALE Response to PEEP in acute respiratory distress syndrome (ARDS) depends on recruitability. We propose a bedside approach to estimate recruitability accounting for the presence of complete airway closure.
Lu Chen +11 more
semanticscholar +1 more source
Respiratory distress in neonates
The Indian Journal of Pediatrics, 2005Respiratory distress due to either medical or surgical causes occurs commonly in neonates. It is the most common cause of admission to a neonatal surgical intensive care facility in a tertiary care hospital. The distress can be caused by a variety of clinical conditions; common conditions treated in medical intensive care units are transient tachypnea ...
Veereshwar Bhatnagar, Arun Kumar
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Veterinary Clinics of North America: Small Animal Practice, 1994
The keys to differential diagnoses and anatomical localization for causes of acute respiratory distress are based on history and physical examination findings. The specific factors and therapeutic considerations for conditions associated with acute respiratory distress ranging from laryngeal paralysis to diaphragmatic hernia are examined. Additionally,
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The keys to differential diagnoses and anatomical localization for causes of acute respiratory distress are based on history and physical examination findings. The specific factors and therapeutic considerations for conditions associated with acute respiratory distress ranging from laryngeal paralysis to diaphragmatic hernia are examined. Additionally,
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Respiratory Distress In The Newborn
Postgraduate Medicine, 1969In respiratory distress in the newborn stemming from pulmonary abnormalities, hyaline membrane disease, meconium aspiration, and transient respiratory distress of the newborn are the most common diagnoses. Clinically, transient respiratory distress may mimic hyaline membrane disease and meconium aspiration.
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Respiratory Distress in the Newborn
Pediatrics In Review, 2014Respiratory distress presents as tachypnea, nasal flaring, retractions, and grunting and may progress to respiratory failure if not readily recognized and managed. Causes of respiratory distress vary and may not lie within the lung. A thorough history, physical examination, and radiographic and laboratory findings will aid in the differential diagnosis.
Michelle L. Baack +2 more
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Pediatric Clinics of North America, 1986
Increasing knowledge of the pathophysiology of respiratory distress syndrome has led to improvements in clinical management. Future advances in prevention and therapy, including administration of agents to prevent prematurity or to accelerate lung maturation, provision of surfactant replacement, and new techniques of mechanical ventilation, will ...
Ivan D. Frantz, Ann R. Stark
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Increasing knowledge of the pathophysiology of respiratory distress syndrome has led to improvements in clinical management. Future advances in prevention and therapy, including administration of agents to prevent prematurity or to accelerate lung maturation, provision of surfactant replacement, and new techniques of mechanical ventilation, will ...
Ivan D. Frantz, Ann R. Stark
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Clinics in Perinatology, 1978
Respiratory distress syndrome is still the most common cause of death in premature infants. During the past decade, major advances in understanding its pathophysiology has made prevention feasible, and development of new modalities of treatment has significantly reduced its mortality rate.
Robert J. Boyle, William Oh
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Respiratory distress syndrome is still the most common cause of death in premature infants. During the past decade, major advances in understanding its pathophysiology has made prevention feasible, and development of new modalities of treatment has significantly reduced its mortality rate.
Robert J. Boyle, William Oh
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The American Journal of Nursing, 1968
The tiny patients on this experimental unit are mostly premature infants with respiratory distress syndrome, many with hyaline membrane disease. Their respiration is assisted until they can gradually breathe on their own-if they survive circulatory changes, sepsis, respiratory acidosis and alkalosis, and the special burdens of immature organs pressed ...
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The tiny patients on this experimental unit are mostly premature infants with respiratory distress syndrome, many with hyaline membrane disease. Their respiration is assisted until they can gradually breathe on their own-if they survive circulatory changes, sepsis, respiratory acidosis and alkalosis, and the special burdens of immature organs pressed ...
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Respiratory Distress in a Neonate
JAMA Otolaryngology–Head & Neck Surgery, 2016A full-term4260-g infantwas transferred to a neonatal intensive care unit on day 1 of life after he had respiratory distress in thedelivery suite requiring endotracheal intubation.He was delivered by cesarean delivery following a maternal history of cesarean delivery.
David E. Tunkel +2 more
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An infant with respiratory distress
BMJ, 2010A 4 month old African girl presented to the accident and emergency department with a two day history of fever, cough, and poor feeding. She was born full term at a weight of 3000 g. She had no neonatal complications. She was exclusively breast fed and her mother had no history of serious illness.
Raghavan Prasad +4 more
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