Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0034063 (pulmonary edema)
 10,665 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

From June 1969 to April 1973, B.A.S. was carried out in 2-day to 6-month-old 65 infants at the Institute of Paediatrics of the Academy of Medicine in Warsaw. There were 16 infants up to one week old, 39 infants--up to one month, and 10 infants more than one month old. There were 43 boys and 22 girls among them. Cardiac catheterization and B.A.S. were carried out in most children up to 24 hours following hospitalization under local anaesthesia and premedication with robenzperidol and dolantin. In 11 of the 65 infants after B.A.S. the saturation with oxygen in the right atrium under-went no significant changes; in 54 cases it increased by 10 to 49 per cent. Of the 65 infants in whom B.A.S. was performed, 37 are alive, 28 had died. In 20 children under constant outpatient cardiological follow up the observation period has amounted from 6 months to 3 years. Their motoric development and growth is retarded, there is moderate cyanosis, but no symptoms of congestive failure were found. All these children are administered digitalis in chronic maintenance doses. Respiratory infections occured frequently in these patients. As mentioned above, 28 infants died at the age of 2 days to 6 months. Post mortem examination revealed that the B.A.S. was unsufficient in 14 cases. However, 14 infants died in spite of the satisfactority performed atrioseptostomy. Pulmonary oedema or haemorrhagic-and-inflammatory changes in the lungs as well as generalized thrombosis were the most frequent causes of death. On the basis of their own experience the authors elaborated indications and instructions for B.A.S. in neonates and infants with congenital heart diseases. These directives are based on the Team Work of cardiologists, anaesthesiologists, cardiac surgeons and paediatric radiologists. Because ever greater numbers of neonates are being sent to the Institute of Paediatric of the Academy of Medicine from all over Poland, the authors organized continuous cardiological emergency service to carry out B.A.S. procedures as soon as possible, without delay.
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PMID:[Balloon atrioseptostomy (B.A.S.) in the management of neonates and infants with transposition of great vessels (author's transl)]. 124 41

Pathomechanism of burn shock is associated with an important endocrine disorder and cytokines storm. As a result of the burns are released to bloodstream kinins such as: histamine, serotonin and bradykinin and also inflammatory mediators such as: tromboxans, prostacyclins, prostaglandins and leukotrienes. Arises temporary endothelial failure. Comes to the escape of liquid blood to the tissues and a sudden decrease in the quantity of the fluid in the vessels and appear symptoms of burn shock. Offset of fluids by vascular wall to the extravascular space described mathematically with Landis-Starling law. Treatment of burn shock relies on intensive fluid therapy to fill vessels. Fluid rules are based on infusion crystalloids, colloids, hypersaline or plasma. Effect of fluid resuscitation after severe burn are edemas of whole body. Severe burn receives up to 25 000 ml of fluids intravenous in the first 48 hours after injury. The quantity of water defaulting tissue after 48 hours is even 13 000-18 500 ml which is 300-400% of the volume of blood flow. From 3rd day after burn this may produce symptoms of acute circulatory insufficiency or polycompartment syndrom. Enforces this restrictive fluid treatment and removing significant quantities of water from the bloodstream. In East Poland Burn Center and Reconstructive Surgery we remove even 300-350 ml fluid/h by ultrafiltration during CVVHD CiCa. Additional application hemodynamic monitoring such Vigileo-Flotrac has considerably reduce the amount of complications such as: intra-abdominal hypertension IAH, acute heart syndrome, cerebral edema and pulmonary edema.
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PMID:[Burn shock, diagnostics, monitoring and fluid therapy of severe burns--new look]. 2253 54

A 2-year-old male with Poland-Moebius syndrome was transferred from a local hospital to the Pediatric ICU at Children's Hospital of Georgia for suspected postobstructive pulmonary edema (POPE) after tonsillectomy/adenoidectomy (T&A). The patient's respiratory status ultimately declined and he developed respiratory failure. Imaging suggested pulmonary edema as well as a left-sided pneumonia. Echocardiogram showed pulmonary hypertension and airway exam via direct fiberoptic bronchoscopy revealed tracheomalacia and bronchomalacia. He developed acute respiratory distress syndrome (ARDS) and remained intubated for ten days. This case highlights the association between congenital upper body abnormalities with cranial nerve dysfunction and the development of POPE with delayed resolution of symptoms. Patients with upper body abnormalities as above are at great risk of postoperative complications and should therefore be managed in a tertiary-care facility.
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PMID:Postobstructive Pulmonary Edema following Tonsillectomy/Adenoidectomy in a 2-Year-Old with Poland-Moebius Syndrome. 2694 29