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Query: UMLS:C0032285 (pneumonia)
 54,520 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

pH, pCO2, pO2 and where possible DAaO2 determinations were done before, immediately after and 30 minutes after chest physiotherapy in 4 groups (respiratory adaptation disturbance, pneumonia, hyaline membrane disease--controlled ventilation and RDS--nasal-CPAP) of mature and premature infants and in a group of healthy infants. The most striking alterations of the parameters investigated were found in infants treated with nasal-CPAP and controlled ventilation where especially a decrease of pH and increase of pCO2 was observed. After small increases of paO2 immediately after physiotherapy the paO2 values and concomitantly DAaO2 values 30 minutes after chest physiotherapy fell below the levels before physiotherapy. There was no significant change from pretreatment values in any group of infants. A physiotherapist experienced in the care of infants with respiratory diseases is most important for achieving satisfactory results.
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PMID:[Effect of chest physiotherapy on pO2 and pCO2 in premature and mature babies with respiratory distress syndrome (author's transl)]. 3 57

Three infants presenting with respiratory distress required early ventilator support. With attempts at extubation recurrent airway obstruction occurred. The clinical course was marked by recurrent episodes of hyperinflation, atelectasis, and pneumonia. Bronchoscopy, bronchography, and chest fluoroscopy revealed extensive collapse of the trachea and main stem bronchi. Two of the infants had gastroesophageal reflux and recurrent aspiration. Treatment of tracheobronchomalacia (TBM) was carried out with a tracheostomy tube attached to a portable CPAP apparatus. Initially CPAP was maintained at 10 cm of water and subsequently weaning was achieved by gradual decreasing of both positive pressure and hours of treatment per day. Total treatment time ranged from 13 to 25 months. Feedings were carried out via gastrostomy. Two infants with severe gastroesophageal reflux underwent fundoplication. Each infant was successfully weaned from distending pressure and decanulated. The treatment of severe TBM with long-term CPAP appears to be a reasonable alternative or adjunct to surgical procedures such as tracheopexy, resection, external splinting and tracheobronchoplasty.
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PMID:Management of tracheobronchomalacia with continuous positive airway pressure. 390 98

The process of adaptation for extrauterine life can be easily disturbed by respiratory insufficiency. The surfactant deficiency as well as anatomical and physiological immaturity of a newborn can be considered as etiological factors in some diseases, such as respiratory distress syndrome (RDS), transient tachypnoea (TT) syndrome, segmental atelectasis or pneumonia complicated by atelectasis. The widespread used method of treatment is based on mechanical increase of difference between alveolar and atmospheric pressure. So-called constant distending pressure (CDP) increases functional residual capacity (FRC), keeps alveoli open and finally increases oxygenation of arterial blood. During 3 years period continuous positive airway pressure by nasal route (n-CPAP) was used as only one method in 26 newborns. The newborns were treated because of RDS (15 cases) and pneumonia with atelectasis (11 cases). n-CPAP was starting with pressure 8 cm H2O (0.8 kPa) and FIO2 0.5, if atelectasis with severe dyspnea, hypoxia and forced hyperventilation were found. This method was very well tolerated. 22 newborns treated for 2-7 days--survived, 4 small-for-date babies--died. The most common cause of death was septicaemia complicated by disseminated intravascular coagulation. The moderate hyperbilirubinemia, oliguria with tissue oedema was observed in many cases. The light nostril decubitus were only complications. No pneumothorax was detected. We found n-CPAP as a simple, safe method in treatment of atelectasis in newborns.
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PMID:[Continuous positive pressure respiration by nasal route (n-CPAP) as a preferred treatment method in various types of acute respiratory insufficiency in newborn infants]. 637 92

A previously well 56 year-old woman presented with an adult respiratory distress syndrome which worsened under penicillin treatment, responding only to erythromycin and rifampicin, as well as CPAP ventilation. Diagnostic serology was positive to Chlamydia psittaci. Psittacosis is not a frequent cause of primary extensive pneumonia in intensive care units; other diseases should be looked for in the presence of these non-specific clinical and biological pictures (Legionella pneumophila, Mycoplasma pneumoniae, Streptococcus pneumoniae). Pneumocystis should also be looked for in a typical pneumonia; erythromycin is the antibiotic of first choice in the treatment of primary extensive pneumonia.
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PMID:[Severe Chlamydia psittaci pneumopathy in an adult]. 639 29

Variations of functional residual capacity (FRC, estimated by the N2-washout technique) and oxygenation (PaO2/FIO2) were investigated in patients mechanically ventilated for acute respiratory failure (ARF, caused by pneumonia). The various ventilatory modes were compared. The results were as follows: 1. If FRC is reduced due to ARF, the reduction is diminished by PEEP. The quantitative amount of this effect cannot be predicted in the individual patients. 2. If CPPV is switched to IMV or CPAP with an equal PEEP value, FRC was not usually changed when the clinical course was favourable; however, FRC decreased if clinical signs of insufficient spontaneous respiration were present. The proportion of FRC reduction following such a change of respiratory mode was equal to the effect of removal of PEEP from 10 cm H2O to zero. 3. FRC and oxygenation do not undergo a parallel change in every situation. 4. Treatment and further research should focus not only on increasing reduced lung volume but mainly on diverting ventilation to perfused lung regions.
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PMID:[Behavior of functional residual capacity in acute respiratory insufficiency]. 662 35

Four boys aged 6-16 years with neurodevelopmental deficits were treated with CPAP for obstructive sleep apnoea. Their diagnoses were: Obesity with mild mental retardation, (2) attention deficit hyperactivity disorder, (3) epilepsy associated with left hemiparesis and (4) mild mental retardation due to fragile X syndrome. Previous therapeutic attempts, including adenotonsillectomy, amitriptyline and methylphenidate in our patients prior to CPAP treatment were unsuccessful. A follow-up period of 12-48 months demonstrated a number of clinical benefits such as improvement in sleep quality and daily arousal, and a decrease in the frequency of seizures and episodes of pneumonia. Polysomnographic studies indicated a significant improvement in sleep parameters such as apnoea frequency, awakenings, sleep efficiency and arterial oxygen saturation. Side effects were mild and readily alleviated. CPAP is a feasible therapeutic intervention in intractable obstructive sleep apnoea of childhood, even when associated with neurodevelopmental deficits.
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PMID:CPAP treatment of obstructive sleep apnoea and neurodevelopmental deficits. 754 99

During January 1989-September 1991, in India, neonatologists prescribed assisted ventilation (intermittent positive pressure ventilation [IPPV] and continuous positive airway pressure [CPAP]) for 90 neonates born and treated at a tertiary hospital in Delhi. All neonates requiring more than 168 hours of ventilation received IPPV. The smallest surviving neonate weighed 830 g at birth and was born at 26 weeks' gestation. This neonate received 510 hours of ventilation. One neonate received 48 days of ventilation (gestational age at birth, 28 weeks; birth weight, 800 g). This neonate eventually died due to necrotizing enterocolitis (NEC), bronchopulmonary dysplasia (BPD), and sepsis. This infant was the only infant to develop NEC. A total of two newborns developed BPD. One infant developed retinopathy of prematurity (ROP). Indications for ventilation were hyaline membrane disease (HMD) (45/90), apnea (13/90), and transient tachypnea of the newborn (TTNB) (11/90). Almost all HMD cases who weighed more than 1.5 kg at birth on CPAP survived. CPAP successfully treated all TTNB cases. Nine neonates developed pneumothorax. Three of them survived. 34 neonates developed sepsis, the most common complication. 20 sepsis cases also had underlying pneumonia. Sepsis was responsible for 35% of deaths (14/40). Five infants on IPPV developed persistent pulmonary hypertension (persistent fetal circulation). 35 infants developed infection during ventilation, 34 of whom had a nosocomial infection. The nosocomial infection rate was 37.7%. Nosocomial infection was responsible for 35% of deaths. 12 babies (13%) developed pulmonary air leaks, 50% of whom died. 25 of the 33 infants on CPAP survived. Few CPAP cases developed pulmonary air leak, BPD, and ROP. Six of 22 very low birth weight (VLBW) infants (1 kg) survived. These findings led the researchers to recommend that medical centers with basic facilities for level II care should provide neonatal ventilation. They proposed that ventilation may not be cost effective for VLBW newborns, however.
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PMID:Three-year experience with neonatal ventilation from a tertiary care hospital in Delhi. 788 27

Pneumonia is a complication of primary varicella infection that occurs most commonly in adults and may lead to life-threatening respiratory failure. We report a case of varicella pneumonia with impending respiratory failure in which endotracheal intubation was averted by the use of CPAP mask ventilation with a favorable outcome.
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PMID:CPAP mask management of varicella-induced respiratory failure. 840 22

Diffuse pulmonary infiltrates are commonly found in hypoxic respiratory failure. We have reviewed 16 patients admitted to our medical intensive care unit over a period of 21 months, of whom seven died in hospital. Only patients requiring ventilatory support (CPAP or mechanical ventilation) for respiratory failure due to non-cardiogenic causes were included. All patients met the criteria for the diagnosis of ARDS. Three patients suffered from Wegener's granulomatosis, three from Pneumocystis carinii pneumonia, three from bacterial pneumonia, and two from pneumonia. Staphylococcal septicemia, SLE, sarcoidosis, cancer-associated hemolytic-uremic syndrome and ARDS of unknown etiology were each found in one patient. We discuss diagnosis and treatment of such patients on the basis of our experience.
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PMID:[Bilateral pulmonary infiltrations in patients admitted to an intensive care unit]. 981 47

This case presented the scenario of a patient who had severe bronchospasm from an unknown etiology. Further, she had difficulty speaking and denied any past medical history, which made a diagnosis more difficult. Prehospital providers were challenged with determining the differential diagnosis for bronchospasm and hypoxemia. Was the patient experiencing an anaphylactic reaction, acute asthmatic attack or something else? The key here, once again, is conducting a thorough assessment and patient history. Remember, all that wheezes is not asthma; therefore, providers in this case had to determine if the patient was suffering something such as anaphylaxis, asthma, bronchitis, pneumonia or even congestive heart failure (CHF). Typically, anaphylaxis and asthma affect ventilation, not oxygenation, so until the late stages of anaphylaxis or asthma, the patient will have difficulty moving air, but will be oxygenating OK. We understand that many respiratory conditions can cause wheezing, but CHF? Yes: As left ventricular function diminishes and leads to increased pulmonary pressure, serum begins to leak out of the pulmonary vessels and into the interstitial space. As the interstitial pressure increases, it causes narrowing of the bronchioles, and air traveling through the narrowed bronchioles causes the wheezing sound. Fluid may also be leaking out of the pulmonary capillaries and occupying space in the alveolar sacs. When the interstitial pressure is high and the bronchioles continue to narrow, providers may initially hear only the wheezing and not the crackles from the smaller airways. In these conditions, oxygen is not exchanged adequately into the blood, and the patient becomes hypoxemic. Good assessment and patient history will guide the EMS provider to the cause of bronchospasm. For example, does the patient have a history of asthma? If yes, asthma is likely to be the cause. Does the patient have any rash, hives or swelling? If yes, anaphylaxis is likely the cause. Is the patient elderly, and does he/she show pedal edema, JVD, hypoxemia and/or distended neck veins? If yes, CHF may be the cause. [table: see text] There are questions regarding the use of bronchodilators in patients suffering CHF. If a CHF patient is wheezing (bronchospasm), then a beta-2 selective breathing treatment may be appropriate, along with nitrates and diuretics. Oxygenation is the critical problem in CHF, and hypoxemia will continue to worsen cardiac function. Remember, both bronchoconstriction and alveolar sacs filling with fluid will impair oxygenation of the RBCs and ultimately the vital organs. Focused prehospital management of CHF is aggressive in restoring oxygenation. For example, many agencies are now using oxygen, nitrates, ACE inhibitors and CPAP. By better understanding the pathophysiology of respiratory emergencies and their differential diagnosis, we will improve patient outcomes.
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PMID:Breathless. 1196 14


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