PURPOSE: It was noted some changes of clinical manifestations of mycoplasma pneumonia. we reviewed and compared these changes and saught any clues causes for proper dignosis and treatment. METHODS: We divided patients with mycoplasma pneumonia into two groups, Group 1 (from Jan. to Dec. 1996) and Group 2 (from Jan. to Dec. 1994), and analyzed clinical, radiologic, and serologic differences. RESULTS: Mean age of onset lowered markedly from was 8.34 +/- 2.56 years to 6.91 +/- 3.28 years (P<0.05). In clinical symptoms, high fever lasted longer and gastrointestinal symptoms were more frequent noted group 1. Serologically, high titers of mycoplasma-specific antibody (>1 : 1280) were more frequently observed in group 1 and correlated with severity of clinical manifestations. In radiologic findings, alveolar consolidation were significantly prominent findings in Group (P<0.05). The mean period of response to Roxithromycin was not difference between two groups but longer lasting fever (> or = 3 days) in spite of medication were more prevalent in Group 1 (P<0.05), suggesting increased cases of diminished responsiveness to treatment. CONCLUSIONS: Recently, there was some clinical changes of mycoplasma pneumonia, lowering of onset age, severe clinical symptoms, and more decreased responsiveness to antibiotic treatment. We suggest that it is to neccessary to make some efforts to prevent antibiotics abuse and to decrease the occurrence of resistant strains by introducing of new method for early diagnosis, selective identification of micro-organism and minute sensitivity test for antibiotics.
Age of Onset ; Anti-Bacterial Agents ; Early Diagnosis ; Fever ; Humans ; Mycoplasma* ; Pneumonia, Mycoplasma* ; Roxithromycin

PURPOSE: The purpose of this trial was to determine whether salbtamol and budesonide combined inhalation therapy is more efficacious than conservative treatment for admitted infants with bronchiolitis in early phase. METHODS: The study subjects were 72 infants admitted to Sun Hospital in Taejeon from July 1994 to June 1995, whose age from 1 month to 12 months with clinical diagnosis of bronchiolitis. Infants were randomly assigned to different three treatment groups as follw: Group C: 21 infants who received conservative treatment with oxygen (4liter/min); Group A: 23 infants who received salbutamol (0.1mg/kg) inhalation therapy using ultrasonic nebulizer at 6 hours interval add to conservative therapy; Group B: 28 infants who received budesonide (0.1mg/kg) inhalation therapy with above mentioned treatment at 12 hours interval. Then, infants were analyzed by comparison of clinical score, repiratory rate at time order of entry, 12 hours, 24 hours, 48 hours, 72 hours, and 5 days after treatment. We also compared ABGA of admission time to 24 hours after treatment of all groups and appreciate total hospital days of three groups. On follow up, same analyzing methods of comparison were used on 42 non-recurrent wheezing infants. RESULTS: The mean values of clinical score and respiratory rate were significantly improved in salbutamol and budesonide inhalation treatment group at 24 hours from medium of 6.1 60.7/min to 2.4, 42.3/min respectly. This effect was sustained thereafter. On the while, salbutamol inhalation group was significantly improved the clinical score and respiratory reate at 12 hours after therapy, but thereafter there was no obvious difference to conservative treatment. After then we exclude the recurrent infants and analyzed above mentioned items retrospectively. The improvement of clinical score and respiratory rate of salbutamol and budesonide inhalation therapy group was significant. Oxygenation was improved after 24hours of salbutamol and budesonide inhalation therapy. Total hospital stay was significantly reduced in salbutamol and budesonide inhalation group, and slightly reduced inthe salbutamol inhalation group. CONCLUSION: Infants with bronchiolitis treated with salbutamol and budesonide inhalation achieved better results in clinical score, repiratory rate PO2, and hospital days than no inhalation therapy. No reapiratory failure was occurred. So, this trial as treatment of bronchiolitis may be useful and effective therapy in those infants.
Albuterol* ; Bronchiolitis* ; Budesonide* ; Daejeon ; Diagnosis ; Follow-Up Studies ; Humans ; Infant* ; Inhalation* ; Length of Stay ; Nebulizers and Vaporizers ; Oxygen ; Respiratory Rate ; Respiratory Sounds ; Respiratory Therapy* ; Retrospective Studies ; Solar System ; Ultrasonics

PURPOSE: The purpose of this trial was to determine whether salbtamol and budesonide combined inhalation therapy is more efficacious than conservative treatment for admitted infants with bronchiolitis in early phase. METHODS: The study subjects were 72 infants admitted to Sun Hospital in Taejeon from July 1994 to June 1995, whose age from 1 month to 12 months with clinical diagnosis of bronchiolitis. Infants were randomly assigned to different three treatment groups as follw: Group C: 21 infants who received conservative treatment with oxygen (4liter/min); Group A: 23 infants who received salbutamol (0.1mg/kg) inhalation therapy using ultrasonic nebulizer at 6 hours interval add to conservative therapy; Group B: 28 infants who received budesonide (0.1mg/kg) inhalation therapy with above mentioned treatment at 12 hours interval. Then, infants were analyzed by comparison of clinical score, repiratory rate at time order of entry, 12 hours, 24 hours, 48 hours, 72 hours, and 5 days after treatment. We also compared ABGA of admission time to 24 hours after treatment of all groups and appreciate total hospital days of three groups. On follow up, same analyzing methods of comparison were used on 42 non-recurrent wheezing infants. RESULTS: The mean values of clinical score and respiratory rate were significantly improved in salbutamol and budesonide inhalation treatment group at 24 hours from medium of 6.1 60.7/min to 2.4, 42.3/min respectly. This effect was sustained thereafter. On the while, salbutamol inhalation group was significantly improved the clinical score and respiratory reate at 12 hours after therapy, but thereafter there was no obvious difference to conservative treatment. After then we exclude the recurrent infants and analyzed above mentioned items retrospectively. The improvement of clinical score and respiratory rate of salbutamol and budesonide inhalation therapy group was significant. Oxygenation was improved after 24hours of salbutamol and budesonide inhalation therapy. Total hospital stay was significantly reduced in salbutamol and budesonide inhalation group, and slightly reduced inthe salbutamol inhalation group. CONCLUSION: Infants with bronchiolitis treated with salbutamol and budesonide inhalation achieved better results in clinical score, repiratory rate PO2, and hospital days than no inhalation therapy. No reapiratory failure was occurred. So, this trial as treatment of bronchiolitis may be useful and effective therapy in those infants.
Albuterol* ; Bronchiolitis* ; Budesonide* ; Daejeon ; Diagnosis ; Follow-Up Studies ; Humans ; Infant* ; Inhalation* ; Length of Stay ; Nebulizers and Vaporizers ; Oxygen ; Respiratory Rate ; Respiratory Sounds ; Respiratory Therapy* ; Retrospective Studies ; Solar System ; Ultrasonics

No abstract available.
Carcinoma, Hepatocellular*

During the last decade, non-rebreathing systems have been used extensively for pediatric anesthesia, but if this is used for long periods, invariable dryness of the airway develops, leading to decreased ciliary functionand reduced transport of secretions, thus producing stagnation which interfs with respiratory function postoperatively. The use of a to-and-from system for infant anesthesia had disadvantages, such as the dead space was excessive at the start of each use increased with the exhaustion of soda lime, the apparatus being clumsy and difficult to handle, and the sodalime crurable, and powder was blown into the patient's face and airway. A new circle system was divided for the Ohio infant circle system, two unidirectional valves removed, a Holm's valve attached to the corrugated tubes. It has been used fo 13 anesthetics in children aged from 3 months to 8 years in the Department of Anesthesiology, Hanyang University, College of Medicine from November to December of 1980. The conclusions are as follows: 1) The degree of the oral temperature was lower in the non-rebreathing system than in the new circle system, but was no significance between the two groups. 2) The systemic temperature of the new circle system was 29.8+0.9 degrees C, and the systemic temperature of the non-rebreathing system was 27.5+0.4 degrees C, so there was a meaningful difference between the two groups. 3) Preansthetic temperature of the soda-lime in the new circle system was 24.5+1.6 degrees C, and 30 min. after the induction was 34.5+3.4 degrees C, so it increased by more than 10 degrees C. This might suggest that it was helped the body temperature and the humidification of the airway. 4) The PCO2 levels 30 min. after induction was meaningfully lower in both systems. This might suggest that it was due to hyperventilation. 5) The gas flow of the non-rebreathing system averaged 6L/min. and the gas flow of the new circle system was 2L/min., so the consumption of fresh gas and anesthetic agent was low in the comparison with the former. Theremer this might suggest that it helped the humidity of the airway, the function of the mucous membrane, and the body temperature. 6) As Holm's valve, its weight 12gm, its resistance 0.5cm-H2O, its deadspace 1ml, was used for both spontaneous and controlled respiration in small children with the circle system. It might suggest that of can compensate for the disadvantages of the old circle systems and non-rebreathing systems.
Infant ; Child ; Male ; Female ; Humans