A Case of Imported Falciparum Malaria in a child

Despite on-going efforts to control malaria, the rate of malaria has not decreased throughout the world. It was believed that endemic malaria had been eradicated in Korea since the end of the 1970s, however it reemerged from 1993 and has been increasing ever since. Besides endemic malaria, imported malaria is also increasing in Korea as the number of overseas travellers and foreign workers increases. We discovered malaria in a two-year-old child who visited Sierra Leone with his missionary father. The patient contracted malaria despite chemo-prophylaxis with chloroquine and was diagnosed as falciparum malaria by blood smear examination and IFAT. He successfully recovered after administraion of quinine and clindamycin without complication. However, the malaria did not respond quickly to chloroqine and Fansidar but a drug resistence test was not performed.

Evaluation of Theophylline Dosing Equation in Korean Infants with Bronchial Asthma / 소아알레르기및호흡기학회지

It has been reported that theophylline clearance is lower in Korean infants than in Americans, suggesting that dose requirements for theophylline in Korean infants will be 1ower than those in Americans. Therefore, we reviwed patients charts retrospectively to formulate the new theophylline dosing equation appropiate to Korean infants. We reviewed patient charts of 111 asthmatic infants who received intravenous aminophy1line and oral theophylline in Wa1lace Memorial Baptist Hospital. We set the therapeutic serum concentration at 5-15microgram/ml in Korean infants based on response rate to theophylline therapy, which is supported by National Institute of Health Expert Panel Recommendations. Doses required to achieve a therapeutic serum concentration increased with age. The mean dose among the infants less than 4 months of age was 578+/-154mg/kg/day and increased to 10.12+/-1.78mg/kg/day after 8 months (p<0.0001). The relationship between age and dosage requirements can be expressed by the least squares determination of the linear regression :Dose (mg/kg/day) = 557 + 0.14 X (age in weeks). The coefficient of correlation for this relationship is 0.67(p<0.0001). Half-lives of elimination among the infants studied correspondingly decreased with age. In conclusion, this study showed that the relationship between age and dosage requirements in Korean infants may be different from those in Americans. Therefore, we strongly suggest that it is required to formulate a new theophylline dosing equation appropriate for Korean infants through well-designed prospective studies.