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Number of Blood Cultures per 1,000 Patient Days at University-Affiliated Hospitals in Korea
김의종,신정환,김선주,이남용,조지현,구선회,류남희,주세익 대한임상미생물학회 2012 Annals of clinical microbiology Vol.15 No.2
The authors calculated the number of blood cultures per 1,000 admitted patient days at seven university-affiliated hospitals in 2010, which ranged from 65 to 129 (mean 110). The number of blood cultures per 1,000 patient days could possibly be a good parameter for assessing the appropriateness of blood culture.
김의종,김선주,신보문,박명희,조한익,김상인 대한화학요법학회 1988 대한화학요법학회지 Vol.6 No.1
Minimal inhibitory concentrations of total 148 strains isolated from blood culture at Seoul National University Hospital were determined by Vitek System. 90% MIC of gram-negative bacteria against amikacin was 2-16㎍/㎖, and those against beta-lactams was > 16㎍/㎖ in general, Except Salmonella spp,. 90% MIC against chloramphenicol and tetracycline was >8㎍/㎖. Range of 90% MIC against vancomycin was ≤.5-4㎍/㎖ in case of garm-positive bacteria, except Enterococcus spp. which showed 90% MIC as >16㎍/㎖. Against ampicillin, 90% MIC of Staphylococcus spp. was >16㎍/㎖, but those of Streptococcus spp. was ≤.25-2㎍/㎖. Streptococcus viridans group showed 90%MIC against penicillin as ≤.03㎍/㎖. Susceptibility of gram-negative bacteria was generally 98% against amikacin, and those of gram-positive bacteria was 80% against vancomycin. 34% of Staphylococcus spp. was resistant of oxacillin. These results may be useful for the primary selection and the dosage determination of antibiotics in the treatment of patients with bacteremia.

정상 한국인의 혈중 Glucagon 의 동태에 관한 연구
김의종,이홍규,고창순,홍기석,김병국,정준기 대한핵의학회 1984 핵의학 분자영상 Vol.18 No.1
It is well known that glucagon, like insulin, is very important in the moment-to-moment control of the homeostasis of glucose, and of amino acids. Glucagon has been shown to have potent glycogenolytic, gluconeogenic and lipolytic activities. Attention to its role in the pathogenesis of diabetes mellitus and hypoglycemia has been also advanced recently. To evaluate the diurnal variation of plasma glucagon concentration, we measured serum glucose, insulin, and plasma glucagon every 30 minutes or every hour in 7 normal Korean adults. Results were as follows: 1) Although plasma glucagon concentration showed wide individual variations, it had a tendency to decrease after meals. After lunch and dinner, plasma glucagon concentration had gradual1y declined and reached its nadir at postprandial 2-2.5 hours. The minimal level of plasma glucagon was at 4 A.M. 2) Serum insulin:plasma glucagon ratios were increased promptly after meals. Especially after lunch, its peak was prominent (3.65±1. 95). The minimal level of serm insulin:plasma glucagon ratio appeared at 6 AM.