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盧相錫,林鍾二,陸調永 한국체육대학교 부속 체육연구소 1993 체육연구소논문집 Vol.11 No.-
As follow suggested: The purpose of this study was to consider tendency of modern sports information. today Modernst information system had four areas such as collection, clearance, communication and application So, most literuture of America and Europe was collected, cleared, communicated and appilcated in international sports data base. If we utillited communication circuit properly, we could use sports information beneficiently at the laboratory and office. In the future and now, one was that special sports institution needed to obtain Education about sports imformation such as information of specialization, and information of knowledge on both soft phase and hard phase of new media. Although korea used date base of foriegn country efficiently, korea had to make effort to create its own information system and wish to avoid friction of economy and fiction of information.
돼지에서 정맥, 근육 그리고 경구 투여시의 enrofloxacin의 약물동태학
윤효인,김무열,박승춘,조준형,박병권,이내경,노상석,장범수,신광순,조명행 충남대학교 수의과대학 동물의과학연구소 1996 動物醫科學硏究誌 Vol.4 No.-
In order to characterize pharmacokinetic profiles according to route of a new enrofloxacin salt form (Enrotil®), it was given to 4 healthy pigs via oral (p.o.), intramuscular (i.m.) or intravenous (i.v.) administrations at a dose rate of 5 ㎎/㎏ body weight. Enrofloxacin (ENFX) in serum was detected by bioassay using E. coli BE1186 as a test organism. The biological elimination half-lives (t_1/2(β)) of ENFX were 6.76±0.99 h (i.v.), 7.16±2.30 h (i.m.) and 11.45±3.90 h (p.o.), Volume of distribution (Vd) of enrofloxacin was 2.20±0.31 L/㎏ (i.v.), 2.52±0.60 L/㎏ (i.m.) and 1.88±0.33 L/㎏ (i.m.). Mean residence time (MRT) was 8.77±1.26 h after i.v. injection and the maximal concentration time (Tmax) following p.o. and i.m. administration was 0.76±0.09 h and 0.60±0.12 h, indicating a rapid absorption from these routes. Bioavailibility (F) was calculated as 64.1% for p.o. administration and 59.71% for i.m. injections. In summary, the newly formulated enrofloxacin salt form has shown a high water solubility, rapid absorption and large tissue distribution, suggesting a potential antibacterials for oral application on a large scale in veterinary sectors.