国际生物医学工程杂志
國際生物醫學工程雜誌
국제생물의학공정잡지
INTERNATIONAL JOURNAL OF BIOMEDICAL ENGINEERING
2014年
1期
18-21
,共4页
阴慧娟%陈洪丽%顾立超%李迎新
陰慧娟%陳洪麗%顧立超%李迎新
음혜연%진홍려%고립초%리영신
癌光啉%BN大鼠%荧光光谱%药代动力学
癌光啉%BN大鼠%熒光光譜%藥代動力學
암광람%BN대서%형광광보%약대동역학
PSD-007%BN rat%Fluorescent spectrometry%Pharmacokinetics
目的 研究荧光光谱法检测癌光啉在BN大鼠体内的药代动力学.方法 BN大鼠尾静脉注射5 mg/kg体质量的癌光啉,于给药后的10 min、30 min、1h、2h、4h、8h、24 h、48 h和72 h眼眶后静脉丛取血,以荧光光谱仪测定大鼠血浆中癌光啉浓度,用DNS2.0处理血药浓度-时间数据,分析房室模型,得到最佳房室模型和药代动力学参数.结果 BN大鼠静脉注射的时量曲线符合三室模型.主要药代动力学参数:t1/2a=0.096 h,t1/2β=1.299 h,t1/2=19.387 h,V1=0.259 L/kg,A UC=15.263 mg/(L·h).结论 荧光光谱法检测光敏剂血药浓度操作简单,耗时短,灵敏度和特异性高.癌光啉在BN大鼠体内吸收快,起效快,无蓄积现象.
目的 研究熒光光譜法檢測癌光啉在BN大鼠體內的藥代動力學.方法 BN大鼠尾靜脈註射5 mg/kg體質量的癌光啉,于給藥後的10 min、30 min、1h、2h、4h、8h、24 h、48 h和72 h眼眶後靜脈叢取血,以熒光光譜儀測定大鼠血漿中癌光啉濃度,用DNS2.0處理血藥濃度-時間數據,分析房室模型,得到最佳房室模型和藥代動力學參數.結果 BN大鼠靜脈註射的時量麯線符閤三室模型.主要藥代動力學參數:t1/2a=0.096 h,t1/2β=1.299 h,t1/2=19.387 h,V1=0.259 L/kg,A UC=15.263 mg/(L·h).結論 熒光光譜法檢測光敏劑血藥濃度操作簡單,耗時短,靈敏度和特異性高.癌光啉在BN大鼠體內吸收快,起效快,無蓄積現象.
목적 연구형광광보법검측암광람재BN대서체내적약대동역학.방법 BN대서미정맥주사5 mg/kg체질량적암광람,우급약후적10 min、30 min、1h、2h、4h、8h、24 h、48 h화72 h안광후정맥총취혈,이형광광보의측정대서혈장중암광람농도,용DNS2.0처리혈약농도-시간수거,분석방실모형,득도최가방실모형화약대동역학삼수.결과 BN대서정맥주사적시량곡선부합삼실모형.주요약대동역학삼수:t1/2a=0.096 h,t1/2β=1.299 h,t1/2=19.387 h,V1=0.259 L/kg,A UC=15.263 mg/(L·h).결론 형광광보법검측광민제혈약농도조작간단,모시단,령민도화특이성고.암광람재BN대서체내흡수쾌,기효쾌,무축적현상.
Objective To investigate the pharmacokinetic characteristics of PSD-007 in BN rats.Methods Blood of the BN rats was collected from the inner canthus after iv administration of PSD-007,and the plasma drug concentrations at different times were determined by fluorescent spectrometry.The best compartment model and the pharmacolinetic were calculated by the software of DNS 2.0.Results The elimination process of PSD-007 fitted three-compartment open model after iv administration.The principal pharmacokinetic parameters were t1/2α=0.096 h,t1/2β=1.299 h,t12γ=19.387 h,V1=0.259 L/kg,A UC=15.263 mg/(L ·h).Conclusions The sensitivity of fluorescent spectrometry was high and the operation is sinple and the progress is short.PSD-007 has fast absorption,quick effect and elimination without accumulation phenomenon.