浙江海洋学院学报(自然科学版)
浙江海洋學院學報(自然科學版)
절강해양학원학보(자연과학판)
Journal of Zhejiang Ocean University (Natural Science)
2015年
1期
54-58
,共5页
高小峰%聂晶%杨立业%吴伟建%李维娜%王阳光%欧阳小琨
高小峰%聶晶%楊立業%吳偉建%李維娜%王暘光%歐暘小琨
고소봉%섭정%양립업%오위건%리유나%왕양광%구양소곤
氟甲喹对映体%鱼组织%高效液相色谱%手性分析
氟甲喹對映體%魚組織%高效液相色譜%手性分析
불갑규대영체%어조직%고효액상색보%수성분석
flumequine enantiomers%fish tissues%high performance liquid chromatography%chiral analysis
建立了一种检测鱼组织中氟甲喹对映体的高效液相色谱方法。考察了流动相组成、流动相中乙醇比例、三乙胺含量、柱温、流速等条件对氟甲喹对映体分离的影响。确定最佳检测条件为:含有0.3%三乙胺的乙醇为流动相,流速0.5 mL/min,柱温20℃,检测波长254 nm,在此条件下,氟甲喹对映体分离度为2.64,氟甲喹对映体添加回收率均大于81.80%,相当标准偏差均小于6.38%。S-(-)-FMQ和R-(+)-FMQ的检出限分别为0.05μg/g和0.04μg/g,定量限分别为为0.08μg/g和0.07μg/g。该方法适用于鱼组织中氟甲喹对映体的快速检测。
建立瞭一種檢測魚組織中氟甲喹對映體的高效液相色譜方法。攷察瞭流動相組成、流動相中乙醇比例、三乙胺含量、柱溫、流速等條件對氟甲喹對映體分離的影響。確定最佳檢測條件為:含有0.3%三乙胺的乙醇為流動相,流速0.5 mL/min,柱溫20℃,檢測波長254 nm,在此條件下,氟甲喹對映體分離度為2.64,氟甲喹對映體添加迴收率均大于81.80%,相噹標準偏差均小于6.38%。S-(-)-FMQ和R-(+)-FMQ的檢齣限分彆為0.05μg/g和0.04μg/g,定量限分彆為為0.08μg/g和0.07μg/g。該方法適用于魚組織中氟甲喹對映體的快速檢測。
건립료일충검측어조직중불갑규대영체적고효액상색보방법。고찰료류동상조성、류동상중을순비례、삼을알함량、주온、류속등조건대불갑규대영체분리적영향。학정최가검측조건위:함유0.3%삼을알적을순위류동상,류속0.5 mL/min,주온20℃,검측파장254 nm,재차조건하,불갑규대영체분리도위2.64,불갑규대영체첨가회수솔균대우81.80%,상당표준편차균소우6.38%。S-(-)-FMQ화R-(+)-FMQ적검출한분별위0.05μg/g화0.04μg/g,정량한분별위위0.08μg/g화0.07μg/g。해방법괄용우어조직중불갑규대영체적쾌속검측。
In this paper, an enantioselective determination method was established for the flumequine in fish tissues by using high performance liquid chromatography. The effects on the detection method by mobile phase composition, the ratio of ethanol in mobile phase, triethylamine content, column temperature and flow rate were investigated. The optimized chromatographic conditions were that the mobile phase was ethanol containing 0.3%triethylamine with a flow rate of 0.5 mL/min and detection at the wavelength of 254 nm, the column temperature was set at 20 ℃. The separation degree of flumequine enantiomers was 2.64 under the optimized conditions. The average recoveries of flumequine enantiomers were higher than 81.80%and the RSDs were lower than 6.38. The LODs of S-(-)-FMQ and R-(+)-FMQ were 0.05μg/g and 0.04μg/g, the LOQs of S-(-)-FMQ and R-(+)-FMQ were 0.08μg/g and 0.07μg/g, respectively. This method showed high sensitivity, good recovery rate and simple pretreatment, it was applicable for the rapid detection of flumequine enantiomers in fish tissues.