世界科学技术-中医药现代化
世界科學技術-中醫藥現代化
세계과학기술-중의약현대화
WORLD SCIENCE AND TECHNOLOGY-MODERNIZATION OF TRADITIONAL CHINESE MEDICINE
2014年
8期
1747-1753
,共7页
秦斌%殷果%闫研%丁振浩%李媛%王铁杰
秦斌%慇果%閆研%丁振浩%李媛%王鐵傑
진빈%은과%염연%정진호%리원%왕철걸
青蒿素哌喹片%含量测定%相关物质%高效液相色谱法
青蒿素哌喹片%含量測定%相關物質%高效液相色譜法
청호소고규편%함량측정%상관물질%고효액상색보법
A rtemisininand Piperaquine Tablets%content determination%related substances%HPLC
目的:建立青蒿素哌喹片中哌喹的含量测定及有关物质的检测方法,并建立哌喹有关物质限度。方法:采用高效液相色谱法,色谱柱为SHISEIDO CAPCELL PAK C18(4.6 mm伊250 mm,5滋m),以乙腈颐0.1%三氯乙酸溶液颐三乙胺(18颐82颐0.2,磷酸调节pH至2.5)为流动相,柱温为30益,流速为1.0 mL·min-1,检测波长为216 nm(有关物质测定)和237 nm(含量测定)。结果:哌喹与各主要杂质及强制破坏产生的降解产物的杂质峰均分离良好,哌喹在0.01-0.2 mg·mL-1范围内与峰面积线性关系良好,R2=0.9999,回收率为98.14%(RSD=0.77%,n=9),最低检出限为0.06滋g·mL-1,供试品溶液在12 h内稳定。结论:该方法专属性强,准确、灵敏,可用于青蒿素哌喹片中哌喹含量测定和有关物质检测。
目的:建立青蒿素哌喹片中哌喹的含量測定及有關物質的檢測方法,併建立哌喹有關物質限度。方法:採用高效液相色譜法,色譜柱為SHISEIDO CAPCELL PAK C18(4.6 mm伊250 mm,5滋m),以乙腈頤0.1%三氯乙痠溶液頤三乙胺(18頤82頤0.2,燐痠調節pH至2.5)為流動相,柱溫為30益,流速為1.0 mL·min-1,檢測波長為216 nm(有關物質測定)和237 nm(含量測定)。結果:哌喹與各主要雜質及彊製破壞產生的降解產物的雜質峰均分離良好,哌喹在0.01-0.2 mg·mL-1範圍內與峰麵積線性關繫良好,R2=0.9999,迴收率為98.14%(RSD=0.77%,n=9),最低檢齣限為0.06滋g·mL-1,供試品溶液在12 h內穩定。結論:該方法專屬性彊,準確、靈敏,可用于青蒿素哌喹片中哌喹含量測定和有關物質檢測。
목적:건립청호소고규편중고규적함량측정급유관물질적검측방법,병건립고규유관물질한도。방법:채용고효액상색보법,색보주위SHISEIDO CAPCELL PAK C18(4.6 mm이250 mm,5자m),이을정이0.1%삼록을산용액이삼을알(18이82이0.2,린산조절pH지2.5)위류동상,주온위30익,류속위1.0 mL·min-1,검측파장위216 nm(유관물질측정)화237 nm(함량측정)。결과:고규여각주요잡질급강제파배산생적강해산물적잡질봉균분리량호,고규재0.01-0.2 mg·mL-1범위내여봉면적선성관계량호,R2=0.9999,회수솔위98.14%(RSD=0.77%,n=9),최저검출한위0.06자g·mL-1,공시품용액재12 h내은정。결론:해방법전속성강,준학、령민,가용우청호소고규편중고규함량측정화유관물질검측。
This study was aimed to establish determination method of content and related substances of piperaquine in A rtemisinin and Piperaquine Tablets, and to set the limit of related substance. HPLC was adopted on a SHISEIDO CAPCELL PAK C18 (4.6 mm í 250 mm, 5 μm) using an isocratic mobile phase consisted of acetonitrile: 0.1%trichloroaceticacid:triethylamine (18:82:0.2, V:V:V, pH 2.5) with a flow rate of 1.0 mL·min-1. The column tempera-ture was kept at 30oC and the detection wavelength was set at 216 and 237 nm, separately for the determination of related substance and content. The results showed that piperaquine and its related impurity can be separated effec-tively. The concentration-response relationship was linear over the range of 0.01-0.2 mg·mL-1 (R2=0.999 9). The av-erage recovery rate was 98.14% (RSD=0.77%, n=9). The minimum detection limit was 0.06 μg·mL-1. The solution was stable for 12 h. It was concluded that the method was specific, accurate, sensitive and suitable for the determi-nation of content and related substances of piperaquine in A rtemisinin and Piperaquine Tablets.