北京生物医学工程
北京生物醫學工程
북경생물의학공정
BEIJING BIOMEDICAL ENGINEERING
2015年
4期
398-402
,共5页
王丽%付步芳%魏嫣%史国华%杨光%王春仁
王麗%付步芳%魏嫣%史國華%楊光%王春仁
왕려%부보방%위언%사국화%양광%왕춘인
气相色谱%质谱%顶空进样%全降解%支架%有机溶剂
氣相色譜%質譜%頂空進樣%全降解%支架%有機溶劑
기상색보%질보%정공진양%전강해%지가%유궤용제
gas chromatography%mass spectrometry%headspace sampling%biodegradable%stent%organic solvent
目的:采用顶空进样-气相色谱-质谱联用法( headspace sampling-gas chromatography-mass spectrometry,HS-GC-MS)测试全降解冠脉雷帕霉素洗脱支架系统有机溶剂残留的情况,最终建立顶空进样-气相色谱-氢火焰离子化检测器( headspace sampling-gas chromatography-flame ionization detector, HS-GC-FID)定量测定丙酮残留量的检测方法。方法采用 HS-GC-MS,全扫描模式对全降解支架系统中的含药支架、球囊、输送系统、支架原料及裸支架5种被测对象进行残留有机溶剂的定性分析,并采用HS-GC-FID 对其中残留较多的丙酮进行了定量分析。结果5种被测对象中均有多种有机溶剂残留,主要为芳香烃类(甲苯)、酮类(丙酮)、卤化烃类(二氯甲烷、三氯甲烷)、醇类(乙醇等)、酯类(乙酸乙酯等)。丙酮在9.0~44.8μg / mL 浓度范围内线性良好,相关系数为0.9995,平均加样回收率为100.3%(n =6,RSD =1.2%),精密度为2.0%(n =5)。结论新产品注册检测含药支架有机溶剂残留的同时,建议考察支架原料、裸支架的有机溶剂残留。建立的定量检测方法简便、快速、准确,可用于全降解支架系统中残留有机溶剂的检测与质量控制。
目的:採用頂空進樣-氣相色譜-質譜聯用法( headspace sampling-gas chromatography-mass spectrometry,HS-GC-MS)測試全降解冠脈雷帕黴素洗脫支架繫統有機溶劑殘留的情況,最終建立頂空進樣-氣相色譜-氫火燄離子化檢測器( headspace sampling-gas chromatography-flame ionization detector, HS-GC-FID)定量測定丙酮殘留量的檢測方法。方法採用 HS-GC-MS,全掃描模式對全降解支架繫統中的含藥支架、毬囊、輸送繫統、支架原料及裸支架5種被測對象進行殘留有機溶劑的定性分析,併採用HS-GC-FID 對其中殘留較多的丙酮進行瞭定量分析。結果5種被測對象中均有多種有機溶劑殘留,主要為芳香烴類(甲苯)、酮類(丙酮)、滷化烴類(二氯甲烷、三氯甲烷)、醇類(乙醇等)、酯類(乙痠乙酯等)。丙酮在9.0~44.8μg / mL 濃度範圍內線性良好,相關繫數為0.9995,平均加樣迴收率為100.3%(n =6,RSD =1.2%),精密度為2.0%(n =5)。結論新產品註冊檢測含藥支架有機溶劑殘留的同時,建議攷察支架原料、裸支架的有機溶劑殘留。建立的定量檢測方法簡便、快速、準確,可用于全降解支架繫統中殘留有機溶劑的檢測與質量控製。
목적:채용정공진양-기상색보-질보련용법( headspace sampling-gas chromatography-mass spectrometry,HS-GC-MS)측시전강해관맥뢰파매소세탈지가계통유궤용제잔류적정황,최종건립정공진양-기상색보-경화염리자화검측기( headspace sampling-gas chromatography-flame ionization detector, HS-GC-FID)정량측정병동잔류량적검측방법。방법채용 HS-GC-MS,전소묘모식대전강해지가계통중적함약지가、구낭、수송계통、지가원료급라지가5충피측대상진행잔류유궤용제적정성분석,병채용HS-GC-FID 대기중잔류교다적병동진행료정량분석。결과5충피측대상중균유다충유궤용제잔류,주요위방향경류(갑분)、동류(병동)、서화경류(이록갑완、삼록갑완)、순류(을순등)、지류(을산을지등)。병동재9.0~44.8μg / mL 농도범위내선성량호,상관계수위0.9995,평균가양회수솔위100.3%(n =6,RSD =1.2%),정밀도위2.0%(n =5)。결론신산품주책검측함약지가유궤용제잔류적동시,건의고찰지가원료、라지가적유궤용제잔류。건립적정량검측방법간편、쾌속、준학,가용우전강해지가계통중잔류유궤용제적검측여질량공제。
Objective To measure the residual organic solvents in biodegradable coronary rapamycin-eluting stents using HS-GC-MS and to establish an HS-GC-FID method for the determination of residual acetone in biodegradable coronary rapamycin-eluting stents. Methods A full scan mode of HS-GC-MS was used to analyze the residual organic solvents in the rapamycin-eluting stent,the balloon,the delivery system,raw materials and the bare stent, respectively, and the acetone content in the rapamycin-eluting stent was determined using HS-GC-FID. Results Certain organic solvents were observed, including aromatic hydrocarbon ( toluene),ketone( acetone),halogenated hydrocarbons (methylene chloride and chloroform),alcohols( ethanol, etc. )and esters(ethyl acetate,etc. ). The linear range of acetone was 9. 0 to 44. 8 μg / mL ( r = 0. 9995 ). The average recovery rate was 100. 3%( n = 6,RSD = 1. 2%) and the precision was 2. 0%(n = 5). Conclusions The residual organic solvents in rapamycin-eluting stents,the raw materials and the bare stents should be investigated during the registration evaluation of the biodegradable coronary rapamycin-eluting stents. The quantitative analysis is rapid,accurate and convenient. It is suitable for the determination of the residual organic solvents in biodegradable coronary rapamycin-eluting stents.