ABSTRACT
Objective To ensure the quality of disinfection and sterilization of the fiberbronchoscope in the sterilesupply center through the implementation of whole life cycle management.Methods Using the historical comparative method,the fiberbronchoscopes managed by the departments were enrolled into a control group from February 2013 to March 2014,and the ones undergoing life-cycle management in the sterile supply center were involved in an observation group from April 2014 to May 2015.The two groups were divided according to the management subject and mode,and compared from the aspects of treatment flow,process quality control and record tracing validity.All the data were input with Excel sheet,andanalyzed statistically with SPSS 17.0.Results The observation group and the control group had the numbers of positive results in internal cavities,positive results in external surface,damaged or irrationally-placed package,invalid data tracing and non-standardized storage being(0,1.11±0.15),(0,1.09±0.20),(1.07±0.13,2.75±0.22),(0.57±0.03,1.53±0.31) and (0.13±0.07,0.95±0.21) respectively,and the differences between the two groups were significant (P＜0.05).The turnover of the fiberbronchoscope was enhanced significantly in the observation group when compared with that in the control group.Conclusion Life cycle management contributes to strengthening quality control of the treatment of polluted fiberbronchoscope,and decreases the incidences for hospital infection.
ABSTRACT
Objective To establish TLC fingerprint of TGP for assessing the quality consistency of batch- by- batch of commercial product. Methods Silica gel 60 precoated plate (Merck) was used. Solvent system included chloroform- ethyl acetate- methanol- formic acid (40 ∶ 5 ∶ 10 ∶ 0.2); ∶ 5 % vanillin- sulfuric acid reagent was used as visualizing reagent and the heating temperature at 80 ℃ . Results Consistency among ten batches of TGP was demonstrated by TLC fingerprint image and the profiles generated by digital scanning. Conclusion TLC fingerprint of different batches of TGP confirms that TLC is also a powerful tool for developing chromatographic fingerprint, it can be used as a complementary technique for HPLC.