1.Research on the design and application of oxygen conversion adapter for respirator
Xiaochao LU ; Deju ZENG ; Wenbin LI
China Medical Equipment 2014;(1):60-61,62
Objective:Developed two kinds of oxygen conversion adapter in order to make the respirator be used rapidly in all of the hospital without changing the oxygen connecting device of respirator. Methods:Designed one double sleeve type structure with a socket and a plug on each side which was named oxygen conversion adapter. Results: The installation of oxygen conversion adapter only cost a few seconds who made the using of respirator have no obstacle. Conclusion:Oxygen conversion adapter not only solve the oxygen plug and socket mismatch problem but also saved money.
2.Clinical experience of successfully using integrated traditional Chinese and western medicine for salvage and treatment of ventricular tachycardia complicated by cardiogenic shock and multiple organ dysfunction syndrome
Hongyun CHEN ; Yanping CHEN ; Meng WU ; Ying GAO ; Deju LI
Chinese Journal of Integrated Traditional and Western Medicine in Intensive and Critical Care 2017;24(2):211-212
3.Optimization on Extraction Process Conditions of Lycopene in Tomato
Deju LIN ; Jiajia SHAO ; Yuyan ZHANG ; Liqian WU ; Wenyan LI
World Science and Technology-Modernization of Traditional Chinese Medicine 2015;(9):1938-1942
This study was aimed to optimize the extraction process conditions of lycopene in tomato. Ketchup was used as raw material. Method verification, single factor experiment and orthogonal method were used in the study on extraction process of lycopene. The results showed that the best optimization process conditions of lycopene extraction with ethyl acetate: extraction temperature at 50℃, extraction time for 40 min, ethyl acetate concentration of 80%, solid-to-liquid ratio of 1?2 (g·mL-1). Under these conditions, the extraction rate of lycopene reached 15.564 mg·100g-1. It was concluded that the extraction process of lycopene can provide experimental basis for further development and utilization of lycopene.