A Love wave immunosensor based on protein A immobilization strategy for staphylococcal enterotoxins B (SEB) is presented.
报道了一种基于蛋白A固定技术的新型Love波免疫传感器,可用于检测B型葡萄球菌肠毒素(SEB)。
8 nm) when human whole blood and albumen were slowly heated in water bath at room temperature (23 ℃) and 37 ℃~80 ℃ for 15 minutes.
利用自行研制的双积分球系统 ,对不同温度 (37℃~ 80℃ )加热后的蛋白及人全血的光学特性参数 (对波长为 6 32 8nm的光而言 )进行了实验研究。
By qualitative and quantitative method as first and repeated screening experiments, there are 8 strains elected from 468 strains, thereinto, the number is three for amylum—decomposing, they are called 2H-4,XM-2,XM-7;and four for albumen-decomposing, they are called lN-3,2N-2,H-4 and Sun; and two for grease-decomposing, they are called.
通过定性的方法进行初筛,通过定量的方法进行复筛从468株细菌中筛到对餐厨垃圾有较好降解能力的活性菌8株,其中淀粉分解菌3株,编号分别为2H-4、XM-2、XM-7;蛋白分解菌4株,编号分别为1N-3、2N-2、2H-4和Sun;油脂分解菌2株,编号分别为S-16、R-45;另外还得到纤维素混合分解菌群一个,编号为GQ-2。