磁性琼脂糖微球固定漆酶毕业论文
2022-01-09 19:16:42
论文总字数:16158字
摘 要
Abstract-----------------------------------------------------------------------------------II
第一章 综述---------------------------------------------------------------------------1
1.1引言-----------------------------------------------------------------------------------------------1
1.2漆酶简介----------------------------------------------------------------------------------------1
1.3漆酶的固定化方法---------------------------------------------------------------------------2
1.4固定漆酶的载体-------------------------------------------------------------------------------3
1.5小结-----------------------------------------------------------------------------------------------4
第二章 实验部分----------------------------------------------------------------------5
2.1 引言----------------------------------------------------------------------------------------------5
2.2 实验材料与仪器-----------------------------------------------------------------------------6
2.2.1 材料--------------------------------------------------------------------------------------6
2.2.2 设备--------------------------------------------------------------------------------------7
2.3 实验内容---------------------------------------------------------------------------------------8
2.3.1 水热法制备Fe3O4--------------------------------------------------------------------8
2.3.2 磁性琼脂糖微球的制备------------------------------------------------------------8
2.3.3 磁性琼脂糖微球的活化------------------------------------------------------------8
2.3.4 固定漆酶-------------------------------------------------------------------------------8
2.3.5 载体负载量测定---------------------------------------------------------------------9
2.3.6 酶活的测定----------------------------------------------------------------------------9
2.3.7 降解率的测定-------------------------------------------------------------------------9
第三章 实验结果与讨论-----------------------------------------------------------10
3.1 Fe3O4的表征--------------------------------------------------------------------------------10
3.2 磁性琼脂糖微球的表征----------------------------------------------------------------11
3.3 负载量结果分析--------------------------------------------------------------------------12
3.4 酶活结果分析-----------------------------------------------------------------------------12
3.5 降解率结果分析--------------------------------------------------------------------------13
3.6 总结------------------------------------------------------------------------------------------13
第四章 结论与展望-----------------------------------------------------------------14
4.1 结论-----------------------------------------------------------------------------------------14
4.2 展望-----------------------------------------------------------------------------------------14
参考文献--------------------------------------------------------------------------------15
致谢--------------------------------------------------------------------------------------17
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