BREAKTHROUGH OF LYSOZYME THROUGH AN AFFINITY MEMBRANE OF CELLULOSE-CIBACRON BLUE
BREAKTHROUGH OF LYSOZYME THROUGH AN AFFINITY MEMBRANE OF CELLULOSE-CIBACRON BLUE
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DOI：
10.1002/aic.690400107
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发表时间：
1994-01-01
期刊：
影响因子：
3.7
通讯作者：
FRIED, JR
中科院分区：
文献类型：
--
作者：
LIU, HC;FRIED, JR
研究了固定化cibacron蓝3GA对溶菌酶在叠片纤维素膜上的动态亲和吸附，并与3种亲和-膜模型进行了比较：扩散模型探讨了轴向和径向扩散的重要性；变化模型研究孔径分布或厚度变化的影响；利用叠层模型研究了叠层对薄膜的影响。对于扩散模型，当Pe(r)>0.1时，径向扩散阻力显著，但当Pe(z)
The dynamic affinity adsorption of lysozyme through stacked flat-sheet cellulose membranes with immobilized cibacron blue 3GA was studied and compared to three affinity-membrane models: diffusion model to explore the importance of axial and radial diffusion; variation model to study the effects of pore-size distribution or thickness variation; and stack model to investigate the effects of stacking flat-sheet membranes. For the diffusion model, when Pe(r)>0.1, radial diffusional resistance is significant, but when Pe(z)