As a result of the convective flow of solutes through porous membranes, membrane chromatography has a higher capture efficiency and a higher productivity than column chromatography and shows most promising industrial applications for the recovery, isolation, and purification of proteins and enzymes. This paper presents a compre-hensive review of the methods for preparation of adsorptive membranes (such as surface modification, in situ copolymerization, direct formation from hydrophilic materials, and functionalized particulate-entrapped membranes) and deals particularly with novel macroporous chitin and chitosan membranes for protein separation
Downstream processing accounts for substantial cost in the production of cytokines. To overcome the ...
Membrane technology plays an important role in bioprocessing, however the use of membrane adsorbers ...
WOS: 000223925200002A poly(hydroxyethylmethacrylate)/chitosan (pHEMA-chitosan) composite membrane wa...
none1noDespite the development of new convective stationary phases with improved binding capacity, t...
In recent years there has been a considerable interest in developing membrane chromatography systems...
Downstream purification processes for monoclonal antibody production typically involve multiple step...
Despite the development of new convective stationary phases with improved binding capacity, the use ...
Downstream purification processes for monoclonal antibody production typically involve multiple step...
Thesis presents various membrane techniques for biomolecules separation. New charged membranes and n...
Biotechnology and bio-manufacturing markets are continuously growing, generating new sources of many...
This Dissertation centers on the surface-modification of macroporous membranes to make them selectiv...
Opportunities exist for alternative chromatography separation media which possess high binding capac...
Ion-exchange chromatography in packing bed is one of techniques widely used in the purification of p...
This paper presents a generic technology allowing the incorporation of functional entities into a po...
A new iminodiacetic acid (IDA) type chelating membrane based on composite matrix formed by covalentl...
Downstream processing accounts for substantial cost in the production of cytokines. To overcome the ...
Membrane technology plays an important role in bioprocessing, however the use of membrane adsorbers ...
WOS: 000223925200002A poly(hydroxyethylmethacrylate)/chitosan (pHEMA-chitosan) composite membrane wa...
none1noDespite the development of new convective stationary phases with improved binding capacity, t...
In recent years there has been a considerable interest in developing membrane chromatography systems...
Downstream purification processes for monoclonal antibody production typically involve multiple step...
Despite the development of new convective stationary phases with improved binding capacity, the use ...
Downstream purification processes for monoclonal antibody production typically involve multiple step...
Thesis presents various membrane techniques for biomolecules separation. New charged membranes and n...
Biotechnology and bio-manufacturing markets are continuously growing, generating new sources of many...
This Dissertation centers on the surface-modification of macroporous membranes to make them selectiv...
Opportunities exist for alternative chromatography separation media which possess high binding capac...
Ion-exchange chromatography in packing bed is one of techniques widely used in the purification of p...
This paper presents a generic technology allowing the incorporation of functional entities into a po...
A new iminodiacetic acid (IDA) type chelating membrane based on composite matrix formed by covalentl...
Downstream processing accounts for substantial cost in the production of cytokines. To overcome the ...
Membrane technology plays an important role in bioprocessing, however the use of membrane adsorbers ...
WOS: 000223925200002A poly(hydroxyethylmethacrylate)/chitosan (pHEMA-chitosan) composite membrane wa...