Affinity Membranes

Explores the latest findings for both selective and efficient separation devices in the field of kidney research. It is divided into three major sections. Part one deals with the &'grave;biochemistry'' part of the problem, including how to identify ligands of interest, how to link them to synthetic membranes, and some kinetic limitations of frontal elution chromatography. The second part comprehensively discusses the various substrata used in affinity separations and the formation processes of semi-permeable membranes. The final section explores the filtration processes using membranes and the kinetics of separations based on affinity membranes.

Explores the latest findings for both selective and efficient separation devices in the field of kidney research. It is divided into three major sections. Part one deals with the ''biochemistry'' part of the problem, including how to identify ligands of interest, how to link them to synthetic membranes, and some kinetic limitations of frontal elution chromatography. The second part comprehensively discusses the various substrata used in affinity separations and the formation processes of semi-permeable membranes. The final section explores the filtration processes using membranes and the kinetics of separations based on affinity membranes.

Booknews

Explores recent findings for both selective and efficient separation devices in the field of kidney research. The section on biochemistry discusses how to identify ligands of interest, how to link them to synthetic membranes, and some kinetic limitations of frontal elution chromatography. Other sections survey the substrata used in affinity separations, and describe the formation processes of semi-permeable membranes, the filtration process, and the kinetics of separations. Of interest to clinicians, biochemists, and engineers. Annotation c. Book News, Inc., Portland, OR (booknews.com)