Separation of Cells and Subcellular Elements (eBook, PDF)
Proceedings of a Meeting Organised by EFRAC (European Working Party for the Separation and Detection of Biological Fractions), Sponsored by the Committee for Science and Technology of the Council of Europe, Brussels, 4-5 May 1979
Redaktion: Peeters, H.
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Separation of Cells and Subcellular Elements presents the chemical engineering approaches in bio-separation methods. This book evaluates the cellular aggregation in turbulent suspension, the phase partition of cells and subcellular particles, and the continuous free-flow electrophoresis. The first chapters deal with flow cytometric characterization of tumor associated changes in gynecologic malignancies; steady state rheolectrolysis; and electrophoretic approaches applicable to cell separation. The succeeding chapters consider the chromosome separation by velocity sedimentation at unit gravity...
Separation of Cells and Subcellular Elements presents the chemical engineering approaches in bio-separation methods. This book evaluates the cellular aggregation in turbulent suspension, the phase partition of cells and subcellular particles, and the continuous free-flow electrophoresis.
The first chapters deal with flow cytometric characterization of tumor associated changes in gynecologic malignancies; steady state rheolectrolysis; and electrophoretic approaches applicable to cell separation. The succeeding chapters consider the chromosome separation by velocity sedimentation at unit gravity and the separation of human lymphocytes based on volume and density. Other chapters describe the analysis of the gradient former for zonal rotors and the centrifugal elutriation of living cells. The last chapters are devoted to the human platelet isolation from whole blood on metrizamide gradients.
The book can provide useful information to biochemists, cytologists, students, and researchers.
The first chapters deal with flow cytometric characterization of tumor associated changes in gynecologic malignancies; steady state rheolectrolysis; and electrophoretic approaches applicable to cell separation. The succeeding chapters consider the chromosome separation by velocity sedimentation at unit gravity and the separation of human lymphocytes based on volume and density. Other chapters describe the analysis of the gradient former for zonal rotors and the centrifugal elutriation of living cells. The last chapters are devoted to the human platelet isolation from whole blood on metrizamide gradients.
The book can provide useful information to biochemists, cytologists, students, and researchers.
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