Membrane Dialysis

Membrane dialysis is a physical process which separates and removes molecules, ions and other small particles from solutions using a semi-permeable membrane. It is mainly used in biochemistry and the pharmaceutical industry, but is also applicable to industrial processes and the purification of water. Membrane dialysis has a wide range of applications such as the removal of toxins, the concentration of proteins and enzymes, the extraction of DNA, and the analysis of proteins, enzymes, or small molecules. It is a cost-effective and efficient way to purify or separate components from a mixture. In addition, it is also used to monitor and control the pH or ionic strength of a sample.

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Related Articles

13 article(s) found

Carbofuran Abrogates the Membrane Ca++-Atpase Activity in Liver: The Role of Cholesterol

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Phytohemagglutinin and Light-Induced Charge Density Effects on Plasma Membrane of PlectonemaBoryanum

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Knowledge, Beliefs and Attitudes of Turkish Patients on In-Center Hemodialysis Toward Home Hemodialysis: A Pilot Study

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The Role of BCL-2 and BAK Genes in Chronic Kidney Disease and Haemodialysis Patients

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Bedside Lung Ultrasound in the Assessment of Volume Status in Chronic Hemodialysis Patients

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Metabolic Acidosis and Cardiovascular Disease in Patients on Peritoneal Dialysis

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Membrane Pump Operation Synchronicity (Criticality) in Epidermal Cells: The Possibility of Quantifying the Level of Synchronization

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Treatment of a Severe Pediatric Lyell Syndrome with Amniotic Membrane: Case Report and Histological Findings

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Evaluation of the Relationship Between Advanced Oxidation end Products and Inflammatory Markers in Maintenance Hemodialysis Patients

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A New Dietary Therapy for Chronic Renal Failure: Intestinal Dialysis Technology

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Study of Antioxidant and Membrane Resistant Peculiarities of a New Cyan Containing Lactone in Membranes of Hepatocytes with Sarcoma-45

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Effect of Hyamine-1622 Cationic Surfactant on Pertraction of Cerium (IV) Cations Through Emulsion Liquid Membranes

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Enzyme Immobilization on Polypropylene Film: A Role Model for Biocatalytic Polymer Membranes?

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