Maximizing Precision and Efficiency in Antibody Cell Separation

This article offers a thorough overview of the method known as antibody cell separation, which is employed in biomedical research to isolate various cell types.
By: Uberstrainer
EL CAJON, Calif. - March 27, 2023 - PRLog -- Antibody cell separation is a potent biomedical research technique utilized for isolating distinct cell types from intricate mixtures. This method involves utilizing specific antibodies that recognize and adhere to surface markers present on the cells of interest, allowing their separation from other cells within the sample.

Methods of Cell Separation:

Antibody Cell Separation:

Antibody cell separation is a precise and effective approach to isolating cells from complex mixtures. It employs antibodies that bind to surface markers on the cells of interest, allowing their separation through magnetic or fluorescence-activated cell sorting (FACS) techniques.

FACS Antibody Cell Separation:

FACS antibody separation isolates cells based on markers using fluorescently-labeled antibodies; a widely used cell separation method.

FACS Antibody Cell Separation Surface Marker:

Successful FACS antibody separation relies on a specific, highly expressed surface marker for the cell type of interest.

FACS Antibody Cell Separation Antibodies:

Antibody specificity is crucial for successful FACS separation; it must target the intended marker without cross-reacting.

Magnetic Antibody Cell Separation:

Magnetic antibody cell separation is another method of cell separation that uses magnetic beads to isolate cells based on their surface markers. This process involves incubating the cell suspension with magnetic beads that are conjugated to specific antibodies.

Cell Separation by Centrifugation:

Cell separation by centrifugation is a method that separates cells based on their density. This process involves spinning the cell suspension at a high speed in a centrifuge. The dense cells will settle to the bottom of the tube, while the less dense cells will remain at the top. This process can be enhanced by using density gradient centrifugation to isolate specific cell types.

Our Unique Cell Separation Technologies


PluriBead is an exceptional method for isolating cells, and it does not rely on any magnetic parts.


The PluriSpin system is a recently developed approach for isolating cells from whole blood, buffy coat, or cord blood using a negative selection process.


PluriStrainer is a sterile sieve that can be utilized to obtain true single-cell suspensions or eliminate cell aggregates.


PluriMate was created to efficiently separate leukocytes and peripheral blood mononuclear cells (PBMC) from whole blood and bone marrow.


TwinSpin centrifugation tubes are suitable for efficiently separating peripheral blood mononuclear cells from whole blood and bone marrow.

Uberstrainer provides cell separation products and services for biomedical research. Contact us today to learn more.

Location:El Cajon - California - United States
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