1995•Methods in molecular biologyRequires access

Cytometric Detection and Quantitation of Cell-Cell Electrofusion Products

Mark J. Jaroszeski, Richard A. Gilbert, Richard F. Heller

Open publisher page 11 citations

Abstract

Cell-cell electrofusion (CCE) is a process that involves forcing cells into close juxtaposition and then inducing fusion by delivering electric pulses to the cells. CCE has proven to have many practical applications. It has been used for monoclonal antibody (MAb) production (,), hybridoma production (, , ), and to transfer membrane-surface markers (). Many other applications are described in this volume. In addition, the study of membrane fusion mechanisms has been the focus of some researchers (, , , , , ). Electrofusion techniques seldom result in 100% yield between fusion partners. Therefore, a major aspect of CCE applications is the ability to detect and quantitate fusion products.

About this research paper

What this paper is about

Cell-cell electrofusion (CCE) is a process that involves forcing cells into close juxtaposition and then inducing fusion by delivering electric pulses to the cells. CCE has proven to have many practical applications. It has been used for monoclonal antibody (MAb) production (,), hybridoma production (, , ), and to transfer membrane-surface markers (). Many other applications are described in this volume. In addition, the study of membrane fusion mechanisms has been the focus of some researchers (, , , , , ). Electrofusion techniques seldom result in 100% yield between fusion partners. Therefore, a major aspect of CCE applications is the ability to detect and quantitate fusion products.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Cell-cell electrofusion (CCE) is a process that involves forcing cells into close juxtaposition and then inducing fusion by delivering electric pulses to the cells. CCE has proven to have many practical applications. It has been used for monoclonal antibody (MAb) production (,), hybridoma production (, , ), and to transfer membrane-surface markers (). Many other applications are described in this volume. In addition, the study of membrane fusion mechanisms has been the focus of some researchers (, , , , , ). Electrofusion techniques seldom result in 100% yield between fusion partners. Therefore, a major aspect of CCE applications is the ability to detect and quantitate fusion products.

Key concepts: Electrofusion, Cell fusion, Monoclonal antibody, Fusion, Cell, Chemistry, Yield (engineering), Cell biology

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