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Neuronal Properties of Clonal Hybrid Cell Lines Derived from Central Cholinergic Neurons

SciencePublished 5 December 1986
David N. Hammond, Bruce H. Wainer, James H. Tonsgard, Alfred Heller
Citations106
SJR quartileQ1
SJR score10.42
SNIP6.62

TL;DR

Nine clonal hybrid cell lines have been developed from the septal region of the mouse basal forebrain and express characteristics typical of cholinergic neurons--choline acetyltransferase activity and immunore activity, neurite formation with neurofilament protein immunoreactivity, and aggregation in rotation-mediated cell culture.

Abstract

Clonal cell lines derived from specific types of central neurons can be used to identify and characterize properties specific to those neurons. With somatic cell fusion techniques, nine clonal hybrid cell lines have been developed from the septal region of the mouse basal forebrain. Two lines express characteristics typical of cholinergic neurons--choline acetyltransferase activity and immunoreactivity, neurite formation with neurofilament protein immunoreactivity, and aggregation in rotation-mediated cell culture. These cell lines may be useful for studying the trophic interactions that support the development and maintenance of central cholinergic connections.

Keywords

Neuroscience