login

A brain-specific transcription activator

NeuronPublished 1 November 1989
Mira Korner, Amir Rattner, Fabienne Mauxion, Ranjan Sen, Yoav Citri
Citations136
SJR quartileQ1
SJR score6.75
SNIP2.95

TL;DR

A DNA binding protein, named BETA, that interacts with the same (B) transcriptional regulatory sequence as the known transcription factor NF-kappa B is identified and it is inferred that BETA is a brain-specific transcription activator.

Abstract

We have identified a DNA binding protein, named BETA, that interacts with the same (B) transcriptional regulatory sequence as the known transcription factor NF-kappa B. BETA is found only in gray matter throughout the brain, and not in a variety of other rat tissues. Two binding sites for BETA are present adjacent to the promoter of the rat proenkephalin gene. Transfection of primary brain cultures that express BETA, with a reporter gene driven by the SV40 promoter linked to BETA DNA binding sites, results in transcriptional activation. We infer that BETA is a brain-specific transcription activator.

Keywords

Biochemistry, Genetics and Molecular Biology