Interactions of sulfur oxidation repressor with its promoters involve different binding geometries.

Abstract:

:The divergently transcribed sulfur oxidation (sox) operon of a sulfur chemolithotrophs, Pseudaminobacter salicylatoxidans KCT001, comprising sox TRS-VW-XYZABCD, is regulated by a repressor (SoxR). SoxR binds to two disparate operators, sv (present in between soxS and soxV) and wx (present in between soxW and soxX). Here we report details of the interaction between SoxR and these two operator regions of the sox operon, using methylation interference and hydroxyl radical footprinting. We propose that the sv operator is symmetric and compact, while the wx operator is asymmetric and extended. We report an interesting difference between the SoxR-sv interaction and the SoxR-wx interaction through a competition assay involving groove-specific ligands. SoxR binds in the major groove of the sv operator, but binds in the minor groove of the wx operator. The structural flexibility of the SoxR helps it to act differentially in its interactions with these two operators. Mutational analysis shows that SoxR uses different amino acid residues when binding to the sv operator versus the wx operator. Taken together, the results indicate that interaction between SoxR and the two operator sites involves different binding geometries. This makes SoxR the only known example of a ArsR-family protein that binds differentially to different operators.

journal_name

Arch Microbiol

journal_title

Archives of microbiology

authors

Mandal S,Das Gupta SK

doi

10.1007/s00203-012-0808-z

subject

Has Abstract

pub_date

2012-09-01 00:00:00

pages

737-47

issue

9

eissn

0302-8933

issn

1432-072X

journal_volume

194

pub_type

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