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. 1997 Jan;179(2):389–398. doi: 10.1128/jb.179.2.389-398.1997

cse15, cse60, and csk22 are new members of mother-cell-specific sporulation regulons in Bacillus subtilis.

A O Henriques 1, E M Bryan 1, B W Beall 1, C P Moran Jr 1
PMCID: PMC178708  PMID: 8990290

Abstract

We report on the characterization of three new transcription units expressed during sporulation in Bacillus subtilis. Two of the units, cse15 and cse60, were mapped at about 123 degrees and 62 degrees on the genetic map, respectively. Their transcription commenced around h 2 of sporulation and showed an absolute requirement for sigmaE. Maximal expression of both cse15 and cse60 further depended on the DNA-binding protein SpoIIID. Primer extension results revealed -10 and -35 sequences upstream of the cse15 and cse60 coding sequences very similar to those utilized by sigmaE-containing RNA polymerase. Alignment of these and other regulatory regions led to a revised consensus sequence for sigmaE-dependent promoters. A third transcriptional unit, designated csk22, was localized at approximately 173 degrees on the chromosome. Transcription of csk22 was activated at h 4 of sporulation, required the late mother-cell regulator sigmaK, and was repressed by the GerE protein. Sequences in the csk22 promoter region were similar to those of other sigmaK-dependent promoters. The cse60 locus was deduced to encode an acidic product of only 60 residues. A 37.6-kDa protein apparently encoded by cse15 was weakly related to the heavy chain of myosins, as well as to other myosin-like proteins, and is predicted to contain a central, 100 residue-long coiled-coil domain. Finally, csk22 is inferred to encode a 18.2-kDa hydrophobic product with five possible membrane-spanning helices, which could function as a transporter.

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Selected References

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