The PhoBR two-component system regulates antibiotic biosynthesis in Serratia in response to phosphate

[11] Amemura M(1986)Regulation of the phosphate regulon of J Mol Biol 190 37-44

[12] Makino K(1996): analysis of mutant Mol Microbiol 19 933-939

[13] Shinagawa H(2008) and Nucleic Acids Res 36 1358-1368

[14] Kobayashi A(1993) genes causing different phenotypes J Bacteriol 175 6797-6809

[15] Nakata A(1994)Regulation of the phosphate regulon of J Biol Chem 269 25091-25094

[16] Surin BP(2004): characterization of the promoter of the Microbiology 150 3547-3560

[17] Rosenberg H(2008) gene Environ Microbiol 10 1202-1217

[18] Cox GB(2001)Regulation of the phosphate regulon of Curr Med Chem Anti-Canc Agents 1 195-218

[19] Webb DC(2003). Activation of Biochem Pharmacol 66 1447-1452

[20] Rosenberg H(2007) transcription by PhoB protein Future Microbiol 2 605-618

[11] Amemura M(1986)Regulation of the phosphate regulon of J Mol Biol 190 37-44

[12] Makino K(1996): analysis of mutant Mol Microbiol 19 933-939

[13] Shinagawa H(2008) and Nucleic Acids Res 36 1358-1368

[14] Kobayashi A(1993) genes causing different phenotypes J Bacteriol 175 6797-6809

[15] Nakata A(1994)Regulation of the phosphate regulon of J Biol Chem 269 25091-25094

[16] Surin BP(2004): characterization of the promoter of the Microbiology 150 3547-3560

[17] Rosenberg H(2008) gene Environ Microbiol 10 1202-1217

[18] Cox GB(2001)Regulation of the phosphate regulon of Curr Med Chem Anti-Canc Agents 1 195-218

[19] Webb DC(2003). Activation of Biochem Pharmacol 66 1447-1452

[20] Rosenberg H(2007) transcription by PhoB protein Future Microbiol 2 605-618