Comparative genome analysis of rice-pathogenic Burkholderia provides insight into capacity to adapt to different environments and hosts

Table 3 Paired N-acylhomoserine lactone (AHL) synthase-regulator in Burkholderia gladioli , B. glumae , and B. plantarii

Strain	Synthase	Regulator	(Putative ^a ) Regulation	class
B. gladioli BSR3	bgla_2g11050	bgla_2g11070	Toxoflavine synthesis	I
B. gladioli BSR3	bgla_1p1740	bgla_1p1760	(Putative) Polyketide synthesis	II
B. glumae BGR1	bglu_2g14490	bglu_2g14470	Toxoflavine synthesis	I
B. plantarii ATCC 43733^T	bpln_2g10770	bpln_2g10790	(Putative) Urea/amino acid regulation	I
	bpln_1g07720	bpln_1g07790	Tropolon synthesis	III
	bpln_2g04430	bpln_2g04440	(Putative) Thiopurine/polymyxin	IV
B. glumae PG1	AJK49063.1	AJK49065.1	(Putative) Urea/amino acid regulation	I
	AJK45325.1	AJK45332.1	Tropolon synthesis	III
	AJK48489.1	AJK48490.1	(Putative) Thiopurine/polymyxin	IV
B. gladioli 3848 s-5	bgla3848_2451lmp	bgla3848_2453l		I
B. gladioli NBRC	ND	ND
B. gladioli UCD	WP_036034986.1	WP_025097948.1		I
B. glumae 3252-8	bglu3252_0759lmp	bglu3252_0761l		I
B. glumae LMG 2196	BGLMG_03131	not predicted		I
B. glumae 336gr	WP_015877501.1	WP_015877499.1		I
B. glumae NCPPB	NCPPB3923_RS01185	NCPPB3923_RS01195		I
B. glumae AU6208	BGAU_02315	BGAU_02313		I

^aPutative regulation is based on the location of synthase and regulator genes in the operon.

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