Protegen ID	Gene Name	Sequence Strain (Species/Organism)	NCBI Gene ID	NCBI Nucleotide GI	NCBI Protein GI	Locus Tag	Genbank Accession	Protein Accession	Protein Name	Protein Annotation	Molecule Role	Molecule Role Annotation	COG	PMID
5231	bap	 A. baumannii strain 307-0294		159797905	159797906	EU117203			biofilm-associated protein		Virulence factor			
5233	pgaC			259020301	259020302	FJ866499		ACV90435.1	PgaC		Virulence factor	Deletion of the pga locus (the pgaABC genes) led to loss of the strong biofilm phenotype, which was restored by complementation [Ref7624:Choi et al., 2009].; pgaC is predicted to encode a 392-amino-acid N-glycosyltransferase that belongs to the glycosyltransferase 2 family. This family includes PgaC, BpsC, HmsR, and IcaA from E. coli, B. pertussis, Y. pestis, and S. aureus, respectively. A. baumannii PgaC shares 55% identity with E. coli PgaC, 47% identity with B. pertussis BpsC, and 55% identity with Y. pestis HmsR. In addition, the five amino acids that have been shown to be critical for the catalytic activity of glycosyltransferases are all conserved in PgaC (Asp112, Asp205, Gln241, Arg244, and Trp245) [Ref7624:Choi et al., 2009].		19633088
5234	pgaB			259020299	259020300	ACV90434		ACV90434.1	PgaB		Virulence factor	Deletion of the pga locus (the pgaABC genes) led to loss of the strong biofilm phenotype, which was restored by complementation [Ref7624:Choi et al., 2009].; pgaB encodes a predicted 510-amino-acid protein with a putative polysaccharide deacetylase domain. It shares 33%, 31%, and 37% identity with E. coli PgaB, Y. pestis HmsF, and B. pertussis BpsB, respectively. All these proteins have putative deacetylase activities. In Y. pestis, HmsF was isolated from the outer membrane by cellular fractionation. E. coli PgaB is predicted to be an outer membrane lipoprotein that, along with PgaA, is necessary for PNAG export [Ref7624:Choi et al., 2009].		19633088
5235	pgaA			259020297	259020298	ACV90433		ACV90433.1	PgaA		Virulence factor	Deletion of the pga locus (the pgaABC genes) led to loss of the strong biofilm phenotype, which was restored by complementation [Ref7624:Choi et al., 2009].; A. baumannii pgaA encodes a predicted 812-amino-acid outer membrane protein that shares 26% identity with E. coli PgaA, 23% identity with Y. pestis HmsH, and 25% identity with B. pertussis BpsA. In E. coli, PgaA contains a predicted porin domain that facilitates PNAG translocation across the outer membrane, as well as a superhelical periplasmic domain that is thought to play a role in protein-protein interactions. In Y. pestis HmsH has been demonstrated to be an outer membrane protein [Ref7624:Choi et al., 2009].		19633088
5236	bfmS													
5237	ompA													
5238	LH92_11085 													
5239	Phospholipase D													
5240	plc1													
5241	abaI													
5242	csuE													
5243	ptk													
5244	epsA													
5245	pbpG													
5246	bauA													
5247	pld1													
5248	pld1													
5249	pld1													
5250	pld3													
5251	om73													
5252	fur													
5253	surA1