ID	1QJQA	STANDARD;	PRT;	725	AA.
DT	CONVERTED FROM PDB (SEQRES) 1QJQ
DE	FERRIC HYDROXAMATE RECEPTOR
OS	ESCHERICHIA COLI
CC	EXPDTA	X-RAY DIFFRACTION
CC	RESOLU	2.950
CC	R-Factor	0.225
FT	#HET	81	  81 	ARG	A	23	1022 	PFC	A	S	10
FT	#HET	87	  87 	TYR	A	23	1022 	PFC	A	S	1
FT	#HET	99	  99 	GLY	A	23	1022 	PFC	A	B	4
FT	#HET	100	 100 	GLN	A	23	1022 	PFC	A	S	7
FT	#HET	115	 115 	PHE	A	23	1022 	PFC	A	S	2
FT	#HET	116	 116 	TYR	A	23	1022 	PFC	A	S	14
FT	#HET	217	 217 	PRO	A	17	1007 	FTT	A	S	2
FT	#HET	231	 231 	PHE	A	14	1004 	FTT	A	S	2
FT	#HET	231	 231 	PHE	A	16	1006 	FTT	A	S	1
FT	#HET	244	 244 	TYR	A	23	1022 	PFC	A	A	10
FT	#HET	246	 246 	TRP	A	23	1022 	PFC	A	S	17
FT	#HET	282	 282 	VAL	A	14	1004 	FTT	A	S	1
FT	#HET	282	 282 	VAL	A	16	1006 	FTT	A	S	2
FT	#HET	282	 282 	VAL	A	17	1007 	FTT	A	S	1
FT	#HET	284	 284 	TYR	A	12	1002 	FTT	A	S	2
FT	#HET	284	 284 	TYR	A	14	1004 	FTT	A	S	2
FT	#HET	284	 284 	TYR	A	15	1005 	FTT	A	S	4
FT	#HET	298	 298 	GLN	A	12	1002 	FTT	A	S	2
FT	#HET	300	 300 	LEU	A	12	1002 	FTT	A	S	1
FT	#HET	302	 302 	PHE	A	14	1004 	FTT	A	S	12
FT	#HET	302	 302 	PHE	A	16	1006 	FTT	A	S	4
FT	#HET	302	 302 	PHE	A	17	1007 	FTT	A	S	1
FT	#HET	304	 304 	GLU	A	16	1006 	FTT	A	S	1
FT	#HET	304	 304 	GLU	A	17	1007 	FTT	A	S	1
FT	#HET	304	 304 	GLU	A	19	1014 	PO4	A	S	4
FT	#HET	313	 313 	TYR	A	23	1022 	PFC	A	S	9
FT	#HET	315	 315 	TYR	A	23	1022 	PFC	A	S	3
FT	#HET	351	 351 	LYS	A	3	3 	KDO	B	S	3
FT	#HET	351	 351 	LYS	A	19	1014 	PO4	A	S	2
FT	#HET	353	 353 	GLN	A	2	2 	GCN	B	S	3
FT	#HET	353	 353 	GLN	A	3	3 	KDO	B	S	1
FT	#HET	353	 353 	GLN	A	14	1004 	FTT	A	S	2
FT	#HET	355	 355 	PHE	A	12	1002 	FTT	A	S	1
FT	#HET	355	 355 	PHE	A	15	1005 	FTT	A	S	9
FT	#HET	380	 380 	PHE	A	12	1002 	FTT	A	S	4
FT	#HET	382	 382 	ARG	A	1	1 	GCN	B	S	9
FT	#HET	382	 382 	ARG	A	2	2 	GCN	B	S	1
FT	#HET	382	 382 	ARG	A	12	1002 	FTT	A	S	6
FT	#HET	382	 382 	ARG	A	14	1004 	FTT	A	S	6
FT	#HET	382	 382 	ARG	A	15	1005 	FTT	A	S	1
FT	#HET	384	 384 	ARG	A	1	1 	GCN	B	S	1
FT	#HET	384	 384 	ARG	A	3	3 	KDO	B	S	4
FT	#HET	384	 384 	ARG	A	11	11 	KDO	B	S	3
FT	#HET	384	 384 	ARG	A	18	1013 	DPO	A	S	1
FT	#HET	386	 386 	ASP	A	3	3 	KDO	B	S	3
FT	#HET	388	 388 	ASN	A	10	10 	GMH	B	S	2
FT	#HET	391	 391 	PHE	A	23	1022 	PFC	A	S	2
FT	#HET	435	 435 	ARG	A	10	10 	GMH	B	S	3
FT	#HET	437	 437 	LEU	A	3	3 	KDO	B	S	1
FT	#HET	439	 439 	LYS	A	18	1013 	DPO	A	S	2
FT	#HET	441	 441 	LYS	A	12	1002 	FTT	A	S	1
FT	#HET	441	 441 	LYS	A	18	1013 	DPO	A	S	5
FT	#HET	474	 474 	ARG	A	4	4 	GMH	B	S	8
FT	#HET	704	 704 	PHE	A	23	1022 	PFC	A	S	2
FT	DISORDER	1	18
CC	SEQUENCE	707 AA (ATOM);
CC	ESAWGPAATI AARQSATGTK TDTPIQKVPQ SISVVTAEEM ALHQPKSVKE ALSYTPGVSV
CC	GTRGASNTYD HLIIRGFAAE GQSQNNYLNG LKLQGNFYND AVIDPYMLER AEIMRGPVSV
CC	LYGKSSPGGL LNMVSKRPTT EPLKEVQFKA GTDSLFQTGF DFSDSLDDDG VYSYRLTGLA
CC	RSANAQQKGS EEQRYAIAPA FTWRPDDKTN FTFLSYFQNE PETGYYGWLP KEGTVEPLPN
CC	GKRLPTDFNE GAKNNTYSRN EKMVGYSFDH EFNDTFTVRQ NLRFAENKTS QNSVYGYGVC
CC	SDPANAYSKQ CAALAPADKG HYLARKYVVD DEKLQNFSVD TQLQSKFATG DIDHTLLTGV
CC	DFMRMRNDIN AWFGYDDSVP LLNLYNPSSH HHHHHGSSVN TDFDFNAKDP ANSGPYRILN
CC	KQKQTGVYVQ DQAQWDKVLV TLGGRYDWAD QESLNRVAGT TDKRDDKQFT WRGGVNYLFD
CC	NGVTPYFSYS ESFEPSSQVG KDGNIFAPSK GKQYEVGVKY VPEDRPIVVT GAVYNLTKTN
CC	NLMADPEGSF FSVEGGEIRA RGVEIEAKAA LSASVNVVGS YTYTDAEYTT DTTYKGNTPA
CC	QVPKHMASLW ADYTFFDGPL SGLTLGTGGR YTGSSYGDPA NSFKVGSYTV VDALVRYDLA
CC	RVGMAGSNVA LHVNNLFDRE YVASCFNTYG CFWGAERQVV ATATFRF
CC	!----
CC	ALIGNMENT OF SEQRES AND ATOMRES
CC	SEQRES AVEPKEDTITVTAAPAPQESAWGPAATIAARQSATGTKTDTPIQKVPQSI
CC	ATOM   ------------------ESAWGPAATIAARQSATGTKTDTPIQKVPQSI
CC	                         ********************************
CC	SEQRES SVVTAEEMALHQPKSVKEALSYTPGVSVGTRGASNTYDHLIIRGFAAEGQ
CC	ATOM   SVVTAEEMALHQPKSVKEALSYTPGVSVGTRGASNTYDHLIIRGFAAEGQ
CC	       **************************************************
CC	SEQRES SQNNYLNGLKLQGNFYNDAVIDPYMLERAEIMRGPVSVLYGKSSPGGLLN
CC	ATOM   SQNNYLNGLKLQGNFYNDAVIDPYMLERAEIMRGPVSVLYGKSSPGGLLN
CC	       **************************************************
CC	SEQRES MVSKRPTTEPLKEVQFKAGTDSLFQTGFDFSDSLDDDGVYSYRLTGLARS
CC	ATOM   MVSKRPTTEPLKEVQFKAGTDSLFQTGFDFSDSLDDDGVYSYRLTGLARS
CC	       **************************************************
CC	SEQRES ANAQQKGSEEQRYAIAPAFTWRPDDKTNFTFLSYFQNEPETGYYGWLPKE
CC	ATOM   ANAQQKGSEEQRYAIAPAFTWRPDDKTNFTFLSYFQNEPETGYYGWLPKE
CC	       **************************************************
CC	SEQRES GTVEPLPNGKRLPTDFNEGAKNNTYSRNEKMVGYSFDHEFNDTFTVRQNL
CC	ATOM   GTVEPLPNGKRLPTDFNEGAKNNTYSRNEKMVGYSFDHEFNDTFTVRQNL
CC	       **************************************************
CC	SEQRES RFAENKTSQNSVYGYGVCSDPANAYSKQCAALAPADKGHYLARKYVVDDE
CC	ATOM   RFAENKTSQNSVYGYGVCSDPANAYSKQCAALAPADKGHYLARKYVVDDE
CC	       **************************************************
CC	SEQRES KLQNFSVDTQLQSKFATGDIDHTLLTGVDFMRMRNDINAWFGYDDSVPLL
CC	ATOM   KLQNFSVDTQLQSKFATGDIDHTLLTGVDFMRMRNDINAWFGYDDSVPLL
CC	       **************************************************
CC	SEQRES NLYNPSSHHHHHHGSSVNTDFDFNAKDPANSGPYRILNKQKQTGVYVQDQ
CC	ATOM   NLYNPSSHHHHHHGSSVNTDFDFNAKDPANSGPYRILNKQKQTGVYVQDQ
CC	       **************************************************
CC	SEQRES AQWDKVLVTLGGRYDWADQESLNRVAGTTDKRDDKQFTWRGGVNYLFDNG
CC	ATOM   AQWDKVLVTLGGRYDWADQESLNRVAGTTDKRDDKQFTWRGGVNYLFDNG
CC	       **************************************************
CC	SEQRES VTPYFSYSESFEPSSQVGKDGNIFAPSKGKQYEVGVKYVPEDRPIVVTGA
CC	ATOM   VTPYFSYSESFEPSSQVGKDGNIFAPSKGKQYEVGVKYVPEDRPIVVTGA
CC	       **************************************************
CC	SEQRES VYNLTKTNNLMADPEGSFFSVEGGEIRARGVEIEAKAALSASVNVVGSYT
CC	ATOM   VYNLTKTNNLMADPEGSFFSVEGGEIRARGVEIEAKAALSASVNVVGSYT
CC	       **************************************************
CC	SEQRES YTDAEYTTDTTYKGNTPAQVPKHMASLWADYTFFDGPLSGLTLGTGGRYT
CC	ATOM   YTDAEYTTDTTYKGNTPAQVPKHMASLWADYTFFDGPLSGLTLGTGGRYT
CC	       **************************************************
CC	SEQRES GSSYGDPANSFKVGSYTVVDALVRYDLARVGMAGSNVALHVNNLFDREYV
CC	ATOM   GSSYGDPANSFKVGSYTVVDALVRYDLARVGMAGSNVALHVNNLFDREYV
CC	       **************************************************
CC	SEQRES ASCFNTYGCFWGAERQVVATATFRF
CC	ATOM   ASCFNTYGCFWGAERQVVATATFRF
CC	       *************************
SQ	SEQUENCE	725 AA;      MW;         CN;
	AVEPKEDTIT VTAAPAPQES AWGPAATIAA RQSATGTKTD TPIQKVPQSI SVVTAEEMAL
	HQPKSVKEAL SYTPGVSVGT RGASNTYDHL IIRGFAAEGQ SQNNYLNGLK LQGNFYNDAV
	IDPYMLERAE IMRGPVSVLY GKSSPGGLLN MVSKRPTTEP LKEVQFKAGT DSLFQTGFDF
	SDSLDDDGVY SYRLTGLARS ANAQQKGSEE QRYAIAPAFT WRPDDKTNFT FLSYFQNEPE
	TGYYGWLPKE GTVEPLPNGK RLPTDFNEGA KNNTYSRNEK MVGYSFDHEF NDTFTVRQNL
	RFAENKTSQN SVYGYGVCSD PANAYSKQCA ALAPADKGHY LARKYVVDDE KLQNFSVDTQ
	LQSKFATGDI DHTLLTGVDF MRMRNDINAW FGYDDSVPLL NLYNPSSHHH HHHGSSVNTD
	FDFNAKDPAN SGPYRILNKQ KQTGVYVQDQ AQWDKVLVTL GGRYDWADQE SLNRVAGTTD
	KRDDKQFTWR GGVNYLFDNG VTPYFSYSES FEPSSQVGKD GNIFAPSKGK QYEVGVKYVP
	EDRPIVVTGA VYNLTKTNNL MADPEGSFFS VEGGEIRARG VEIEAKAALS ASVNVVGSYT
	YTDAEYTTDT TYKGNTPAQV PKHMASLWAD YTFFDGPLSG LTLGTGGRYT GSSYGDPANS
	FKVGSYTVVD ALVRYDLARV GMAGSNVALH VNNLFDREYV ASCFNTYGCF WGAERQVVAT
	ATFRF
//