ID	1KVMA	STANDARD;	PRT;	358	AA.
DT	CONVERTED FROM PDB (SEQRES) 1KVM
DE	beta-lactamase
OS	Escherichia coli
CC	EXPDTA	X-RAY DIFFRACTION
CC	RESOLU	2.060
CC	R-Factor	0.176
FT	#SUB	75	  78 	ILE	A	303	 306 	PRO	B	Protein	S	2
FT	#SUB	81	  84 	LYS	A	302	 305 	THR	B	Protein	S	2
FT	#SUB	82	  85 	LEU	A	300	 303 	PRO	B	Protein	A	4
FT	#SUB	83	  86 	SER	A	298	 301 	ILE	B	Protein	S	1
FT	#SUB	83	  86 	SER	A	299	 302 	THR	B	Protein	A	5
FT	#SUB	83	  86 	SER	A	300	 303 	PRO	B	Protein	A	2
FT	#SUB	104	 107 	LEU	A	300	 303 	PRO	B	Protein	S	1
FT	#SUB	238	 241 	LEU	A	243	 246 	LYS	B	Protein	S	3
FT	#SUB	238	 241 	LEU	A	246	 249 	GLN	B	Protein	S	1
FT	#SUB	238	 241 	LEU	A	247	 250 	GLN	B	Protein	S	3
FT	#SUB	243	 246 	LYS	A	238	 241 	LEU	B	Protein	S	1
FT	#SUB	246	 249 	GLN	A	238	 241 	LEU	B	Protein	S	1
FT	#SUB	246	 249 	GLN	A	246	 249 	GLN	B	Protein	S	1
FT	#SUB	247	 250 	GLN	A	238	 241 	LEU	B	Protein	S	1
FT	#SUB	250	 253 	GLN	A	247	 250 	GLN	B	Protein	S	3
FT	#SUB	251	 254 	LEU	A	303	 306 	PRO	B	Protein	S	1
FT	#SUB	298	 301 	ILE	A	83	  86 	SER	B	Protein	S	1
FT	#SUB	299	 302 	THR	A	83	  86 	SER	B	Protein	B	6
FT	#SUB	300	 303 	PRO	A	82	  85 	LEU	B	Protein	S	4
FT	#SUB	300	 303 	PRO	A	83	  86 	SER	B	Protein	A	2
FT	#SUB	300	 303 	PRO	A	104	 107 	LEU	B	Protein	S	1
FT	#SUB	300	 303 	PRO	A	301	 304 	PRO	B	Protein	S	2
FT	#SUB	301	 304 	PRO	A	300	 303 	PRO	B	Protein	S	2
FT	#SUB	301	 304 	PRO	A	301	 304 	PRO	B	Protein	S	1
FT	#SUB	302	 305 	THR	A	81	  84 	LYS	B	Protein	S	1
FT	#SUB	303	 306 	PRO	A	75	  78 	ILE	B	Protein	S	2
FT	#SUB	303	 306 	PRO	A	251	 254 	LEU	B	Protein	S	1
FT	#HET	183	 186 	HIS	A	1	801 	PO4	A	S	7
FT	#HET	192	 195 	GLU	A	1	801 	PO4	A	S	1
FT	DISORDER	284	284
FT	DISORDER	287	289
CC	Miss-SC	1
CC	SEQUENCE	354 AA (ATOM);
CC	APQQINDIVH RTITPLIEQQ KIPGMAVAVI YQGKPYYFTW GYADIAKKQP VTQQTLFELG
CC	SVSKTFTGVL GGDAIARGEI KLSDPTTKYW PELTAKQWNG ITLLHLATYT AGGLPLQVPD
CC	EVKSSSDLLR FYQNWQPAWA PGTQRLYANS SIGLFGALAV KPSGLSFEQA MQTRVFQPLK
CC	LNHTWINVPP AEEKNYAWGY REGKAVHVSP GALDAEAYGV KSTIEDMARW VQSNLKPLDI
CC	NEKTLQQGIQ LAQSRYWQTG DMYQGLGWEM LDWPVNPDSI INGDNLAARP VKAITPPTPA
CC	VRASWVHKTG ATGGFGSYVA FIPEKELGIV MLANKNYPNP ARVDAAWQIL NALQ
CC	!----
CC	ALIGNMENT OF SEQRES AND ATOMRES
CC	SEQRES APQQINDIVHRTITPLIEQQKIPGMAVAVIYQGKPYYFTWGYADIAKKQP
CC	ATOM   APQQINDIVHRTITPLIEQQKIPGMAVAVIYQGKPYYFTWGYADIAKKQP
CC	       **************************************************
CC	SEQRES VTQQTLFELGSVSKTFTGVLGGDAIARGEIKLSDPTTKYWPELTAKQWNG
CC	ATOM   VTQQTLFELGSVSKTFTGVLGGDAIARGEIKLSDPTTKYWPELTAKQWNG
CC	       **************************************************
CC	SEQRES ITLLHLATYTAGGLPLQVPDEVKSSSDLLRFYQNWQPAWAPGTQRLYANS
CC	ATOM   ITLLHLATYTAGGLPLQVPDEVKSSSDLLRFYQNWQPAWAPGTQRLYANS
CC	       **************************************************
CC	SEQRES SIGLFGALAVKPSGLSFEQAMQTRVFQPLKLNHTWINVPPAEEKNYAWGY
CC	ATOM   SIGLFGALAVKPSGLSFEQAMQTRVFQPLKLNHTWINVPPAEEKNYAWGY
CC	       **************************************************
CC	SEQRES REGKAVHVSPGALDAEAYGVKSTIEDMARWVQSNLKPLDINEKTLQQGIQ
CC	ATOM   REGKAVHVSPGALDAEAYGVKSTIEDMARWVQSNLKPLDINEKTLQQGIQ
CC	       **************************************************
CC	SEQRES LAQSRYWQTGDMYQGLGWEMLDWPVNPDSIINGSDNKIALAARPVKAITP
CC	ATOM   LAQSRYWQTGDMYQGLGWEMLDWPVNPDSIING-DN---LAARPVKAITP
CC	       ********************************* **   ***********
CC	SEQRES PTPAVRASWVHKTGATGGFGSYVAFIPEKELGIVMLANKNYPNPARVDAA
CC	ATOM   PTPAVRASWVHKTGATGGFGSYVAFIPEKELGIVMLANKNYPNPARVDAA
CC	       **************************************************
CC	SEQRES WQILNALQ
CC	ATOM   WQILNALQ
CC	       ********
SQ	SEQUENCE	358 AA;      MW;         CN;
	APQQINDIVH RTITPLIEQQ KIPGMAVAVI YQGKPYYFTW GYADIAKKQP VTQQTLFELG
	SVSKTFTGVL GGDAIARGEI KLSDPTTKYW PELTAKQWNG ITLLHLATYT AGGLPLQVPD
	EVKSSSDLLR FYQNWQPAWA PGTQRLYANS SIGLFGALAV KPSGLSFEQA MQTRVFQPLK
	LNHTWINVPP AEEKNYAWGY REGKAVHVSP GALDAEAYGV KSTIEDMARW VQSNLKPLDI
	NEKTLQQGIQ LAQSRYWQTG DMYQGLGWEM LDWPVNPDSI INGSDNKIAL AARPVKAITP
	PTPAVRASWV HKTGATGGFG SYVAFIPEKE LGIVMLANKN YPNPARVDAA WQILNALQ
//
ID	1KVMB	STANDARD;	PRT;	358	AA.
DT	CONVERTED FROM PDB (SEQRES) 1KVM
DE	beta-lactamase
OS	Escherichia coli
CC	EXPDTA	X-RAY DIFFRACTION
CC	RESOLU	2.060
CC	R-Factor	0.176
FT	#SUB	75	  78 	ILE	B	303	 306 	PRO	A	Protein	S	2
FT	#SUB	81	  84 	LYS	B	302	 305 	THR	A	Protein	S	1
FT	#SUB	82	  85 	LEU	B	300	 303 	PRO	A	Protein	A	4
FT	#SUB	83	  86 	SER	B	298	 301 	ILE	A	Protein	S	1
FT	#SUB	83	  86 	SER	B	299	 302 	THR	A	Protein	A	6
FT	#SUB	83	  86 	SER	B	300	 303 	PRO	A	Protein	A	2
FT	#SUB	104	 107 	LEU	B	300	 303 	PRO	A	Protein	S	1
FT	#SUB	238	 241 	LEU	B	243	 246 	LYS	A	Protein	S	1
FT	#SUB	238	 241 	LEU	B	246	 249 	GLN	A	Protein	S	1
FT	#SUB	238	 241 	LEU	B	247	 250 	GLN	A	Protein	S	1
FT	#SUB	243	 246 	LYS	B	238	 241 	LEU	A	Protein	S	3
FT	#SUB	246	 249 	GLN	B	238	 241 	LEU	A	Protein	S	1
FT	#SUB	246	 249 	GLN	B	246	 249 	GLN	A	Protein	S	1
FT	#SUB	247	 250 	GLN	B	238	 241 	LEU	A	Protein	S	3
FT	#SUB	247	 250 	GLN	B	250	 253 	GLN	A	Protein	S	3
FT	#SUB	251	 254 	LEU	B	303	 306 	PRO	A	Protein	S	1
FT	#SUB	298	 301 	ILE	B	83	  86 	SER	A	Protein	S	1
FT	#SUB	299	 302 	THR	B	83	  86 	SER	A	Protein	B	5
FT	#SUB	300	 303 	PRO	B	82	  85 	LEU	A	Protein	S	4
FT	#SUB	300	 303 	PRO	B	83	  86 	SER	A	Protein	A	2
FT	#SUB	300	 303 	PRO	B	104	 107 	LEU	A	Protein	S	1
FT	#SUB	300	 303 	PRO	B	301	 304 	PRO	A	Protein	S	2
FT	#SUB	301	 304 	PRO	B	300	 303 	PRO	A	Protein	S	2
FT	#SUB	301	 304 	PRO	B	301	 304 	PRO	A	Protein	S	1
FT	#SUB	302	 305 	THR	B	81	  84 	LYS	A	Protein	S	2
FT	#SUB	303	 306 	PRO	B	75	  78 	ILE	A	Protein	S	2
FT	#SUB	303	 306 	PRO	B	251	 254 	LEU	A	Protein	S	1
FT	#HET	61	  64 	SER	B	2	864 	CEO	B	A	12
FT	#HET	116	 119 	LEU	B	2	864 	CEO	B	S	2
FT	#HET	117	 120 	GLN	B	2	864 	CEO	B	S	7
FT	#HET	147	 150 	TYR	B	2	864 	CEO	B	S	1
FT	#HET	149	 152 	ASN	B	2	864 	CEO	B	S	4
FT	#HET	208	 211 	VAL	B	2	864 	CEO	B	S	1
FT	#HET	218	 221 	TYR	B	2	864 	CEO	B	S	7
FT	#HET	290	 293 	LEU	B	2	864 	CEO	B	S	1
FT	#HET	314	 317 	GLY	B	2	864 	CEO	B	B	2
FT	#HET	315	 318 	ALA	B	2	864 	CEO	B	A	7
FT	#HET	316	 319 	THR	B	2	864 	CEO	B	B	1
FT	#HET	340	 343 	ASN	B	2	864 	CEO	B	S	5
CC	SEQUENCE	358 AA (ATOM);
CC	APQQINDIVH RTITPLIEQQ KIPGMAVAVI YQGKPYYFTW GYADIAKKQP VTQQTLFELG
CC	SVSKTFTGVL GGDAIARGEI KLSDPTTKYW PELTAKQWNG ITLLHLATYT AGGLPLQVPD
CC	EVKSSSDLLR FYQNWQPAWA PGTQRLYANS SIGLFGALAV KPSGLSFEQA MQTRVFQPLK
CC	LNHTWINVPP AEEKNYAWGY REGKAVHVSP GALDAEAYGV KSTIEDMARW VQSNLKPLDI
CC	NEKTLQQGIQ LAQSRYWQTG DMYQGLGWEM LDWPVNPDSI INGSDNKIAL AARPVKAITP
CC	PTPAVRASWV HKTGATGGFG SYVAFIPEKE LGIVMLANKN YPNPARVDAA WQILNALQ
CC	!----
CC	ALIGNMENT OF SEQRES AND ATOMRES
CC	SEQRES APQQINDIVHRTITPLIEQQKIPGMAVAVIYQGKPYYFTWGYADIAKKQP
CC	ATOM   APQQINDIVHRTITPLIEQQKIPGMAVAVIYQGKPYYFTWGYADIAKKQP
CC	       **************************************************
CC	SEQRES VTQQTLFELGSVSKTFTGVLGGDAIARGEIKLSDPTTKYWPELTAKQWNG
CC	ATOM   VTQQTLFELGSVSKTFTGVLGGDAIARGEIKLSDPTTKYWPELTAKQWNG
CC	       **************************************************
CC	SEQRES ITLLHLATYTAGGLPLQVPDEVKSSSDLLRFYQNWQPAWAPGTQRLYANS
CC	ATOM   ITLLHLATYTAGGLPLQVPDEVKSSSDLLRFYQNWQPAWAPGTQRLYANS
CC	       **************************************************
CC	SEQRES SIGLFGALAVKPSGLSFEQAMQTRVFQPLKLNHTWINVPPAEEKNYAWGY
CC	ATOM   SIGLFGALAVKPSGLSFEQAMQTRVFQPLKLNHTWINVPPAEEKNYAWGY
CC	       **************************************************
CC	SEQRES REGKAVHVSPGALDAEAYGVKSTIEDMARWVQSNLKPLDINEKTLQQGIQ
CC	ATOM   REGKAVHVSPGALDAEAYGVKSTIEDMARWVQSNLKPLDINEKTLQQGIQ
CC	       **************************************************
CC	SEQRES LAQSRYWQTGDMYQGLGWEMLDWPVNPDSIINGSDNKIALAARPVKAITP
CC	ATOM   LAQSRYWQTGDMYQGLGWEMLDWPVNPDSIINGSDNKIALAARPVKAITP
CC	       **************************************************
CC	SEQRES PTPAVRASWVHKTGATGGFGSYVAFIPEKELGIVMLANKNYPNPARVDAA
CC	ATOM   PTPAVRASWVHKTGATGGFGSYVAFIPEKELGIVMLANKNYPNPARVDAA
CC	       **************************************************
CC	SEQRES WQILNALQ
CC	ATOM   WQILNALQ
CC	       ********
SQ	SEQUENCE	358 AA;      MW;         CN;
	APQQINDIVH RTITPLIEQQ KIPGMAVAVI YQGKPYYFTW GYADIAKKQP VTQQTLFELG
	SVSKTFTGVL GGDAIARGEI KLSDPTTKYW PELTAKQWNG ITLLHLATYT AGGLPLQVPD
	EVKSSSDLLR FYQNWQPAWA PGTQRLYANS SIGLFGALAV KPSGLSFEQA MQTRVFQPLK
	LNHTWINVPP AEEKNYAWGY REGKAVHVSP GALDAEAYGV KSTIEDMARW VQSNLKPLDI
	NEKTLQQGIQ LAQSRYWQTG DMYQGLGWEM LDWPVNPDSI INGSDNKIAL AARPVKAITP
	PTPAVRASWV HKTGATGGFG SYVAFIPEKE LGIVMLANKN YPNPARVDAA WQILNALQ
//