ID	3WV9A	STANDARD;	PRT;	218	AA.
DT	CONVERTED FROM PDB (SEQRES) 3WV9
DE	Hmd co-occurring protein HcgE
OS	Methanothermobacter marburgensis
CC	EXPDTA	X-RAY DIFFRACTION
CC	RESOLU	2.750
CC	R-Factor	0.168
FT	#SUB	41	  41 	GLU	A	79	  79 	ASP	C	Protein	S	5
FT	#SUB	42	  42 	ARG	A	79	  79 	ASP	C	Protein	S	9
FT	#SUB	68	  68 	TYR	A	98	  98 	ARG	C	Protein	S	5
FT	#SUB	74	  74 	GLU	A	86	  86 	GLN	C	Protein	S	3
FT	#SUB	79	  79 	ASP	A	41	  41 	GLU	C	Protein	A	6
FT	#SUB	79	  79 	ASP	A	42	  42 	ARG	C	Protein	S	11
FT	#SUB	84	  84 	THR	A	84	  84 	THR	C	Protein	S	1
FT	#SUB	86	  86 	GLN	A	74	  74 	GLU	C	Protein	S	1
FT	#SUB	86	  86 	GLN	A	85	  85 	VAL	C	Protein	S	1
FT	#SUB	86	  86 	GLN	A	86	  86 	GLN	C	Protein	S	12
FT	#SUB	89	  89 	PRO	A	98	  98 	ARG	C	Protein	A	7
FT	#SUB	89	  89 	PRO	A	99	  99 	LEU	C	Protein	S	2
FT	#SUB	90	  90 	GLU	A	90	  90 	GLU	C	Protein	S	6
FT	#SUB	90	  90 	GLU	A	96	  96 	ASN	C	Protein	S	1
FT	#SUB	90	  90 	GLU	A	98	  98 	ARG	C	Protein	S	1
FT	#SUB	90	  90 	GLU	A	99	  99 	LEU	C	Protein	S	3
FT	#SUB	96	  96 	ASN	A	90	  90 	GLU	C	Protein	S	1
FT	#SUB	98	  98 	ARG	A	68	  68 	TYR	C	Protein	S	6
FT	#SUB	98	  98 	ARG	A	89	  89 	PRO	C	Protein	S	4
FT	#SUB	98	  98 	ARG	A	90	  90 	GLU	C	Protein	S	5
FT	#SUB	99	  99 	LEU	A	89	  89 	PRO	C	Protein	S	1
FT	#SUB	99	  99 	LEU	A	90	  90 	GLU	C	Protein	S	2
FT	#HET	13	  13 	HIS	A	5	305 	SO4	A	A	11
FT	#HET	15	  15 	GLU	A	4	304 	SO4	A	S	1
FT	#HET	19	  19 	VAL	A	1	301 	ATP	A	S	1
FT	#HET	20	  20 	GLY	A	1	301 	ATP	A	B	2
FT	#HET	22	  22 	GLY	A	1	301 	ATP	A	B	7
FT	#HET	23	  23 	ARG	A	1	301 	ATP	A	A	12
FT	#HET	23	  23 	ARG	A	2	302 	FEG	A	B	2
FT	#HET	24	  24 	LEU	A	2	302 	FEG	A	A	6
FT	#HET	39	  39 	GLY	A	5	305 	SO4	A	B	1
FT	#HET	44	  44 	LYS	A	4	304 	SO4	A	S	1
FT	#HET	46	  46 	ILE	A	1	301 	ATP	A	B	2
FT	#HET	47	  47 	ASP	A	1	301 	ATP	A	A	16
FT	#HET	49	  49 	GLN	A	1	301 	ATP	A	S	16
FT	#HET	50	  50 	LYS	A	12	301 	SO4	C	S	1
FT	#HET	68	  68 	TYR	A	12	301 	SO4	C	S	5
FT	#HET	69	  69 	LYS	A	1	301 	ATP	A	S	5
FT	#HET	82	  82 	SER	A	11	304 	SO4	C	A	4
FT	#HET	91	  91 	TYR	A	1	301 	ATP	A	A	3
FT	#HET	92	  92 	ILE	A	1	301 	ATP	A	B	5
FT	#HET	98	  98 	ARG	A	3	303 	SO4	A	A	2
FT	#HET	101	 101 	GLY	A	4	304 	SO4	A	B	8
FT	#HET	102	 102 	GLY	A	4	304 	SO4	A	B	1
FT	#HET	108	 108 	GLU	A	1	301 	ATP	A	B	1
FT	#HET	109	 109 	ILE	A	1	301 	ATP	A	A	13
FT	#HET	109	 109 	ILE	A	2	302 	FEG	A	B	2
FT	#HET	110	 110 	ALA	A	1	301 	ATP	A	A	14
FT	#HET	110	 110 	ALA	A	2	302 	FEG	A	S	5
FT	#HET	111	 111 	GLY	A	1	301 	ATP	A	B	2
FT	#HET	112	 112 	GLY	A	2	302 	FEG	A	B	1
FT	#HET	113	 113 	ASP	A	2	302 	FEG	A	A	4
FT	#HET	114	 114 	THR	A	2	302 	FEG	A	A	9
FT	#HET	115	 115 	LEU	A	2	302 	FEG	A	A	5
FT	#HET	124	 124 	TYR	A	3	303 	SO4	A	S	7
FT	#HET	128	 128 	ARG	A	3	303 	SO4	A	S	2
FT	#HET	135	 135 	THR	A	2	302 	FEG	A	A	5
FT	#HET	137	 137 	GLY	A	2	302 	FEG	A	B	8
FT	#HET	138	 138 	VAL	A	2	302 	FEG	A	A	8
FT	#HET	139	 139 	PHE	A	2	302 	FEG	A	S	6
FT	#HET	159	 159 	PRO	A	2	302 	FEG	A	S	3
FT	#HET	160	 160 	ILE	A	2	302 	FEG	A	S	8
FT	#HET	180	 180 	LEU	A	2	302 	FEG	A	A	9
FT	#HET	181	 181 	ILE	A	2	302 	FEG	A	A	12
FT	#HET	182	 182 	ARG	A	2	302 	FEG	A	A	8
FT	#HET	204	 204 	LEU	A	5	305 	SO4	A	B	1
FT	#HET	207	 207 	LEU	A	5	305 	SO4	A	A	8
FT	#HET	208	 208 	ARG	A	5	305 	SO4	A	A	5
FT	DISORDER	1	6
FT	DISORDER	212	218
CC	SEQUENCE	205 AA (ATOM);
CC	EGKKVPHGEV TLVGAGRLGF RTALNLMQIH RGGPERIKVI DGQKVSADDL IFRLMGAKIG
CC	EYKVKFIESL ACDGFSRTVQ GIPEYITGDN LRLIGGDVVC VEIAGGDTLP ITTEIIRYAQ
CC	ERGAATISTM GVFGIGEEDV SVVDIDEADP ENPIAAYLQA EGIHEHVLVG TGKLIRDWEP
CC	VTPHVLDRVS EVMTAEILKL LRGAQ
CC	!----
CC	ALIGNMENT OF SEQRES AND ATOMRES
CC	SEQRES MEISELEGKKVPHGEVTLVGAGRLGFRTALNLMQIHRGGPERIKVIDGQK
CC	ATOM   ------EGKKVPHGEVTLVGAGRLGFRTALNLMQIHRGGPERIKVIDGQK
CC	             ********************************************
CC	SEQRES VSADDLIFRLMGAKIGEYKVKFIESLACDGFSRTVQGIPEYITGDNLRLI
CC	ATOM   VSADDLIFRLMGAKIGEYKVKFIESLACDGFSRTVQGIPEYITGDNLRLI
CC	       **************************************************
CC	SEQRES GGDVVCVEIAGGDTLPITTEIIRYAQERGAATISTMGVFGIGEEDVSVVD
CC	ATOM   GGDVVCVEIAGGDTLPITTEIIRYAQERGAATISTMGVFGIGEEDVSVVD
CC	       **************************************************
CC	SEQRES IDEADPENPIAAYLQAEGIHEHVLVGTGKLIRDWEPVTPHVLDRVSEVMT
CC	ATOM   IDEADPENPIAAYLQAEGIHEHVLVGTGKLIRDWEPVTPHVLDRVSEVMT
CC	       **************************************************
CC	SEQRES AEILKLLRGAQRLELVPR
CC	ATOM   AEILKLLRGAQ-------
CC	       ***********       
SQ	SEQUENCE	218 AA;      MW;         CN;
	MEISELEGKK VPHGEVTLVG AGRLGFRTAL NLMQIHRGGP ERIKVIDGQK VSADDLIFRL
	MGAKIGEYKV KFIESLACDG FSRTVQGIPE YITGDNLRLI GGDVVCVEIA GGDTLPITTE
	IIRYAQERGA ATISTMGVFG IGEEDVSVVD IDEADPENPI AAYLQAEGIH EHVLVGTGKL
	IRDWEPVTPH VLDRVSEVMT AEILKLLRGA QRLELVPR
//
ID	3WV9B	STANDARD;	PRT;	218	AA.
DT	CONVERTED FROM PDB (SEQRES) 3WV9
DE	Hmd co-occurring protein HcgE
OS	Methanothermobacter marburgensis
CC	EXPDTA	X-RAY DIFFRACTION
CC	RESOLU	2.750
CC	R-Factor	0.168
FT	#SUB	41	  41 	GLU	B	79	  79 	ASP	D	Protein	S	3
FT	#SUB	42	  42 	ARG	B	74	  74 	GLU	D	Protein	S	6
FT	#SUB	68	  68 	TYR	B	98	  98 	ARG	D	Protein	S	6
FT	#SUB	74	  74 	GLU	B	42	  42 	ARG	D	Protein	S	6
FT	#SUB	74	  74 	GLU	B	86	  86 	GLN	D	Protein	S	1
FT	#SUB	79	  79 	ASP	B	13	  13 	HIS	D	Protein	S	5
FT	#SUB	79	  79 	ASP	B	41	  41 	GLU	D	Protein	S	2
FT	#SUB	85	  85 	VAL	B	86	  86 	GLN	D	Protein	B	1
FT	#SUB	86	  86 	GLN	B	74	  74 	GLU	D	Protein	S	3
FT	#SUB	86	  86 	GLN	B	86	  86 	GLN	D	Protein	A	9
FT	#SUB	89	  89 	PRO	B	98	  98 	ARG	D	Protein	A	7
FT	#SUB	90	  90 	GLU	B	90	  90 	GLU	D	Protein	S	9
FT	#SUB	90	  90 	GLU	B	96	  96 	ASN	D	Protein	S	1
FT	#SUB	90	  90 	GLU	B	99	  99 	LEU	D	Protein	S	2
FT	#SUB	96	  96 	ASN	B	90	  90 	GLU	D	Protein	S	1
FT	#SUB	98	  98 	ARG	B	48	  48 	GLY	D	Protein	S	1
FT	#SUB	98	  98 	ARG	B	68	  68 	TYR	D	Protein	S	5
FT	#SUB	98	  98 	ARG	B	89	  89 	PRO	D	Protein	S	2
FT	#SUB	99	  99 	LEU	B	89	  89 	PRO	D	Protein	S	1
FT	#HET	19	  19 	VAL	B	6	301 	ATP	B	S	2
FT	#HET	20	  20 	GLY	B	6	301 	ATP	B	B	3
FT	#HET	22	  22 	GLY	B	6	301 	ATP	B	B	8
FT	#HET	23	  23 	ARG	B	6	301 	ATP	B	A	11
FT	#HET	23	  23 	ARG	B	7	302 	FEG	B	A	2
FT	#HET	24	  24 	LEU	B	7	302 	FEG	B	A	7
FT	#HET	46	  46 	ILE	B	6	301 	ATP	B	B	2
FT	#HET	47	  47 	ASP	B	6	301 	ATP	B	A	18
FT	#HET	49	  49 	GLN	B	6	301 	ATP	B	S	10
FT	#HET	50	  50 	LYS	B	8	303 	SO4	B	S	4
FT	#HET	55	  55 	ASP	B	6	301 	ATP	B	S	1
FT	#HET	68	  68 	TYR	B	8	303 	SO4	B	S	6
FT	#HET	69	  69 	LYS	B	6	301 	ATP	B	S	5
FT	#HET	91	  91 	TYR	B	6	301 	ATP	B	A	13
FT	#HET	92	  92 	ILE	B	6	301 	ATP	B	A	10
FT	#HET	108	 108 	GLU	B	6	301 	ATP	B	B	1
FT	#HET	109	 109 	ILE	B	6	301 	ATP	B	A	9
FT	#HET	109	 109 	ILE	B	7	302 	FEG	B	B	3
FT	#HET	110	 110 	ALA	B	6	301 	ATP	B	A	9
FT	#HET	110	 110 	ALA	B	7	302 	FEG	B	S	4
FT	#HET	112	 112 	GLY	B	7	302 	FEG	B	B	2
FT	#HET	113	 113 	ASP	B	7	302 	FEG	B	S	1
FT	#HET	114	 114 	THR	B	7	302 	FEG	B	A	9
FT	#HET	115	 115 	LEU	B	7	302 	FEG	B	A	6
FT	#HET	124	 124 	TYR	B	16	302 	SO4	D	S	5
FT	#HET	128	 128 	ARG	B	16	302 	SO4	D	S	1
FT	#HET	135	 135 	THR	B	7	302 	FEG	B	A	10
FT	#HET	136	 136 	MET	B	7	302 	FEG	B	B	3
FT	#HET	137	 137 	GLY	B	7	302 	FEG	B	B	8
FT	#HET	138	 138 	VAL	B	7	302 	FEG	B	A	11
FT	#HET	139	 139 	PHE	B	7	302 	FEG	B	S	3
FT	#HET	159	 159 	PRO	B	7	302 	FEG	B	S	6
FT	#HET	160	 160 	ILE	B	7	302 	FEG	B	S	3
FT	#HET	180	 180 	LEU	B	7	302 	FEG	B	A	11
FT	#HET	181	 181 	ILE	B	7	302 	FEG	B	A	17
FT	#HET	182	 182 	ARG	B	7	302 	FEG	B	A	6
FT	DISORDER	1	6
FT	DISORDER	212	218
CC	SEQUENCE	205 AA (ATOM);
CC	EGKKVPHGEV TLVGAGRLGF RTALNLMQIH RGGPERIKVI DGQKVSADDL IFRLMGAKIG
CC	EYKVKFIESL ACDGFSRTVQ GIPEYITGDN LRLIGGDVVC VEIAGGDTLP ITTEIIRYAQ
CC	ERGAATISTM GVFGIGEEDV SVVDIDEADP ENPIAAYLQA EGIHEHVLVG TGKLIRDWEP
CC	VTPHVLDRVS EVMTAEILKL LRGAQ
CC	!----
CC	ALIGNMENT OF SEQRES AND ATOMRES
CC	SEQRES MEISELEGKKVPHGEVTLVGAGRLGFRTALNLMQIHRGGPERIKVIDGQK
CC	ATOM   ------EGKKVPHGEVTLVGAGRLGFRTALNLMQIHRGGPERIKVIDGQK
CC	             ********************************************
CC	SEQRES VSADDLIFRLMGAKIGEYKVKFIESLACDGFSRTVQGIPEYITGDNLRLI
CC	ATOM   VSADDLIFRLMGAKIGEYKVKFIESLACDGFSRTVQGIPEYITGDNLRLI
CC	       **************************************************
CC	SEQRES GGDVVCVEIAGGDTLPITTEIIRYAQERGAATISTMGVFGIGEEDVSVVD
CC	ATOM   GGDVVCVEIAGGDTLPITTEIIRYAQERGAATISTMGVFGIGEEDVSVVD
CC	       **************************************************
CC	SEQRES IDEADPENPIAAYLQAEGIHEHVLVGTGKLIRDWEPVTPHVLDRVSEVMT
CC	ATOM   IDEADPENPIAAYLQAEGIHEHVLVGTGKLIRDWEPVTPHVLDRVSEVMT
CC	       **************************************************
CC	SEQRES AEILKLLRGAQRLELVPR
CC	ATOM   AEILKLLRGAQ-------
CC	       ***********       
SQ	SEQUENCE	218 AA;      MW;         CN;
	MEISELEGKK VPHGEVTLVG AGRLGFRTAL NLMQIHRGGP ERIKVIDGQK VSADDLIFRL
	MGAKIGEYKV KFIESLACDG FSRTVQGIPE YITGDNLRLI GGDVVCVEIA GGDTLPITTE
	IIRYAQERGA ATISTMGVFG IGEEDVSVVD IDEADPENPI AAYLQAEGIH EHVLVGTGKL
	IRDWEPVTPH VLDRVSEVMT AEILKLLRGA QRLELVPR
//
ID	3WV9C	STANDARD;	PRT;	218	AA.
DT	CONVERTED FROM PDB (SEQRES) 3WV9
DE	Hmd co-occurring protein HcgE
OS	Methanothermobacter marburgensis
CC	EXPDTA	X-RAY DIFFRACTION
CC	RESOLU	2.750
CC	R-Factor	0.168
FT	#SUB	41	  41 	GLU	C	79	  79 	ASP	A	Protein	S	6
FT	#SUB	42	  42 	ARG	C	79	  79 	ASP	A	Protein	S	11
FT	#SUB	68	  68 	TYR	C	98	  98 	ARG	A	Protein	S	6
FT	#SUB	74	  74 	GLU	C	86	  86 	GLN	A	Protein	S	1
FT	#SUB	79	  79 	ASP	C	41	  41 	GLU	A	Protein	S	5
FT	#SUB	79	  79 	ASP	C	42	  42 	ARG	A	Protein	A	9
FT	#SUB	84	  84 	THR	C	84	  84 	THR	A	Protein	S	1
FT	#SUB	85	  85 	VAL	C	86	  86 	GLN	A	Protein	B	1
FT	#SUB	86	  86 	GLN	C	74	  74 	GLU	A	Protein	S	3
FT	#SUB	86	  86 	GLN	C	86	  86 	GLN	A	Protein	A	12
FT	#SUB	89	  89 	PRO	C	98	  98 	ARG	A	Protein	B	4
FT	#SUB	89	  89 	PRO	C	99	  99 	LEU	A	Protein	S	1
FT	#SUB	90	  90 	GLU	C	90	  90 	GLU	A	Protein	S	6
FT	#SUB	90	  90 	GLU	C	96	  96 	ASN	A	Protein	S	1
FT	#SUB	90	  90 	GLU	C	98	  98 	ARG	A	Protein	S	5
FT	#SUB	90	  90 	GLU	C	99	  99 	LEU	A	Protein	S	2
FT	#SUB	96	  96 	ASN	C	90	  90 	GLU	A	Protein	S	1
FT	#SUB	98	  98 	ARG	C	68	  68 	TYR	A	Protein	S	5
FT	#SUB	98	  98 	ARG	C	89	  89 	PRO	A	Protein	S	7
FT	#SUB	98	  98 	ARG	C	90	  90 	GLU	A	Protein	S	1
FT	#SUB	99	  99 	LEU	C	89	  89 	PRO	A	Protein	S	2
FT	#SUB	99	  99 	LEU	C	90	  90 	GLU	A	Protein	S	3
FT	#HET	19	  19 	VAL	C	9	302 	ATP	C	A	3
FT	#HET	20	  20 	GLY	C	9	302 	ATP	C	B	4
FT	#HET	22	  22 	GLY	C	9	302 	ATP	C	B	8
FT	#HET	23	  23 	ARG	C	9	302 	ATP	C	A	11
FT	#HET	24	  24 	LEU	C	10	303 	FEG	C	S	2
FT	#HET	46	  46 	ILE	C	9	302 	ATP	C	B	2
FT	#HET	47	  47 	ASP	C	9	302 	ATP	C	A	16
FT	#HET	49	  49 	GLN	C	9	302 	ATP	C	S	18
FT	#HET	59	  59 	ARG	C	14	306 	SO4	C	S	6
FT	#HET	68	  68 	TYR	C	3	303 	SO4	A	S	5
FT	#HET	69	  69 	LYS	C	9	302 	ATP	C	S	2
FT	#HET	71	  71 	LYS	C	4	304 	SO4	A	S	6
FT	#HET	81	  81 	PHE	C	11	304 	SO4	C	B	1
FT	#HET	82	  82 	SER	C	11	304 	SO4	C	B	3
FT	#HET	91	  91 	TYR	C	9	302 	ATP	C	S	1
FT	#HET	92	  92 	ILE	C	9	302 	ATP	C	A	3
FT	#HET	109	 109 	ILE	C	9	302 	ATP	C	A	13
FT	#HET	109	 109 	ILE	C	10	303 	FEG	C	B	3
FT	#HET	110	 110 	ALA	C	9	302 	ATP	C	A	8
FT	#HET	110	 110 	ALA	C	10	303 	FEG	C	A	13
FT	#HET	112	 112 	GLY	C	10	303 	FEG	C	B	1
FT	#HET	113	 113 	ASP	C	10	303 	FEG	C	S	1
FT	#HET	114	 114 	THR	C	10	303 	FEG	C	A	8
FT	#HET	115	 115 	LEU	C	10	303 	FEG	C	S	2
FT	#HET	117	 117 	ILE	C	9	302 	ATP	C	S	1
FT	#HET	120	 120 	GLU	C	13	305 	SO4	C	S	4
FT	#HET	124	 124 	TYR	C	12	301 	SO4	C	S	5
FT	#HET	128	 128 	ARG	C	12	301 	SO4	C	S	2
FT	#HET	135	 135 	THR	C	10	303 	FEG	C	S	1
FT	#HET	137	 137 	GLY	C	10	303 	FEG	C	B	3
FT	#HET	138	 138 	VAL	C	10	303 	FEG	C	A	14
FT	#HET	139	 139 	PHE	C	10	303 	FEG	C	S	4
FT	#HET	159	 159 	PRO	C	10	303 	FEG	C	S	19
FT	#HET	160	 160 	ILE	C	10	303 	FEG	C	S	6
FT	#HET	179	 179 	LYS	C	10	303 	FEG	C	B	5
FT	#HET	181	 181 	ILE	C	10	303 	FEG	C	A	17
FT	#HET	182	 182 	ARG	C	10	303 	FEG	C	A	9
FT	DISORDER	1	6
FT	DISORDER	212	218
CC	SEQUENCE	205 AA (ATOM);
CC	EGKKVPHGEV TLVGAGRLGF RTALNLMQIH RGGPERIKVI DGQKVSADDL IFRLMGAKIG
CC	EYKVKFIESL ACDGFSRTVQ GIPEYITGDN LRLIGGDVVC VEIAGGDTLP ITTEIIRYAQ
CC	ERGAATISTM GVFGIGEEDV SVVDIDEADP ENPIAAYLQA EGIHEHVLVG TGKLIRDWEP
CC	VTPHVLDRVS EVMTAEILKL LRGAQ
CC	!----
CC	ALIGNMENT OF SEQRES AND ATOMRES
CC	SEQRES MEISELEGKKVPHGEVTLVGAGRLGFRTALNLMQIHRGGPERIKVIDGQK
CC	ATOM   ------EGKKVPHGEVTLVGAGRLGFRTALNLMQIHRGGPERIKVIDGQK
CC	             ********************************************
CC	SEQRES VSADDLIFRLMGAKIGEYKVKFIESLACDGFSRTVQGIPEYITGDNLRLI
CC	ATOM   VSADDLIFRLMGAKIGEYKVKFIESLACDGFSRTVQGIPEYITGDNLRLI
CC	       **************************************************
CC	SEQRES GGDVVCVEIAGGDTLPITTEIIRYAQERGAATISTMGVFGIGEEDVSVVD
CC	ATOM   GGDVVCVEIAGGDTLPITTEIIRYAQERGAATISTMGVFGIGEEDVSVVD
CC	       **************************************************
CC	SEQRES IDEADPENPIAAYLQAEGIHEHVLVGTGKLIRDWEPVTPHVLDRVSEVMT
CC	ATOM   IDEADPENPIAAYLQAEGIHEHVLVGTGKLIRDWEPVTPHVLDRVSEVMT
CC	       **************************************************
CC	SEQRES AEILKLLRGAQRLELVPR
CC	ATOM   AEILKLLRGAQ-------
CC	       ***********       
SQ	SEQUENCE	218 AA;      MW;         CN;
	MEISELEGKK VPHGEVTLVG AGRLGFRTAL NLMQIHRGGP ERIKVIDGQK VSADDLIFRL
	MGAKIGEYKV KFIESLACDG FSRTVQGIPE YITGDNLRLI GGDVVCVEIA GGDTLPITTE
	IIRYAQERGA ATISTMGVFG IGEEDVSVVD IDEADPENPI AAYLQAEGIH EHVLVGTGKL
	IRDWEPVTPH VLDRVSEVMT AEILKLLRGA QRLELVPR
//
ID	3WV9D	STANDARD;	PRT;	218	AA.
DT	CONVERTED FROM PDB (SEQRES) 3WV9
DE	Hmd co-occurring protein HcgE
OS	Methanothermobacter marburgensis
CC	EXPDTA	X-RAY DIFFRACTION
CC	RESOLU	2.750
CC	R-Factor	0.168
FT	#SUB	13	  13 	HIS	D	79	  79 	ASP	B	Protein	S	5
FT	#SUB	41	  41 	GLU	D	79	  79 	ASP	B	Protein	S	2
FT	#SUB	42	  42 	ARG	D	74	  74 	GLU	B	Protein	S	6
FT	#SUB	48	  48 	GLY	D	98	  98 	ARG	B	Protein	B	1
FT	#SUB	68	  68 	TYR	D	98	  98 	ARG	B	Protein	S	5
FT	#SUB	74	  74 	GLU	D	42	  42 	ARG	B	Protein	S	6
FT	#SUB	74	  74 	GLU	D	86	  86 	GLN	B	Protein	S	3
FT	#SUB	79	  79 	ASP	D	41	  41 	GLU	B	Protein	A	3
FT	#SUB	86	  86 	GLN	D	74	  74 	GLU	B	Protein	S	1
FT	#SUB	86	  86 	GLN	D	85	  85 	VAL	B	Protein	S	1
FT	#SUB	86	  86 	GLN	D	86	  86 	GLN	B	Protein	S	9
FT	#SUB	89	  89 	PRO	D	98	  98 	ARG	B	Protein	B	2
FT	#SUB	89	  89 	PRO	D	99	  99 	LEU	B	Protein	S	1
FT	#SUB	90	  90 	GLU	D	90	  90 	GLU	B	Protein	S	9
FT	#SUB	90	  90 	GLU	D	96	  96 	ASN	B	Protein	S	1
FT	#SUB	96	  96 	ASN	D	90	  90 	GLU	B	Protein	S	1
FT	#SUB	98	  98 	ARG	D	68	  68 	TYR	B	Protein	S	6
FT	#SUB	98	  98 	ARG	D	89	  89 	PRO	B	Protein	A	7
FT	#SUB	99	  99 	LEU	D	90	  90 	GLU	B	Protein	S	2
FT	#HET	19	  19 	VAL	D	15	301 	ATP	D	S	2
FT	#HET	20	  20 	GLY	D	15	301 	ATP	D	B	2
FT	#HET	21	  21 	ALA	D	15	301 	ATP	D	B	1
FT	#HET	22	  22 	GLY	D	15	301 	ATP	D	B	8
FT	#HET	23	  23 	ARG	D	15	301 	ATP	D	A	20
FT	#HET	46	  46 	ILE	D	15	301 	ATP	D	B	2
FT	#HET	47	  47 	ASP	D	15	301 	ATP	D	A	17
FT	#HET	49	  49 	GLN	D	15	301 	ATP	D	S	10
FT	#HET	50	  50 	LYS	D	16	302 	SO4	D	S	5
FT	#HET	54	  54 	ASP	D	15	301 	ATP	D	S	2
FT	#HET	55	  55 	ASP	D	15	301 	ATP	D	S	3
FT	#HET	68	  68 	TYR	D	16	302 	SO4	D	S	7
FT	#HET	69	  69 	LYS	D	15	301 	ATP	D	S	2
FT	#HET	91	  91 	TYR	D	15	301 	ATP	D	A	25
FT	#HET	92	  92 	ILE	D	15	301 	ATP	D	A	10
FT	#HET	98	  98 	ARG	D	8	303 	SO4	B	S	2
FT	#HET	108	 108 	GLU	D	15	301 	ATP	D	B	1
FT	#HET	109	 109 	ILE	D	15	301 	ATP	D	A	6
FT	#HET	110	 110 	ALA	D	15	301 	ATP	D	A	6
FT	#HET	124	 124 	TYR	D	8	303 	SO4	B	S	5
FT	DISORDER	1	6
FT	DISORDER	212	218
CC	SEQUENCE	205 AA (ATOM);
CC	EGKKVPHGEV TLVGAGRLGF RTALNLMQIH RGGPERIKVI DGQKVSADDL IFRLMGAKIG
CC	EYKVKFIESL ACDGFSRTVQ GIPEYITGDN LRLIGGDVVC VEIAGGDTLP ITTEIIRYAQ
CC	ERGAATISTM GVFGIGEEDV SVVDIDEADP ENPIAAYLQA EGIHEHVLVG TGKLIRDWEP
CC	VTPHVLDRVS EVMTAEILKL LRGAQ
CC	!----
CC	ALIGNMENT OF SEQRES AND ATOMRES
CC	SEQRES MEISELEGKKVPHGEVTLVGAGRLGFRTALNLMQIHRGGPERIKVIDGQK
CC	ATOM   ------EGKKVPHGEVTLVGAGRLGFRTALNLMQIHRGGPERIKVIDGQK
CC	             ********************************************
CC	SEQRES VSADDLIFRLMGAKIGEYKVKFIESLACDGFSRTVQGIPEYITGDNLRLI
CC	ATOM   VSADDLIFRLMGAKIGEYKVKFIESLACDGFSRTVQGIPEYITGDNLRLI
CC	       **************************************************
CC	SEQRES GGDVVCVEIAGGDTLPITTEIIRYAQERGAATISTMGVFGIGEEDVSVVD
CC	ATOM   GGDVVCVEIAGGDTLPITTEIIRYAQERGAATISTMGVFGIGEEDVSVVD
CC	       **************************************************
CC	SEQRES IDEADPENPIAAYLQAEGIHEHVLVGTGKLIRDWEPVTPHVLDRVSEVMT
CC	ATOM   IDEADPENPIAAYLQAEGIHEHVLVGTGKLIRDWEPVTPHVLDRVSEVMT
CC	       **************************************************
CC	SEQRES AEILKLLRGAQRLELVPR
CC	ATOM   AEILKLLRGAQ-------
CC	       ***********       
SQ	SEQUENCE	218 AA;      MW;         CN;
	MEISELEGKK VPHGEVTLVG AGRLGFRTAL NLMQIHRGGP ERIKVIDGQK VSADDLIFRL
	MGAKIGEYKV KFIESLACDG FSRTVQGIPE YITGDNLRLI GGDVVCVEIA GGDTLPITTE
	IIRYAQERGA ATISTMGVFG IGEEDVSVVD IDEADPENPI AAYLQAEGIH EHVLVGTGKL
	IRDWEPVTPH VLDRVSEVMT AEILKLLRGA QRLELVPR
//