6gdr	A	2.33	BS01	dna	B	0	K15 E82 S86 S90 K91 G202 R203 G226 K227 G228 K229 F230 G235 S236 K248 G250 T276 N278 F283	K9 E74 S78 S82 K83 G168 R169 G192 K193 G194 K195 F196 G201 S202 K214 G216 T242 N244 F249				0003910,0005524,0006281,0006310						30007325	1 ~ 21 	IVDGLQLAKQYGHQDINIAEYWVSEKLDGIRARWDGTELRTRNNNKIDAPAWFTANWPKATIDGELWIARGQFERTASIVLSKLTLPSKRWAKVRFMAFDMPVAGQSFDSRLNMLNNLKEATPNPTFAVVSQFTLSSVNALEEKLEQVTLSGGEGLMLHHKKAFYHSGRSDKLIKVKQFEDAEAKVLAHFAGKGKFKGMMGSLLVETPAGVQFKLGTGFSEKERRAPPAVGSWVTFKFYGVTKNGKPRFASFLRVR
6gdr	A	2.33	BS02	dna	C	0	I38 R39 T49 R50 N51 N53 F81 F283	I30 R31 T41 R42 N43 N45 F73 F249				0003910,0005524,0006281,0006310						30007325	22 ~ 31 	IVDGLQLAKQYGHQDINIAEYWVSEKLDGIRARWDGTELRTRNNNKIDAPAWFTANWPKATIDGELWIARGQFERTASIVLSKLTLPSKRWAKVRFMAFDMPVAGQSFDSRLNMLNNLKEATPNPTFAVVSQFTLSSVNALEEKLEQVTLSGGEGLMLHHKKAFYHSGRSDKLIKVKQFEDAEAKVLAHFAGKGKFKGMMGSLLVETPAGVQFKLGTGFSEKERRAPPAVGSWVTFKFYGVTKNGKPRFASFLRVR
6gdr	A	2.33	BS03	dna	D	0	R50 T251 F253 S254 E255 K271 F283 S285	R42 T217 F219 S220 E221 K237 F249 S251				0003910,0005524,0006281,0006310						30007325	32 ~ 42 	IVDGLQLAKQYGHQDINIAEYWVSEKLDGIRARWDGTELRTRNNNKIDAPAWFTANWPKATIDGELWIARGQFERTASIVLSKLTLPSKRWAKVRFMAFDMPVAGQSFDSRLNMLNNLKEATPNPTFAVVSQFTLSSVNALEEKLEQVTLSGGEGLMLHHKKAFYHSGRSDKLIKVKQFEDAEAKVLAHFAGKGKFKGMMGSLLVETPAGVQFKLGTGFSEKERRAPPAVGSWVTFKFYGVTKNGKPRFASFLRVR
6gdr	A	2.33	BS04	AMP	D	1	K34 L35 R39 R50 E73 M191 K209	K26 L27 R31 R42 E65 M157 K175				0003910,0005524,0006281,0006310						30007325	300 	IVDGLQLAKQYGHQDINIAEYWVSEKLDGIRARWDGTELRTRNNNKIDAPAWFTANWPKATIDGELWIARGQFERTASIVLSKLTLPSKRWAKVRFMAFDMPVAGQSFDSRLNMLNNLKEATPNPTFAVVSQFTLSSVNALEEKLEQVTLSGGEGLMLHHKKAFYHSGRSDKLIKVKQFEDAEAKVLAHFAGKGKFKGMMGSLLVETPAGVQFKLGTGFSEKERRAPPAVGSWVTFKFYGVTKNGKPRFASFLRVR