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Revision 1.1.1.1 - (download) (annotate) (vendor branch)
Fri Dec 20 20:16:23 2002 UTC (16 years, 10 months ago) by efrank
Branch: local, MAIN
CVS Tags: post-st-migration2, baseline, mass-spec-01, sc2004-3, mass-spec-02, ldrd-2003-01, post-st-migration, forRick-14Jul04-1, forRick-14Jul04-0, sc2004-4, sc04-finalDay, sc2004-2, sc2004-1, sc2004-0, HEAD
Changes since 1.1: +0 -0 lines

Import baseline version

INSERT INTO ECRxOutput VALUES ( 3,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 3,	1,	'G6P' );
INSERT INTO ECRxOutput VALUES ( 4,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 5,	1,	'G6P' );
INSERT INTO ECRxOutput VALUES ( 6,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 7,	1,	'GLC' );
INSERT INTO ECRxOutput VALUES ( 8,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 8,	1,	'GLC' );
INSERT INTO ECRxOutput VALUES ( 9,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 9,	1,	'FDP' );
INSERT INTO ECRxOutput VALUES ( 10,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 10,	1,	'FDP' );
INSERT INTO ECRxOutput VALUES ( 11,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 11,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 12,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 12,	1,	'T3P1' );
INSERT INTO ECRxOutput VALUES ( 13,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 14,	1,	'13PDG' );
INSERT INTO ECRxOutput VALUES ( 14,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 15,	1,	'13PDG' );
INSERT INTO ECRxOutput VALUES ( 15,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 16,	1,	'ATP' );
INSERT INTO ECRxOutput VALUES ( 16,	1,	'3PG' );
INSERT INTO ECRxOutput VALUES ( 17,	1,	'2PG' );
INSERT INTO ECRxOutput VALUES ( 18,	1,	'2PG' );
INSERT INTO ECRxOutput VALUES ( 19,	1,	'PEP' );
INSERT INTO ECRxOutput VALUES ( 20,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 20,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 20,	1,	'PEP' );
INSERT INTO ECRxOutput VALUES ( 21,	1,	'ATP' );
INSERT INTO ECRxOutput VALUES ( 21,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 22,	1,	'ATP' );
INSERT INTO ECRxOutput VALUES ( 22,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 23,	1,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 23,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 23,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 24,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 24,	1,	'ADPGLC' );
INSERT INTO ECRxOutput VALUES ( 25,	1,	'GLYCOGEN' );
INSERT INTO ECRxOutput VALUES ( 25,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 26,	1,	'G1P' );
INSERT INTO ECRxOutput VALUES ( 27,	1,	'G1P' );
INSERT INTO ECRxOutput VALUES ( 30,	1,	'NADPH' );
INSERT INTO ECRxOutput VALUES ( 30,	1,	'D6PGL' );
INSERT INTO ECRxOutput VALUES ( 31,	1,	'D6PGC' );
INSERT INTO ECRxOutput VALUES ( 32,	1,	'RL5P' );
INSERT INTO ECRxOutput VALUES ( 32,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 32,	1,	'NADPH' );
INSERT INTO ECRxOutput VALUES ( 33,	1,	'R5P' );
INSERT INTO ECRxOutput VALUES ( 34,	1,	'R5P' );
INSERT INTO ECRxOutput VALUES ( 35,	1,	'X5P' );
INSERT INTO ECRxOutput VALUES ( 36,	1,	'S7P' );
INSERT INTO ECRxOutput VALUES ( 36,	1,	'T3P1' );
INSERT INTO ECRxOutput VALUES ( 37,	1,	'S7P' );
INSERT INTO ECRxOutput VALUES ( 37,	1,	'T3P1' );
INSERT INTO ECRxOutput VALUES ( 38,	1,	'T3P1' );
INSERT INTO ECRxOutput VALUES ( 38,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 39,	1,	'T3P1' );
INSERT INTO ECRxOutput VALUES ( 39,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 40,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 40,	1,	'E4P' );
INSERT INTO ECRxOutput VALUES ( 43,	1,	'CIT' );
INSERT INTO ECRxOutput VALUES ( 43,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 44,	1,	'ICIT' );
INSERT INTO ECRxOutput VALUES ( 45,	1,	'ICIT' );
INSERT INTO ECRxOutput VALUES ( 46,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 46,	1,	'NADPH' );
INSERT INTO ECRxOutput VALUES ( 46,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 47,	1,	'SUCCOA' );
INSERT INTO ECRxOutput VALUES ( 47,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 47,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 48,	1,	'SUCC' );
INSERT INTO ECRxOutput VALUES ( 48,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 48,	1,	'ATP' );
INSERT INTO ECRxOutput VALUES ( 49,	1,	'FUM' );
INSERT INTO ECRxOutput VALUES ( 49,	1,	'FADH' );
INSERT INTO ECRxOutput VALUES ( 50,	1,	'FAD' );
INSERT INTO ECRxOutput VALUES ( 50,	1,	'SUCC' );
INSERT INTO ECRxOutput VALUES ( 51,	1,	'MAL' );
INSERT INTO ECRxOutput VALUES ( 52,	1,	'MAL' );
INSERT INTO ECRxOutput VALUES ( 53,	1,	'MAL' );
INSERT INTO ECRxOutput VALUES ( 54,	1,	'OA' );
INSERT INTO ECRxOutput VALUES ( 54,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 57,	1,	'LAC' );
INSERT INTO ECRxOutput VALUES ( 57,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 58,	1,	'LAC' );
INSERT INTO ECRxOutput VALUES ( 58,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 59,	1,	'ETH' );
INSERT INTO ECRxOutput VALUES ( 59,	2,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 59,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 60,	1,	'FOR' );
INSERT INTO ECRxOutput VALUES ( 60,	1,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 61,	1,	'FOR' );
INSERT INTO ECRxOutput VALUES ( 61,	1,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 62,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 63,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 63,	1,	'ACTP' );
INSERT INTO ECRxOutput VALUES ( 64,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 64,	1,	'ATP' );
INSERT INTO ECRxOutput VALUES ( 65,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 65,	1,	'ATP' );
INSERT INTO ECRxOutput VALUES ( 66,	1,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 66,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 66,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 69,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 69,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 69,	1,	'PEP' );
INSERT INTO ECRxOutput VALUES ( 70,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 70,	1,	'OA' );
INSERT INTO ECRxOutput VALUES ( 71,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 71,	1,	'NADPH' );
INSERT INTO ECRxOutput VALUES ( 71,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 72,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 72,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 72,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 73,	1,	'SUCC' );
INSERT INTO ECRxOutput VALUES ( 73,	1,	'GLX' );
INSERT INTO ECRxOutput VALUES ( 74,	1,	'MAL' );
INSERT INTO ECRxOutput VALUES ( 74,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 75,	1,	'MAL' );
INSERT INTO ECRxOutput VALUES ( 75,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 78,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 78,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 79,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 79,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 79,	3.5,	'HEXT' );
INSERT INTO ECRxOutput VALUES ( 80,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 80,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 80,	2,	'HEXT' );
INSERT INTO ECRxOutput VALUES ( 81,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 81,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 81,	2,	'HEXT' );
INSERT INTO ECRxOutput VALUES ( 82,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 82,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 82,	2,	'HEXT' );
INSERT INTO ECRxOutput VALUES ( 83,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 83,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 84,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 84,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 85,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 85,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 86,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 86,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 87,	1,	'Q' );
INSERT INTO ECRxOutput VALUES ( 87,	2.5,	'HEXT' );
INSERT INTO ECRxOutput VALUES ( 88,	1,	'Q' );
INSERT INTO ECRxOutput VALUES ( 88,	2,	'HEXT' );
INSERT INTO ECRxOutput VALUES ( 89,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 89,	1,	'FAD' );
INSERT INTO ECRxOutput VALUES ( 90,	1,	'RTHIO' );
INSERT INTO ECRxOutput VALUES ( 90,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 91,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 91,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 92,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 92,	1,	'NADPH' );
INSERT INTO ECRxOutput VALUES ( 93,	2,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 93,	1,	'H2' );
INSERT INTO ECRxOutput VALUES ( 94,	2,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 94,	1,	'H2' );
INSERT INTO ECRxOutput VALUES ( 95,	2,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 95,	1,	'H2' );
INSERT INTO ECRxOutput VALUES ( 96,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 96,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 96,	4,	'HEXT' );
INSERT INTO ECRxOutput VALUES ( 100,	1,	'GLAC' );
INSERT INTO ECRxOutput VALUES ( 100,	1,	'GLC' );
INSERT INTO ECRxOutput VALUES ( 102,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 102,	1,	'GAL1P' );
INSERT INTO ECRxOutput VALUES ( 103,	1,	'UDPGAL' );
INSERT INTO ECRxOutput VALUES ( 103,	1,	'G1P' );
INSERT INTO ECRxOutput VALUES ( 104,	1,	'UDPG' );
INSERT INTO ECRxOutput VALUES ( 105,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 105,	1,	'UDPG' );
INSERT INTO ECRxOutput VALUES ( 106,	1,	'G6P' );
INSERT INTO ECRxOutput VALUES ( 108,	1,	'GLAC' );
INSERT INTO ECRxOutput VALUES ( 108,	1,	'GLC' );
INSERT INTO ECRxOutput VALUES ( 109,	1,	'GLAC' );
INSERT INTO ECRxOutput VALUES ( 109,	1,	'GLC' );
INSERT INTO ECRxOutput VALUES ( 111,	1,	'GLC' );
INSERT INTO ECRxOutput VALUES ( 111,	1,	'bDG6P' );
INSERT INTO ECRxOutput VALUES ( 113,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 113,	1,	'FDP' );
INSERT INTO ECRxOutput VALUES ( 114,	1,	'GLC' );
INSERT INTO ECRxOutput VALUES ( 116,	1,	'MAN1P' );
INSERT INTO ECRxOutput VALUES ( 117,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 119,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 119,	1,	'GA6P' );
INSERT INTO ECRxOutput VALUES ( 121,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 121,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 123,	1,	'NAMAN' );
INSERT INTO ECRxOutput VALUES ( 123,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 125,	1,	'FCL' );
INSERT INTO ECRxOutput VALUES ( 126,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 126,	1,	'FCL1P' );
INSERT INTO ECRxOutput VALUES ( 127,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 127,	1,	'LACAL' );
INSERT INTO ECRxOutput VALUES ( 128,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 128,	1,	'12PPD' );
INSERT INTO ECRxOutput VALUES ( 129,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 129,	1,	'LLAC' );
INSERT INTO ECRxOutput VALUES ( 130,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 130,	1,	'LLAC' );
INSERT INTO ECRxOutput VALUES ( 131,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 131,	1,	'LLAC' );
INSERT INTO ECRxOutput VALUES ( 132,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 132,	1,	'GL' );
INSERT INTO ECRxOutput VALUES ( 133,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 133,	1,	'LLAC' );
INSERT INTO ECRxOutput VALUES ( 134,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 134,	1,	'LLAC' );
INSERT INTO ECRxOutput VALUES ( 135,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 135,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 137,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 137,	1,	'D6PGC' );
INSERT INTO ECRxOutput VALUES ( 138,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 138,	1,	'D6PGC' );
INSERT INTO ECRxOutput VALUES ( 140,	1,	'RML' );
INSERT INTO ECRxOutput VALUES ( 141,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 141,	1,	'RML1P' );
INSERT INTO ECRxOutput VALUES ( 142,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 142,	1,	'LACAL' );
INSERT INTO ECRxOutput VALUES ( 144,	1,	'RBL' );
INSERT INTO ECRxOutput VALUES ( 145,	1,	'A5P' );
INSERT INTO ECRxOutput VALUES ( 146,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 146,	1,	'RL5P' );
INSERT INTO ECRxOutput VALUES ( 147,	1,	'X5P' );
INSERT INTO ECRxOutput VALUES ( 149,	1,	'XUL' );
INSERT INTO ECRxOutput VALUES ( 150,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 150,	1,	'X5P' );
INSERT INTO ECRxOutput VALUES ( 152,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 152,	1,	'R5P' );
INSERT INTO ECRxOutput VALUES ( 154,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 154,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 156,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 156,	1,	'F6P' );
INSERT INTO ECRxOutput VALUES ( 158,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 158,	1,	'TAG6P' );
INSERT INTO ECRxOutput VALUES ( 159,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 159,	1,	'TAG16P' );
INSERT INTO ECRxOutput VALUES ( 160,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 160,	1,	'TAG16P' );
INSERT INTO ECRxOutput VALUES ( 161,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 161,	1,	'TAG16P' );
INSERT INTO ECRxOutput VALUES ( 162,	1,	'T3P1' );
INSERT INTO ECRxOutput VALUES ( 162,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 163,	1,	'T3P1' );
INSERT INTO ECRxOutput VALUES ( 163,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 165,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 165,	1,	'GL3P' );
INSERT INTO ECRxOutput VALUES ( 166,	1,	'NADPH' );
INSERT INTO ECRxOutput VALUES ( 166,	1,	'T3P2' );
INSERT INTO ECRxOutput VALUES ( 168,	1,	'DR5P' );
INSERT INTO ECRxOutput VALUES ( 169,	1,	'R5P' );
INSERT INTO ECRxOutput VALUES ( 172,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 172,	1,	'ASP' );
INSERT INTO ECRxOutput VALUES ( 173,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 173,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 173,	1,	'ASN' );
INSERT INTO ECRxOutput VALUES ( 173,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 174,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 174,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 174,	1,	'ASN' );
INSERT INTO ECRxOutput VALUES ( 177,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 177,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 178,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 178,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 178,	1,	'GLN' );
INSERT INTO ECRxOutput VALUES ( 179,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 179,	2,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 182,	1,	'ALA' );
INSERT INTO ECRxOutput VALUES ( 182,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 183,	1,	'VAL' );
INSERT INTO ECRxOutput VALUES ( 183,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 184,	1,	'DALA' );
INSERT INTO ECRxOutput VALUES ( 185,	1,	'DALA' );
INSERT INTO ECRxOutput VALUES ( 188,	1,	'NAGLU' );
INSERT INTO ECRxOutput VALUES ( 188,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 189,	1,	'NAGLUYP' );
INSERT INTO ECRxOutput VALUES ( 189,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 190,	1,	'NAGLUSAL' );
INSERT INTO ECRxOutput VALUES ( 190,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 190,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 191,	1,	'NAARON' );
INSERT INTO ECRxOutput VALUES ( 191,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 192,	1,	'ORN' );
INSERT INTO ECRxOutput VALUES ( 192,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 193,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 193,	1,	'CAP' );
INSERT INTO ECRxOutput VALUES ( 193,	2,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 193,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 194,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 194,	1,	'CITR' );
INSERT INTO ECRxOutput VALUES ( 195,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 195,	1,	'CITR' );
INSERT INTO ECRxOutput VALUES ( 196,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 196,	1,	'GLUGSAL' );
INSERT INTO ECRxOutput VALUES ( 197,	1,	'ARGSUCC' );
INSERT INTO ECRxOutput VALUES ( 197,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 197,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 198,	1,	'ARG' );
INSERT INTO ECRxOutput VALUES ( 198,	1,	'FUM' );
INSERT INTO ECRxOutput VALUES ( 199,	1,	'AGM' );
INSERT INTO ECRxOutput VALUES ( 199,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 200,	1,	'AGM' );
INSERT INTO ECRxOutput VALUES ( 200,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 201,	1,	'PTRC' );
INSERT INTO ECRxOutput VALUES ( 201,	1,	'UREA' );
INSERT INTO ECRxOutput VALUES ( 202,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 202,	1,	'PTRC' );
INSERT INTO ECRxOutput VALUES ( 203,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 203,	1,	'PTRC' );
INSERT INTO ECRxOutput VALUES ( 204,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 204,	1,	'DSAM' );
INSERT INTO ECRxOutput VALUES ( 205,	1,	'5MTA' );
INSERT INTO ECRxOutput VALUES ( 205,	1,	'SPMD' );
INSERT INTO ECRxOutput VALUES ( 206,	1,	'5MTR' );
INSERT INTO ECRxOutput VALUES ( 206,	1,	'AD' );
INSERT INTO ECRxOutput VALUES ( 207,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 207,	1,	'5MTRP' );
INSERT INTO ECRxOutput VALUES ( 208,	1,	'5MTR1P' );
INSERT INTO ECRxOutput VALUES ( 211,	1,	'GLUP' );
INSERT INTO ECRxOutput VALUES ( 211,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 212,	1,	'GLUGSAL' );
INSERT INTO ECRxOutput VALUES ( 212,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 212,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 213,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 213,	1,	'GLUGSAL' );
INSERT INTO ECRxOutput VALUES ( 214,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 214,	1,	'PRO' );
INSERT INTO ECRxOutput VALUES ( 217,	1,	'OBUT' );
INSERT INTO ECRxOutput VALUES ( 217,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 218,	1,	'OBUT' );
INSERT INTO ECRxOutput VALUES ( 218,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 219,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 219,	1,	'ABUT' );
INSERT INTO ECRxOutput VALUES ( 220,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 220,	1,	'ABUT' );
INSERT INTO ECRxOutput VALUES ( 221,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 221,	1,	'ABUT' );
INSERT INTO ECRxOutput VALUES ( 222,	1,	'DHMVA' );
INSERT INTO ECRxOutput VALUES ( 222,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 223,	1,	'OMVAL' );
INSERT INTO ECRxOutput VALUES ( 224,	1,	'ILE' );
INSERT INTO ECRxOutput VALUES ( 224,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 225,	1,	'ACLAC' );
INSERT INTO ECRxOutput VALUES ( 225,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 226,	1,	'ACLAC' );
INSERT INTO ECRxOutput VALUES ( 226,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 227,	1,	'ACLAC' );
INSERT INTO ECRxOutput VALUES ( 227,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 228,	1,	'DHVAL' );
INSERT INTO ECRxOutput VALUES ( 228,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 229,	1,	'OIVAL' );
INSERT INTO ECRxOutput VALUES ( 230,	1,	'VAL' );
INSERT INTO ECRxOutput VALUES ( 230,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 231,	1,	'VAL' );
INSERT INTO ECRxOutput VALUES ( 231,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 232,	1,	'CBHCAP' );
INSERT INTO ECRxOutput VALUES ( 232,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 233,	1,	'IPPMAL' );
INSERT INTO ECRxOutput VALUES ( 234,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 234,	1,	'OICAP' );
INSERT INTO ECRxOutput VALUES ( 234,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 235,	1,	'LEU' );
INSERT INTO ECRxOutput VALUES ( 235,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 236,	1,	'LEU' );
INSERT INTO ECRxOutput VALUES ( 236,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 239,	1,	'3DDAH7P' );
INSERT INTO ECRxOutput VALUES ( 239,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 240,	1,	'3DDAH7P' );
INSERT INTO ECRxOutput VALUES ( 240,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 241,	1,	'3DDAH7P' );
INSERT INTO ECRxOutput VALUES ( 241,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 242,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 242,	1,	'DQT' );
INSERT INTO ECRxOutput VALUES ( 243,	1,	'DHSK' );
INSERT INTO ECRxOutput VALUES ( 244,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 244,	1,	'SME' );
INSERT INTO ECRxOutput VALUES ( 245,	1,	'SME5P' );
INSERT INTO ECRxOutput VALUES ( 245,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 246,	1,	'SME5P' );
INSERT INTO ECRxOutput VALUES ( 246,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 247,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 247,	1,	'3PSME' );
INSERT INTO ECRxOutput VALUES ( 248,	1,	'CHOR' );
INSERT INTO ECRxOutput VALUES ( 248,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 249,	1,	'PHEN' );
INSERT INTO ECRxOutput VALUES ( 250,	1,	'PHPYR' );
INSERT INTO ECRxOutput VALUES ( 250,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 251,	1,	'PHE' );
INSERT INTO ECRxOutput VALUES ( 251,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 252,	1,	'PHEN' );
INSERT INTO ECRxOutput VALUES ( 253,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 253,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 253,	1,	'HPHPYR' );
INSERT INTO ECRxOutput VALUES ( 254,	1,	'TYR' );
INSERT INTO ECRxOutput VALUES ( 254,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 255,	1,	'TYR' );
INSERT INTO ECRxOutput VALUES ( 255,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 256,	1,	'AN' );
INSERT INTO ECRxOutput VALUES ( 256,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 256,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 257,	1,	'NPRAN' );
INSERT INTO ECRxOutput VALUES ( 257,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 258,	1,	'CPAD5P' );
INSERT INTO ECRxOutput VALUES ( 259,	1,	'IGP' );
INSERT INTO ECRxOutput VALUES ( 259,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 260,	1,	'TRP' );
INSERT INTO ECRxOutput VALUES ( 260,	1,	'T3P1' );
INSERT INTO ECRxOutput VALUES ( 263,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 263,	1,	'PRPP' );
INSERT INTO ECRxOutput VALUES ( 264,	1,	'PRBATP' );
INSERT INTO ECRxOutput VALUES ( 264,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 265,	1,	'PRBAMP' );
INSERT INTO ECRxOutput VALUES ( 265,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 266,	1,	'PRFP' );
INSERT INTO ECRxOutput VALUES ( 267,	1,	'PRLP' );
INSERT INTO ECRxOutput VALUES ( 268,	1,	'DIMGP' );
INSERT INTO ECRxOutput VALUES ( 268,	1,	'AICAR' );
INSERT INTO ECRxOutput VALUES ( 268,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 269,	1,	'IMACP' );
INSERT INTO ECRxOutput VALUES ( 270,	1,	'HISOLP' );
INSERT INTO ECRxOutput VALUES ( 270,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 271,	1,	'HISOL' );
INSERT INTO ECRxOutput VALUES ( 271,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 272,	3,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 272,	1,	'HIS' );
INSERT INTO ECRxOutput VALUES ( 275,	1,	'PHP' );
INSERT INTO ECRxOutput VALUES ( 275,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 276,	1,	'3PSER' );
INSERT INTO ECRxOutput VALUES ( 276,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 277,	1,	'SER' );
INSERT INTO ECRxOutput VALUES ( 277,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 278,	1,	'METTHF' );
INSERT INTO ECRxOutput VALUES ( 278,	1,	'GLY' );
INSERT INTO ECRxOutput VALUES ( 279,	1,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 279,	1,	'GLY' );
INSERT INTO ECRxOutput VALUES ( 280,	1,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 280,	1,	'GLY' );
INSERT INTO ECRxOutput VALUES ( 283,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 283,	1,	'GDP' );
INSERT INTO ECRxOutput VALUES ( 283,	1,	'APS' );
INSERT INTO ECRxOutput VALUES ( 283,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 284,	1,	'PAPS' );
INSERT INTO ECRxOutput VALUES ( 284,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 285,	1,	'PAP' );
INSERT INTO ECRxOutput VALUES ( 285,	1,	'H2SO3' );
INSERT INTO ECRxOutput VALUES ( 285,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 286,	1,	'H2S' );
INSERT INTO ECRxOutput VALUES ( 286,	3,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 287,	1,	'ASER' );
INSERT INTO ECRxOutput VALUES ( 287,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 288,	1,	'CYS' );
INSERT INTO ECRxOutput VALUES ( 288,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 289,	1,	'CYS' );
INSERT INTO ECRxOutput VALUES ( 289,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 292,	1,	'BASP' );
INSERT INTO ECRxOutput VALUES ( 292,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 293,	1,	'BASP' );
INSERT INTO ECRxOutput VALUES ( 293,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 294,	1,	'BASP' );
INSERT INTO ECRxOutput VALUES ( 294,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 295,	1,	'ASPSA' );
INSERT INTO ECRxOutput VALUES ( 295,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 295,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 296,	1,	'HSER' );
INSERT INTO ECRxOutput VALUES ( 296,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 297,	1,	'HSER' );
INSERT INTO ECRxOutput VALUES ( 297,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 298,	1,	'PHSER' );
INSERT INTO ECRxOutput VALUES ( 298,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 299,	1,	'THR' );
INSERT INTO ECRxOutput VALUES ( 299,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 300,	1,	'THR' );
INSERT INTO ECRxOutput VALUES ( 301,	1,	'D23PIC' );
INSERT INTO ECRxOutput VALUES ( 302,	1,	'PIP26DX' );
INSERT INTO ECRxOutput VALUES ( 302,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 303,	1,	'NS2A6O' );
INSERT INTO ECRxOutput VALUES ( 303,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 304,	1,	'NS26DP' );
INSERT INTO ECRxOutput VALUES ( 304,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 305,	1,	'D26PIM' );
INSERT INTO ECRxOutput VALUES ( 305,	1,	'SUCC' );
INSERT INTO ECRxOutput VALUES ( 306,	1,	'MDAP' );
INSERT INTO ECRxOutput VALUES ( 307,	1,	'LYS' );
INSERT INTO ECRxOutput VALUES ( 307,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 308,	1,	'CADV' );
INSERT INTO ECRxOutput VALUES ( 308,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 309,	1,	'CADV' );
INSERT INTO ECRxOutput VALUES ( 309,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 312,	1,	'OSLHSER' );
INSERT INTO ECRxOutput VALUES ( 312,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 313,	1,	'LLCT' );
INSERT INTO ECRxOutput VALUES ( 313,	1,	'SUCC' );
INSERT INTO ECRxOutput VALUES ( 314,	1,	'LLCT' );
INSERT INTO ECRxOutput VALUES ( 314,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 315,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 315,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 315,	1,	'HCYS' );
INSERT INTO ECRxOutput VALUES ( 316,	1,	'SAH' );
INSERT INTO ECRxOutput VALUES ( 317,	1,	'THF' );
INSERT INTO ECRxOutput VALUES ( 317,	1,	'MET' );
INSERT INTO ECRxOutput VALUES ( 318,	1,	'THF' );
INSERT INTO ECRxOutput VALUES ( 318,	1,	'MET' );
INSERT INTO ECRxOutput VALUES ( 319,	1,	'SAM' );
INSERT INTO ECRxOutput VALUES ( 319,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 319,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 323,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 323,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 323,	1,	'FADH' );
INSERT INTO ECRxOutput VALUES ( 325,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 325,	1,	'GABAL' );
INSERT INTO ECRxOutput VALUES ( 326,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 326,	1,	'GABAL' );
INSERT INTO ECRxOutput VALUES ( 327,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 327,	1,	'GABA' );
INSERT INTO ECRxOutput VALUES ( 328,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 328,	1,	'GABA' );
INSERT INTO ECRxOutput VALUES ( 329,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 329,	1,	'SUCCSAL' );
INSERT INTO ECRxOutput VALUES ( 330,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 330,	1,	'SUCCSAL' );
INSERT INTO ECRxOutput VALUES ( 331,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 331,	1,	'SUCC' );
INSERT INTO ECRxOutput VALUES ( 332,	1,	'NADPH' );
INSERT INTO ECRxOutput VALUES ( 332,	1,	'SUCC' );
INSERT INTO ECRxOutput VALUES ( 334,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 334,	1,	'ASP' );
INSERT INTO ECRxOutput VALUES ( 335,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 335,	1,	'ASP' );
INSERT INTO ECRxOutput VALUES ( 337,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 337,	1,	'FUM' );
INSERT INTO ECRxOutput VALUES ( 339,	1,	'H2S' );
INSERT INTO ECRxOutput VALUES ( 339,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 339,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 340,	1,	'H2S' );
INSERT INTO ECRxOutput VALUES ( 340,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 340,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 342,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 342,	1,	'GABA' );
INSERT INTO ECRxOutput VALUES ( 343,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 343,	1,	'GABA' );
INSERT INTO ECRxOutput VALUES ( 345,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 345,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 346,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 346,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 348,	1,	'GLUGSAL' );
INSERT INTO ECRxOutput VALUES ( 348,	1,	'FADH' );
INSERT INTO ECRxOutput VALUES ( 349,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 349,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 351,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 351,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 352,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 352,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 353,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 353,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 354,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 354,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 356,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 356,	1,	'2A3O' );
INSERT INTO ECRxOutput VALUES ( 357,	1,	'GLY' );
INSERT INTO ECRxOutput VALUES ( 357,	1,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 358,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 358,	1,	'OBUT' );
INSERT INTO ECRxOutput VALUES ( 359,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 359,	1,	'OBUT' );
INSERT INTO ECRxOutput VALUES ( 360,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 360,	1,	'OBUT' );
INSERT INTO ECRxOutput VALUES ( 362,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 362,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 362,	1,	'INDOLE' );
INSERT INTO ECRxOutput VALUES ( 365,	1,	'PRAM' );
INSERT INTO ECRxOutput VALUES ( 365,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 365,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 366,	1,	'GAR' );
INSERT INTO ECRxOutput VALUES ( 366,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 366,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 367,	1,	'FGAR' );
INSERT INTO ECRxOutput VALUES ( 367,	1,	'THF' );
INSERT INTO ECRxOutput VALUES ( 368,	1,	'FGAR' );
INSERT INTO ECRxOutput VALUES ( 368,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 368,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 369,	1,	'FGAM' );
INSERT INTO ECRxOutput VALUES ( 369,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 369,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 369,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 370,	1,	'AIR' );
INSERT INTO ECRxOutput VALUES ( 370,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 370,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 371,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 371,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 371,	1,	'NCAIR' );
INSERT INTO ECRxOutput VALUES ( 372,	1,	'CAIR' );
INSERT INTO ECRxOutput VALUES ( 373,	1,	'SAICAR' );
INSERT INTO ECRxOutput VALUES ( 373,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 373,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 374,	1,	'AICAR' );
INSERT INTO ECRxOutput VALUES ( 374,	1,	'FUM' );
INSERT INTO ECRxOutput VALUES ( 375,	1,	'PRFICA' );
INSERT INTO ECRxOutput VALUES ( 375,	1,	'THF' );
INSERT INTO ECRxOutput VALUES ( 376,	1,	'IMP' );
INSERT INTO ECRxOutput VALUES ( 377,	1,	'ASUC' );
INSERT INTO ECRxOutput VALUES ( 377,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 377,	1,	'GDP' );
INSERT INTO ECRxOutput VALUES ( 378,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 378,	1,	'FUM' );
INSERT INTO ECRxOutput VALUES ( 379,	1,	'XMP' );
INSERT INTO ECRxOutput VALUES ( 379,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 380,	1,	'GMP' );
INSERT INTO ECRxOutput VALUES ( 380,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 380,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 380,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 381,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 381,	1,	'IMP' );
INSERT INTO ECRxOutput VALUES ( 381,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 384,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 384,	1,	'CAASP' );
INSERT INTO ECRxOutput VALUES ( 385,	1,	'DOROA' );
INSERT INTO ECRxOutput VALUES ( 386,	1,	'OROA' );
INSERT INTO ECRxOutput VALUES ( 386,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 387,	1,	'OMP' );
INSERT INTO ECRxOutput VALUES ( 387,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 388,	1,	'UMP' );
INSERT INTO ECRxOutput VALUES ( 388,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 389,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 389,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 389,	1,	'CTP' );
INSERT INTO ECRxOutput VALUES ( 389,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 392,	2,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 393,	1,	'GDP' );
INSERT INTO ECRxOutput VALUES ( 393,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 394,	1,	'IDP' );
INSERT INTO ECRxOutput VALUES ( 394,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 395,	1,	'DADP' );
INSERT INTO ECRxOutput VALUES ( 395,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 396,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 396,	1,	'GDP' );
INSERT INTO ECRxOutput VALUES ( 397,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 397,	1,	'DGDP' );
INSERT INTO ECRxOutput VALUES ( 398,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 398,	1,	'GTP' );
INSERT INTO ECRxOutput VALUES ( 399,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 399,	1,	'UTP' );
INSERT INTO ECRxOutput VALUES ( 400,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 400,	1,	'CTP' );
INSERT INTO ECRxOutput VALUES ( 401,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 401,	1,	'DGTP' );
INSERT INTO ECRxOutput VALUES ( 402,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 402,	1,	'DUTP' );
INSERT INTO ECRxOutput VALUES ( 403,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 403,	1,	'DCTP' );
INSERT INTO ECRxOutput VALUES ( 404,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 404,	1,	'DATP' );
INSERT INTO ECRxOutput VALUES ( 405,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 405,	1,	'DTTP' );
INSERT INTO ECRxOutput VALUES ( 406,	1,	'R5P' );
INSERT INTO ECRxOutput VALUES ( 406,	1,	'AD' );
INSERT INTO ECRxOutput VALUES ( 407,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 407,	1,	'INS' );
INSERT INTO ECRxOutput VALUES ( 408,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 408,	1,	'DIN' );
INSERT INTO ECRxOutput VALUES ( 409,	1,	'HYXN' );
INSERT INTO ECRxOutput VALUES ( 409,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 410,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 410,	1,	'IMP' );
INSERT INTO ECRxOutput VALUES ( 411,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 411,	1,	'GMP' );
INSERT INTO ECRxOutput VALUES ( 412,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 412,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 413,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 413,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 414,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 414,	1,	'XMP' );
INSERT INTO ECRxOutput VALUES ( 415,	1,	'IMP' );
INSERT INTO ECRxOutput VALUES ( 415,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 416,	1,	'IMP' );
INSERT INTO ECRxOutput VALUES ( 416,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 417,	1,	'GMP' );
INSERT INTO ECRxOutput VALUES ( 417,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 418,	1,	'GMP' );
INSERT INTO ECRxOutput VALUES ( 418,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 419,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 419,	1,	'HYXN' );
INSERT INTO ECRxOutput VALUES ( 420,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 420,	1,	'HYXN' );
INSERT INTO ECRxOutput VALUES ( 421,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 421,	1,	'AD' );
INSERT INTO ECRxOutput VALUES ( 422,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 422,	1,	'AD' );
INSERT INTO ECRxOutput VALUES ( 423,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 423,	1,	'GN' );
INSERT INTO ECRxOutput VALUES ( 424,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 424,	1,	'GN' );
INSERT INTO ECRxOutput VALUES ( 425,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 425,	1,	'INS' );
INSERT INTO ECRxOutput VALUES ( 426,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 426,	1,	'INS' );
INSERT INTO ECRxOutput VALUES ( 427,	1,	'ADN' );
INSERT INTO ECRxOutput VALUES ( 427,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 428,	1,	'ADN' );
INSERT INTO ECRxOutput VALUES ( 428,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 429,	1,	'GSN' );
INSERT INTO ECRxOutput VALUES ( 429,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 430,	1,	'GSN' );
INSERT INTO ECRxOutput VALUES ( 430,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 431,	1,	'XTSN' );
INSERT INTO ECRxOutput VALUES ( 431,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 432,	1,	'XTSN' );
INSERT INTO ECRxOutput VALUES ( 432,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 433,	1,	'R1P' );
INSERT INTO ECRxOutput VALUES ( 433,	1,	'URA' );
INSERT INTO ECRxOutput VALUES ( 434,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 434,	1,	'URA' );
INSERT INTO ECRxOutput VALUES ( 435,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 435,	1,	'URA' );
INSERT INTO ECRxOutput VALUES ( 436,	1,	'DR1P' );
INSERT INTO ECRxOutput VALUES ( 436,	1,	'THY' );
INSERT INTO ECRxOutput VALUES ( 437,	1,	'DCDP' );
INSERT INTO ECRxOutput VALUES ( 437,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 438,	1,	'CDP' );
INSERT INTO ECRxOutput VALUES ( 438,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 439,	1,	'DCDP' );
INSERT INTO ECRxOutput VALUES ( 439,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 440,	1,	'CDP' );
INSERT INTO ECRxOutput VALUES ( 440,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 441,	1,	'UDP' );
INSERT INTO ECRxOutput VALUES ( 441,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 442,	1,	'UDP' );
INSERT INTO ECRxOutput VALUES ( 442,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 443,	1,	'DTDP' );
INSERT INTO ECRxOutput VALUES ( 443,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 444,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 444,	1,	'UDP' );
INSERT INTO ECRxOutput VALUES ( 445,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 445,	1,	'DUDP' );
INSERT INTO ECRxOutput VALUES ( 446,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 446,	1,	'DUMP' );
INSERT INTO ECRxOutput VALUES ( 447,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 447,	1,	'UMP' );
INSERT INTO ECRxOutput VALUES ( 448,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 448,	1,	'URA' );
INSERT INTO ECRxOutput VALUES ( 449,	1,	'UMP' );
INSERT INTO ECRxOutput VALUES ( 449,	1,	'GDP' );
INSERT INTO ECRxOutput VALUES ( 450,	1,	'CMP' );
INSERT INTO ECRxOutput VALUES ( 450,	1,	'GDP' );
INSERT INTO ECRxOutput VALUES ( 451,	1,	'R5P' );
INSERT INTO ECRxOutput VALUES ( 451,	1,	'CYTS' );
INSERT INTO ECRxOutput VALUES ( 452,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 452,	1,	'URI' );
INSERT INTO ECRxOutput VALUES ( 453,	1,	'DTMP' );
INSERT INTO ECRxOutput VALUES ( 453,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 454,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 454,	1,	'DUTP' );
INSERT INTO ECRxOutput VALUES ( 455,	1,	'DU' );
INSERT INTO ECRxOutput VALUES ( 455,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 456,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 456,	1,	'DU' );
INSERT INTO ECRxOutput VALUES ( 457,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 457,	1,	'DT' );
INSERT INTO ECRxOutput VALUES ( 458,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 458,	1,	'DA' );
INSERT INTO ECRxOutput VALUES ( 459,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 459,	1,	'DG' );
INSERT INTO ECRxOutput VALUES ( 460,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 460,	1,	'DC' );
INSERT INTO ECRxOutput VALUES ( 461,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 461,	1,	'CYTD' );
INSERT INTO ECRxOutput VALUES ( 462,	1,	'ADN' );
INSERT INTO ECRxOutput VALUES ( 462,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 463,	1,	'GSN' );
INSERT INTO ECRxOutput VALUES ( 463,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 464,	1,	'INS' );
INSERT INTO ECRxOutput VALUES ( 464,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 465,	1,	'XTSN' );
INSERT INTO ECRxOutput VALUES ( 465,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 466,	1,	'URI' );
INSERT INTO ECRxOutput VALUES ( 466,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 467,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 467,	1,	'DADP' );
INSERT INTO ECRxOutput VALUES ( 468,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 468,	1,	'DGDP' );
INSERT INTO ECRxOutput VALUES ( 469,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 469,	1,	'DATP' );
INSERT INTO ECRxOutput VALUES ( 470,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 470,	1,	'DGTP' );
INSERT INTO ECRxOutput VALUES ( 471,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 471,	1,	'DCDP' );
INSERT INTO ECRxOutput VALUES ( 472,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 472,	1,	'DCDP' );
INSERT INTO ECRxOutput VALUES ( 473,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 473,	1,	'DUDP' );
INSERT INTO ECRxOutput VALUES ( 474,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 474,	1,	'DCTP' );
INSERT INTO ECRxOutput VALUES ( 475,	1,	'DUTP' );
INSERT INTO ECRxOutput VALUES ( 475,	1,	'OTHIO' );
INSERT INTO ECRxOutput VALUES ( 476,	1,	'DUMP' );
INSERT INTO ECRxOutput VALUES ( 476,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 477,	1,	'DTMP' );
INSERT INTO ECRxOutput VALUES ( 477,	1,	'DHF' );
INSERT INTO ECRxOutput VALUES ( 478,	1,	'GSN' );
INSERT INTO ECRxOutput VALUES ( 478,	3,	'PI' );
INSERT INTO ECRxOutput VALUES ( 479,	1,	'DG' );
INSERT INTO ECRxOutput VALUES ( 479,	3,	'PI' );
INSERT INTO ECRxOutput VALUES ( 480,	1,	'DG' );
INSERT INTO ECRxOutput VALUES ( 480,	3,	'PI' );
INSERT INTO ECRxOutput VALUES ( 481,	1,	'GSN' );
INSERT INTO ECRxOutput VALUES ( 481,	3,	'PI' );
INSERT INTO ECRxOutput VALUES ( 484,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 484,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 484,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 484,	1,	'METTHF' );
INSERT INTO ECRxOutput VALUES ( 485,	1,	'THF' );
INSERT INTO ECRxOutput VALUES ( 485,	1,	'FOR' );
INSERT INTO ECRxOutput VALUES ( 486,	1,	'NADPH' );
INSERT INTO ECRxOutput VALUES ( 486,	1,	'METHF' );
INSERT INTO ECRxOutput VALUES ( 487,	1,	'FTHF' );
INSERT INTO ECRxOutput VALUES ( 490,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 490,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 490,	1,	'MALCOA' );
INSERT INTO ECRxOutput VALUES ( 491,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 491,	1,	'MALACP' );
INSERT INTO ECRxOutput VALUES ( 492,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 492,	1,	'ACACP' );
INSERT INTO ECRxOutput VALUES ( 493,	1,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 493,	1,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 495,	10,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 495,	1,	'C120ACP' );
INSERT INTO ECRxOutput VALUES ( 495,	5,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 495,	5,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 496,	12,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 496,	1,	'C140ACP' );
INSERT INTO ECRxOutput VALUES ( 496,	6,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 496,	6,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 497,	11,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 497,	1,	'C141ACP' );
INSERT INTO ECRxOutput VALUES ( 497,	6,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 497,	6,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 498,	14,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 498,	1,	'C160ACP' );
INSERT INTO ECRxOutput VALUES ( 498,	7,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 498,	7,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 499,	13,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 499,	1,	'C161ACP' );
INSERT INTO ECRxOutput VALUES ( 499,	7,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 499,	7,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 500,	15,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 500,	1,	'C181ACP' );
INSERT INTO ECRxOutput VALUES ( 500,	8,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 500,	8,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 502,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 502,	1,	'GL3P' );
INSERT INTO ECRxOutput VALUES ( 505,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 505,	1,	'CDPDG' );
INSERT INTO ECRxOutput VALUES ( 506,	1,	'PA' );
INSERT INTO ECRxOutput VALUES ( 506,	1,	'CMP' );
INSERT INTO ECRxOutput VALUES ( 507,	1,	'PS' );
INSERT INTO ECRxOutput VALUES ( 507,	1,	'CMP' );
INSERT INTO ECRxOutput VALUES ( 508,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 508,	1,	'PE' );
INSERT INTO ECRxOutput VALUES ( 509,	1,	'PGP' );
INSERT INTO ECRxOutput VALUES ( 509,	1,	'CMP' );
INSERT INTO ECRxOutput VALUES ( 510,	1,	'PG' );
INSERT INTO ECRxOutput VALUES ( 510,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 511,	1,	'PG' );
INSERT INTO ECRxOutput VALUES ( 511,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 512,	1,	'GL' );
INSERT INTO ECRxOutput VALUES ( 512,	1,	'CL' );
INSERT INTO ECRxOutput VALUES ( 515,	1,	'AACCOA' );
INSERT INTO ECRxOutput VALUES ( 515,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 517,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 517,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 517,	7,	'FADH' );
INSERT INTO ECRxOutput VALUES ( 517,	7,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 517,	7,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 518,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 518,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 518,	8,	'FADH' );
INSERT INTO ECRxOutput VALUES ( 518,	8,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 519,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 519,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 519,	9,	'FADH' );
INSERT INTO ECRxOutput VALUES ( 519,	9,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 519,	9,	'ACCOA' );
INSERT INTO ECRxOutput VALUES ( 522,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 522,	1,	'GPP' );
INSERT INTO ECRxOutput VALUES ( 523,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 523,	1,	'FPP' );
INSERT INTO ECRxOutput VALUES ( 524,	1,	'OPP' );
INSERT INTO ECRxOutput VALUES ( 524,	5,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 525,	1,	'UDPP' );
INSERT INTO ECRxOutput VALUES ( 525,	8,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 529,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 529,	1,	'4HBZ' );
INSERT INTO ECRxOutput VALUES ( 530,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 530,	1,	'O4HBZ' );
INSERT INTO ECRxOutput VALUES ( 531,	1,	'2OPPP' );
INSERT INTO ECRxOutput VALUES ( 531,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 532,	1,	'2O6H' );
INSERT INTO ECRxOutput VALUES ( 533,	1,	'2OPMB' );
INSERT INTO ECRxOutput VALUES ( 534,	1,	'SAH' );
INSERT INTO ECRxOutput VALUES ( 534,	1,	'2OPMMB' );
INSERT INTO ECRxOutput VALUES ( 535,	1,	'2OMHMB' );
INSERT INTO ECRxOutput VALUES ( 536,	1,	'SAH' );
INSERT INTO ECRxOutput VALUES ( 536,	1,	'QH2' );
INSERT INTO ECRxOutput VALUES ( 539,	1,	'ICHOR' );
INSERT INTO ECRxOutput VALUES ( 540,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 540,	1,	'SSALTPP' );
INSERT INTO ECRxOutput VALUES ( 541,	1,	'SHCHC' );
INSERT INTO ECRxOutput VALUES ( 541,	1,	'TPP' );
INSERT INTO ECRxOutput VALUES ( 541,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 542,	1,	'OSB' );
INSERT INTO ECRxOutput VALUES ( 543,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 543,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 543,	1,	'OSBCOA' );
INSERT INTO ECRxOutput VALUES ( 544,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 544,	1,	'DHNA' );
INSERT INTO ECRxOutput VALUES ( 545,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 545,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 545,	1,	'DMK' );
INSERT INTO ECRxOutput VALUES ( 546,	1,	'SAH' );
INSERT INTO ECRxOutput VALUES ( 546,	1,	'MK' );
INSERT INTO ECRxOutput VALUES ( 549,	1,	'ICHOR' );
INSERT INTO ECRxOutput VALUES ( 550,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 550,	1,	'23DHDHB' );
INSERT INTO ECRxOutput VALUES ( 551,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 551,	1,	'23DHB' );
INSERT INTO ECRxOutput VALUES ( 552,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 552,	1,	'23DHBA' );
INSERT INTO ECRxOutput VALUES ( 553,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 553,	1,	'SERA' );
INSERT INTO ECRxOutput VALUES ( 554,	1,	'ENTER' );
INSERT INTO ECRxOutput VALUES ( 554,	6,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 557,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 557,	1,	'FOR' );
INSERT INTO ECRxOutput VALUES ( 557,	1,	'D6RP5P' );
INSERT INTO ECRxOutput VALUES ( 558,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 558,	1,	'A6RP5P' );
INSERT INTO ECRxOutput VALUES ( 559,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 559,	1,	'A6RP5P2' );
INSERT INTO ECRxOutput VALUES ( 560,	1,	'FOR' );
INSERT INTO ECRxOutput VALUES ( 560,	1,	'DB4P' );
INSERT INTO ECRxOutput VALUES ( 561,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 561,	1,	'D8RL' );
INSERT INTO ECRxOutput VALUES ( 562,	1,	'A6RP' );
INSERT INTO ECRxOutput VALUES ( 562,	1,	'RIBFLV' );
INSERT INTO ECRxOutput VALUES ( 565,	1,	'AHTD' );
INSERT INTO ECRxOutput VALUES ( 565,	1,	'FOR' );
INSERT INTO ECRxOutput VALUES ( 566,	1,	'DHPP' );
INSERT INTO ECRxOutput VALUES ( 566,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 567,	1,	'DHP' );
INSERT INTO ECRxOutput VALUES ( 567,	3,	'PI' );
INSERT INTO ECRxOutput VALUES ( 568,	1,	'AHHMD' );
INSERT INTO ECRxOutput VALUES ( 568,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 569,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 569,	1,	'ADCHOR' );
INSERT INTO ECRxOutput VALUES ( 570,	1,	'PABA' );
INSERT INTO ECRxOutput VALUES ( 570,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 571,	1,	'DHPT' );
INSERT INTO ECRxOutput VALUES ( 571,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 572,	1,	'DHF' );
INSERT INTO ECRxOutput VALUES ( 572,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 572,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 573,	1,	'THF' );
INSERT INTO ECRxOutput VALUES ( 573,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 576,	1,	'THF' );
INSERT INTO ECRxOutput VALUES ( 576,	1,	'AKP' );
INSERT INTO ECRxOutput VALUES ( 577,	1,	'PANT' );
INSERT INTO ECRxOutput VALUES ( 577,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 578,	1,	'PANT' );
INSERT INTO ECRxOutput VALUES ( 578,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 579,	1,	'bALA' );
INSERT INTO ECRxOutput VALUES ( 579,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 580,	1,	'PNTO' );
INSERT INTO ECRxOutput VALUES ( 580,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 580,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 581,	1,	'4PPNTO' );
INSERT INTO ECRxOutput VALUES ( 581,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 582,	1,	'4PPNCYS' );
INSERT INTO ECRxOutput VALUES ( 582,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 582,	1,	'CMP' );
INSERT INTO ECRxOutput VALUES ( 583,	1,	'4PPNTE' );
INSERT INTO ECRxOutput VALUES ( 583,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 584,	1,	'DPCOA' );
INSERT INTO ECRxOutput VALUES ( 584,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 585,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 585,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 586,	1,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 586,	1,	'PAP' );
INSERT INTO ECRxOutput VALUES ( 589,	1,	'ISUCC' );
INSERT INTO ECRxOutput VALUES ( 589,	1,	'FADH' );
INSERT INTO ECRxOutput VALUES ( 590,	1,	'QA' );
INSERT INTO ECRxOutput VALUES ( 590,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 591,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 591,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 591,	1,	'NAMN' );
INSERT INTO ECRxOutput VALUES ( 592,	1,	'NAAD' );
INSERT INTO ECRxOutput VALUES ( 592,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 593,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 593,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 594,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 594,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 594,	1,	'NAD' );
INSERT INTO ECRxOutput VALUES ( 595,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 595,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 598,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 598,	1,	'NMN' );
INSERT INTO ECRxOutput VALUES ( 599,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 599,	1,	'NAMN' );
INSERT INTO ECRxOutput VALUES ( 602,	1,	'NAM' );
INSERT INTO ECRxOutput VALUES ( 602,	1,	'R5P' );
INSERT INTO ECRxOutput VALUES ( 603,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 603,	1,	'NAC' );
INSERT INTO ECRxOutput VALUES ( 604,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 604,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 604,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 604,	1,	'NAMN' );
INSERT INTO ECRxOutput VALUES ( 612,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 612,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 612,	1,	'GTRNA' );
INSERT INTO ECRxOutput VALUES ( 613,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 613,	1,	'AMP' );
INSERT INTO ECRxOutput VALUES ( 613,	1,	'GTRNA' );
INSERT INTO ECRxOutput VALUES ( 614,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 614,	1,	'GSA' );
INSERT INTO ECRxOutput VALUES ( 615,	1,	'ALAV' );
INSERT INTO ECRxOutput VALUES ( 616,	4,	'PBG' );
INSERT INTO ECRxOutput VALUES ( 617,	1,	'HMB' );
INSERT INTO ECRxOutput VALUES ( 617,	4,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 618,	1,	'UPRG' );
INSERT INTO ECRxOutput VALUES ( 619,	1,	'PC2' );
INSERT INTO ECRxOutput VALUES ( 619,	1,	'SAH' );
INSERT INTO ECRxOutput VALUES ( 620,	1,	'PC2' );
INSERT INTO ECRxOutput VALUES ( 620,	1,	'SAH' );
INSERT INTO ECRxOutput VALUES ( 621,	1,	'SHCL' );
INSERT INTO ECRxOutput VALUES ( 621,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 622,	1,	'SHEME' );
INSERT INTO ECRxOutput VALUES ( 623,	1,	'CPP' );
INSERT INTO ECRxOutput VALUES ( 623,	4,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 624,	1,	'PPHG' );
INSERT INTO ECRxOutput VALUES ( 624,	2,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 625,	1,	'PTH' );
INSERT INTO ECRxOutput VALUES ( 626,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 626,	1,	'HO' );
INSERT INTO ECRxOutput VALUES ( 629,	1,	'AONA' );
INSERT INTO ECRxOutput VALUES ( 629,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 629,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 630,	1,	'DANNA' );
INSERT INTO ECRxOutput VALUES ( 630,	1,	'SAMOB' );
INSERT INTO ECRxOutput VALUES ( 631,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 631,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 631,	1,	'DTB' );
INSERT INTO ECRxOutput VALUES ( 632,	1,	'BT' );
INSERT INTO ECRxOutput VALUES ( 632,	1,	'???' );
INSERT INTO ECRxOutput VALUES ( 633,	1,	'BT' );
INSERT INTO ECRxOutput VALUES ( 636,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 636,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 636,	1,	'GC' );
INSERT INTO ECRxOutput VALUES ( 637,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 637,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 637,	1,	'RGT' );
INSERT INTO ECRxOutput VALUES ( 638,	1,	'RGT' );
INSERT INTO ECRxOutput VALUES ( 638,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 641,	1,	'AHM' );
INSERT INTO ECRxOutput VALUES ( 642,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 642,	1,	'AHMP' );
INSERT INTO ECRxOutput VALUES ( 643,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 643,	1,	'AHMPP' );
INSERT INTO ECRxOutput VALUES ( 644,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 644,	1,	'HBA' );
INSERT INTO ECRxOutput VALUES ( 644,	1,	'THZ' );
INSERT INTO ECRxOutput VALUES ( 645,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 645,	1,	'HBA' );
INSERT INTO ECRxOutput VALUES ( 645,	1,	'THZ' );
INSERT INTO ECRxOutput VALUES ( 646,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 646,	1,	'HBA' );
INSERT INTO ECRxOutput VALUES ( 646,	1,	'THZ' );
INSERT INTO ECRxOutput VALUES ( 647,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 647,	1,	'HBA' );
INSERT INTO ECRxOutput VALUES ( 647,	1,	'THZ' );
INSERT INTO ECRxOutput VALUES ( 648,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 648,	1,	'THZP' );
INSERT INTO ECRxOutput VALUES ( 649,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 649,	1,	'THMP' );
INSERT INTO ECRxOutput VALUES ( 650,	1,	'ATP' );
INSERT INTO ECRxOutput VALUES ( 650,	1,	'THIAMIN' );
INSERT INTO ECRxOutput VALUES ( 651,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 651,	1,	'TPP' );
INSERT INTO ECRxOutput VALUES ( 654,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 654,	1,	'ER4P' );
INSERT INTO ECRxOutput VALUES ( 655,	1,	'NADH' );
INSERT INTO ECRxOutput VALUES ( 655,	1,	'OHB' );
INSERT INTO ECRxOutput VALUES ( 656,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 656,	1,	'PHT' );
INSERT INTO ECRxOutput VALUES ( 657,	1,	'CO2' );
INSERT INTO ECRxOutput VALUES ( 657,	1,	'P5P' );
INSERT INTO ECRxOutput VALUES ( 658,	1,	'H2O2' );
INSERT INTO ECRxOutput VALUES ( 658,	1,	'PL5P' );
INSERT INTO ECRxOutput VALUES ( 659,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 659,	1,	'4HLT' );
INSERT INTO ECRxOutput VALUES ( 660,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 660,	1,	'P5P' );
INSERT INTO ECRxOutput VALUES ( 661,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 661,	1,	'PL5P' );
INSERT INTO ECRxOutput VALUES ( 662,	1,	'H2O2' );
INSERT INTO ECRxOutput VALUES ( 662,	1,	'PL' );
INSERT INTO ECRxOutput VALUES ( 663,	1,	'H2O2' );
INSERT INTO ECRxOutput VALUES ( 663,	1,	'PDLA' );
INSERT INTO ECRxOutput VALUES ( 664,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 664,	1,	'PDLA5P' );
INSERT INTO ECRxOutput VALUES ( 665,	1,	'NH3' );
INSERT INTO ECRxOutput VALUES ( 665,	1,	'H2O2' );
INSERT INTO ECRxOutput VALUES ( 665,	1,	'PL5P' );
INSERT INTO ECRxOutput VALUES ( 666,	1,	'AKG' );
INSERT INTO ECRxOutput VALUES ( 666,	1,	'PDLA5P' );
INSERT INTO ECRxOutput VALUES ( 667,	1,	'PYR' );
INSERT INTO ECRxOutput VALUES ( 667,	1,	'PDLA5P' );
INSERT INTO ECRxOutput VALUES ( 670,	1,	'GA6P' );
INSERT INTO ECRxOutput VALUES ( 670,	1,	'GLU' );
INSERT INTO ECRxOutput VALUES ( 671,	1,	'GA1P' );
INSERT INTO ECRxOutput VALUES ( 672,	1,	'COA' );
INSERT INTO ECRxOutput VALUES ( 672,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 672,	1,	'UDPNAG' );
INSERT INTO ECRxOutput VALUES ( 674,	1,	'UDPG2AA' );
INSERT INTO ECRxOutput VALUES ( 674,	1,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 675,	1,	'AC' );
INSERT INTO ECRxOutput VALUES ( 675,	1,	'UDPG2A' );
INSERT INTO ECRxOutput VALUES ( 676,	1,	'UDPG23A' );
INSERT INTO ECRxOutput VALUES ( 676,	1,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 677,	1,	'LIPX' );
INSERT INTO ECRxOutput VALUES ( 677,	1,	'UMP' );
INSERT INTO ECRxOutput VALUES ( 678,	1,	'DISAC1P' );
INSERT INTO ECRxOutput VALUES ( 678,	1,	'UDP' );
INSERT INTO ECRxOutput VALUES ( 679,	1,	'LIPIV' );
INSERT INTO ECRxOutput VALUES ( 679,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 680,	1,	'CMP' );
INSERT INTO ECRxOutput VALUES ( 680,	1,	'KDOLIPIV' );
INSERT INTO ECRxOutput VALUES ( 681,	1,	'CMP' );
INSERT INTO ECRxOutput VALUES ( 681,	1,	'K2LIPIV' );
INSERT INTO ECRxOutput VALUES ( 682,	1,	'LIPA' );
INSERT INTO ECRxOutput VALUES ( 682,	2,	'ACP' );
INSERT INTO ECRxOutput VALUES ( 684,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 684,	1,	'KDOP' );
INSERT INTO ECRxOutput VALUES ( 685,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 685,	1,	'KDO' );
INSERT INTO ECRxOutput VALUES ( 686,	1,	'CMPKDO' );
INSERT INTO ECRxOutput VALUES ( 686,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 687,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 687,	1,	'ADPHEP' );
INSERT INTO ECRxOutput VALUES ( 688,	1,	'UDPG' );
INSERT INTO ECRxOutput VALUES ( 688,	1,	'PPI' );
INSERT INTO ECRxOutput VALUES ( 689,	1,	'PA' );
INSERT INTO ECRxOutput VALUES ( 689,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 690,	1,	'LPS' );
INSERT INTO ECRxOutput VALUES ( 690,	3,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 690,	2,	'UDP' );
INSERT INTO ECRxOutput VALUES ( 690,	3,	'CMP' );
INSERT INTO ECRxOutput VALUES ( 690,	2,	'CDP' );
INSERT INTO ECRxOutput VALUES ( 693,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 693,	1,	'UDPNAGEP' );
INSERT INTO ECRxOutput VALUES ( 694,	1,	'NADP' );
INSERT INTO ECRxOutput VALUES ( 694,	1,	'UDPNAM' );
INSERT INTO ECRxOutput VALUES ( 695,	1,	'UDPNAMA' );
INSERT INTO ECRxOutput VALUES ( 695,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 695,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 696,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 696,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 696,	1,	'UDPNAMAG' );
INSERT INTO ECRxOutput VALUES ( 697,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 697,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 697,	1,	'UNAGD' );
INSERT INTO ECRxOutput VALUES ( 698,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 698,	1,	'ADP' );
INSERT INTO ECRxOutput VALUES ( 698,	1,	'UNAGDA' );
INSERT INTO ECRxOutput VALUES ( 699,	1,	'DGLU' );
INSERT INTO ECRxOutput VALUES ( 700,	1,	'AA' );
INSERT INTO ECRxOutput VALUES ( 701,	1,	'UNPTDO' );
INSERT INTO ECRxOutput VALUES ( 701,	1,	'PI' );
INSERT INTO ECRxOutput VALUES ( 701,	1,	'UMP' );
INSERT INTO ECRxOutput VALUES ( 702,	1,	'PEPTIDO' );
INSERT INTO ECRxOutput VALUES ( 702,	1,	'UDP' );

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