Mascot Search Results

User            : chandra
Email           : 51n@ornl.gov
Search title    : nonTryptic_newDB_auto_
MS data file    : extendPSM_tryptic.mgf
Database        : estPSM8N 20050506 (34062 sequences; 11023607 residues)
Timestamp       : 12 May 2005 at 00:51:21 GMT
Significant hits: std_sp|P02768|ALBU_HUMAN                  std_sp|P02768|ALBU_HUMAN
                  std_sp|P01267|THYG_BOVIN                  std_sp|P01267|THYG_BOVIN
                  std_gi|2190337|sp|P02769|gnl|PID|e321614  std_gi|2190337|sp|P02769|gnl|PID|e321614
                  std_sp|Q29443|TRFE_BOVIN                  std_sp|Q29443|TRFE_BOVIN
                  std_sp|P02789|TRFE_CHICK                  std_sp|P02789|TRFE_CHICK
                  std_gi|2506462|sp|P02188|MYG_HORSE        std_gi|2506462|sp|P02188|MYG_HORSE
                  std_sp|P00006|CYC_BOVIN                   std_sp|P00006|CYC_BOVIN
                  std_sp|P02866|CONA_CANEN                  std_sp|P02866|CONA_CANEN
                  std_gi|1168350|sp|P00330|ADH1_YEAST       std_gi|1168350|sp|P00330|ADH1_YEAST
                  std_sp|P02754|LACB_BOVIN|ORNL	            std_sp|P02754|LACB_BOVIN|ORNL	
                  std_UniRef100_P00921                      std_UniRef100_P00921
                  std_UniRef100_P00692                      std_UniRef100_P00692
                  std_UniRef100_P02062                      std_UniRef100_P02062
                  std_sp|P00698|LYC_CHICK                   std_sp|P00698|LYC_CHICK
                  std_gi|113380|sp|P00331|ADH2_YEAST        std_gi|113380|sp|P00331|ADH2_YEAST
                  std_UniRef100_P01958                      std_UniRef100_P01958
                  contaminant_P00442                        contaminant_P00442
                  std_sp|P61823|RNP_BOVIN                   std_sp|P61823|RNP_BOVIN
                  std_sp|P00327|ADHE_HORSE                  std_sp|P00327|ADHE_HORSE
                  contaminant_sp|P02248|UBIQ_HUMAN          contaminant_sp|P02248|UBIQ_HUMAN
                  std_sp|P00639|DRN1_BOVIN                  std_sp|P00639|DRN1_BOVIN

Probability Based Mowse Score

Ions score is -10*Log(P), where P is the probability that the observed match is a random event.
Individual ions scores > 57 indicate identity or extensive homology (p<0.05).
Protein scores are derived from ions scores as a non-probabilistic basis for ranking protein hits.

Score Distribution

Peptide Summary Report

Switch to Protein Summary Report

To create a bookmark for this report, right click this link: Peptide Summary Report (nonTryptic_newDB_auto_)

Error tolerant

1.     std_sp|P02768|ALBU_HUMAN                            Mass: 66429    Score: 1255   Peptides matched: 136

std_sp|P02768|ALBU_HUMAN

Check to include this hit in error tolerant search or archive report



       Query   Observed   Mr(expt)   Mr(calc)   Delta Miss Score Expect Rank Peptide

11   562.50   561.49   561.35
12   562.60   561.59   561.35
21   681.40   680.39   680.32
29   734.40   733.39   733.33
31   752.30   751.29   751.34   -0.05 0   23   1.1e+02 5   39   789.60   788.59   788.46   0.13 0   27   67 6   43   793.60   792.59   792.40   0.20 0   13   1.2e+03 7   47   404.00   805.99   807.41   -1.43 0   15   8.8e+02 10   146   927.60   926.59   926.49
154   937.60   936.59   936.46
156   471.00   939.99   939.44   0.54 0   34   11 2   180   961.70   960.69   959.56
181   481.40   960.79   959.56
207   493.00   983.99   983.48
223   1000.70   999.69   999.60   0.10 0   (18) 5.6e+02 9   225   501.10   1000.18   999.60
259   1024.50   1023.49   1023.45
261   513.30   1024.58   1023.45
310   1057.70   1056.69   1056.56
312   529.60   1057.18   1056.56
334   535.90   1069.78   1068.58   1.20 0   34   11 2   357   1079.50   1078.49   1078.52   -0.03 0   (23) 1.4e+02 2   359   540.50   1078.98   1078.52
361   540.80   1079.58   1078.52
366   545.70   1089.38   1087.65
397   1115.40   1114.39   1114.44
399   558.60   1115.18   1114.44
414   566.00   1129.98   1127.69
435   1149.70   1148.69   1148.61
438   575.80   1149.58   1148.61
440   576.00   1149.98   1148.61
500   596.60   1191.18   1190.57
546   1223.40   1222.39   1222.55
550   613.10   1224.18   1222.55
553   1226.70   1225.69   1225.60
554   614.10   1226.18   1225.60
557   410.50   1228.47   1225.60
595   631.60   1261.18   1260.62
624   640.00   1277.98   1277.52
626   427.20   1278.57   1277.52
632   642.50   1282.98   1282.48
701   661.20   1320.38   1319.48
730   1342.70   1341.69   1341.63
731   672.30   1342.58   1341.63
735   1345.60   1344.59   1344.71
792   462.00   1382.97   1380.53
794   1384.50   1383.49   1383.53
799   692.90   1383.78   1383.53
801   693.10   1384.18   1383.53
805   1386.70   1385.69   1385.61
806   693.90   1385.78   1385.61
808   694.00   1385.98   1385.61   0.37 0   (59) 0.036 2   812   694.80   1387.58   1385.61   1.97 0   (46) 0.85 2
841   704.10   1406.18   1404.72   1.46 0   20   2.7e+02 9   845   704.70   1407.38   1406.68
881   478.50   1432.47   1431.75
882   717.30   1432.58   1431.75
885   478.90   1433.67   1431.75
886   717.90   1433.78   1431.75
968   1483.80   1482.79   1482.83
969   742.60   1483.18   1482.83
970   742.70   1483.38   1482.83
1004   1504.70   1503.69   1503.78
1010   502.70   1505.07   1503.78
1014   754.00   1505.98   1503.78
1015   754.10   1506.18   1505.70   0.49 0   43   1.4 2   1017   503.50   1507.47   1505.70   1.78 0   (22) 2e+02 2   1022   756.90   1511.78   1510.84
1024   758.00   1513.98   1513.71
1025   505.90   1514.67   1513.71
1116   1570.70   1569.69   1569.70   -0.01 0   (9) 3.4e+03 4   1117   786.20   1570.38   1569.70
1120   524.90   1571.67   1569.70
1147   529.30   1584.87   1582.66
1168   801.10   1600.18   1599.72
1192   806.00   1609.98   1608.76   1.22 0   29   37 2   1218   813.40   1624.78   1622.78
1232   1640.00   1638.99   1638.93
1234   820.80   1639.58   1638.93
1235   820.90   1639.78   1638.93
1236   547.70   1640.07   1638.93
1240   548.00   1640.97   1638.93
1321   848.00   1693.98   1693.81
1322   848.30   1694.58   1693.81
1325   566.20   1695.57   1693.81
1337   853.80   1705.58   1704.79
1338   569.80   1706.37   1704.79
1383   582.10   1743.27   1741.89
1385   582.30   1743.87   1741.89
1462   601.70   1802.07   1800.80
1534   926.10   1850.18   1849.91
1536   926.30   1850.58   1849.91
1537   926.40   1850.78   1849.91   0.88 0   (14) 1.1e+03 9   1540   618.40   1852.17   1849.91
1543   618.90   1853.67   1851.86
1551   619.40   1855.17   1852.90
1570   624.50   1870.47   1868.07
1575   626.60   1876.77   1874.01
1612   950.20   1898.38   1897.99
1615   634.30   1899.87   1897.99
1616   634.40   1900.17   1897.99
1622   635.60   1903.77   1903.81
1633   958.70   1915.38   1914.77
1634   639.80   1916.37   1914.77
1669   647.50   1939.47   1938.90
1670   970.80   1939.58   1938.90
1685   977.70   1953.38   1952.92
1794   678.80   2033.37   2031.91
1810   1023.40   2044.78   2044.09
1812   682.70   2045.07   2044.09   0.99 0   (6) 6.8e+03 8   1816   1024.00   2045.98   2044.09
1817   683.10   2046.27   2044.09
1824   1025.20   2048.38   2047.94
1825   1025.40   2048.78   2047.94
1830   685.10   2052.27   2054.09   -1.81 0   12   1.7e+03 4   1953   1083.90   2165.78   2165.07
1954   723.20   2166.57   2165.07
1964   727.40   2179.17   2177.99   1.18 0   5   8.5e+03 8   2031   758.00   2270.97   2270.05
2078   1164.20   2326.38   2326.01
2156   802.80   2405.37   2403.16
2157   1203.90   2405.78   2403.16
2158   803.00   2405.97   2403.16
2308   853.80   2558.37   2560.35
2309   1280.80   2559.58   2559.26   0.32 0   (23) 1.4e+02 2   2310   854.60   2560.77   2559.26
2311   854.80   2561.37   2559.26
2321   861.00   2579.97   2578.20
2476   1459.40   2916.78   2916.32
2477   973.30   2916.87   2916.32
2480   1459.50   2916.98   2916.32
2481   973.40   2917.17   2916.32
2482   973.50   2917.47   2916.32
2539   1051.50   3151.47   3148.58
2584   1167.90   3500.67   3497.71   2.97 0   7   5.1e+03 2   2589   1209.90   3626.67   3625.80

0.14 0  (30) 35 1  VLIAF 0.24 0  30  34 1  VLIAF 0.07 0  37  4 1  DVFLGM 0.06 0  13  1.6e+03 1  FLYEY p">AEFAEVS t>LVTDLTK p">RPCFSAL rap">FAEEGKK 0.11 0  27  56 1  YLYEIAR 0.14 0  21  2.3e+02 1  NEVTEFAK ">DDNPNLPR 1.14 0  (21) 2.2e+02 1  FQNALLVR 1.23 0  61  0.028 1  FQNALLVR 0.50 0  30  33 1  TYETTLEK p">QTALVELVK 0.59 0  60  0.03 1  QTALVELVK 0.05 0  (16) 5.9e+02 1  CCTESLVNR 1.14 0  50  0.24 1  CCTESLVNR 0.13 0  37  5.7 1  LVRPEVDVM 0.62 0  (34) 13 1  LVRPEVDVM ">VEEPQNLIK p">EVDETYVPK 0.47 0  35  9.5 1  EVDETYVPK 1.07 0  (31) 23 1  EVDETYVPK 1.73 0  47  0.57 1  KFQNALLVR -0.05 0  (27) 61 1  FTECCQAADK 0.74 0  45  0.97 1  FTECCQAADK 2.29 0  46  0.75 1  KQTALVELVK 0.09 0  (19) 3.4e+02 1  LVNEVTEFAK 0.98 0  (49) 0.33 1  LVNEVTEFAK 1.38 0  52  0.16 1  LVNEVTEFAK 0.62 0  34  11 1  ECCEKPLLEK -0.16 0  (20) 3e+02 1  ICENQDSISSK 1.63 0  80  0.00027 1  ICENQDSISSK 0.09 0  (47) 0.62 1  FKDLGEENFK 0.59 0  48  0.5 1  FKDLGEENFK 2.88 0  (25) 1e+02 1  FKDLGEENFK 0.56 0  46  0.66 1  LVRPEVDVMCT 0.47 0  50  0.27 1  CAAADPHECYAK 1.06 0  (37) 6 1  CAAADPHECYAK 0.50 0  42  1.9 1  CVADESAENCDK 0.90 0  33  15 1  ETYGEMADCCAK 0.07 0  (34) 11 1  AVMDDFAAFVEK 0.96 0  73  0.0016 1  AVMDDFAAFVEK -0.12 0  25  1e+02 1  FYAPELLFFAK 2.45 0  19  3.5e+02 1  CCAAADPHECYAK -0.04 0  (46) 0.75 1  TCVADESAENCDK 0.26 0  49  0.39 1  TCVADESAENCDK 0.66 0  (42) 2 1  TCVADESAENCDK 0.08 0  (41) 2.5 1  YICENQDSISSK 0.17 0  82  0.0002 1  YICENQDSISSK >YICENQDSISSK YICENQDSISSK nowrap="nowrap">RHPYFYAPELL 0.70 0  44  1 1  FHDNEETFLKK 0.73 0  (49) 0.39 1  LKECCEKPLLEK 0.84 0  58  0.042 1  LKECCEKPLLEK 1.93 0  (39) 4 1  LKECCEKPLLEK 2.04 0  (34) 12 1  LKECCEKPLLEK -0.04 0  (29) 36 1  KVPQVSTPTLVEVS 0.35 0  43  1.5 1  KVPQVSTPTLVEVS 0.55 0  (32) 18 1  KVPQVSTPTLVEVS -0.08 0  (50) 0.28 1  SLHTLFGDKLCTVA 1.30 0  (35) 9.5 1  SLHTLFGDKLCTVA 2.21 0  61  0.024 1  SLHTLFGDKLCTVA nowrap="nowrap">YLQQCPFEDHVK rap">YLQQCPFEDHVK 0.95 0  54  0.11 1  VPQVSTPTLVEVSR 0.28 0  90  3e-05 1  KYICENQDSISSK 0.97 0  (34) 13 1  KYICENQDSISSK wrap">ADDKETCFAEEGKK 0.69 0  (46) 0.77 1  ADDKETCFAEEGKK 1.98 0  50  0.33 1  ADDKETCFAEEGKK 2.21 0  39  3.5 1  AKTCVADESAENCDK 0.46 0  64  0.011 1  QNCELFEQLGEYK wrap">RMPCAEDYLSVVLN 2.00 0  48  0.5 1  DVFLGMFLYEYAR 0.06 0  (25) 86 1  KVPQVSTPTLVEVSR 0.65 0  76  0.00068 1  KVPQVSTPTLVEVSR 0.85 0  (74) 0.0012 1  KVPQVSTPTLVEVSR 1.14 0  (34) 11 1  KVPQVSTPTLVEVSR 2.04 0  (49) 0.37 1  KVPQVSTPTLVEVSR 0.18 0  (22) 1.6e+02 1  MPCAEDYLSVVLNQL 0.78 0  47  0.51 1  MPCAEDYLSVVLNQL 1.77 0  (32) 17 1  MPCAEDYLSVVLNQL 0.79 0  (25) 93 1  AQYLQQCPFEDHVK 1.58 0  25  86 1  AQYLQQCPFEDHVK 1.39 0  39  3.6 1  HPYFYAPELLFFAK 1.99 0  (23) 1.5e+02 1  HPYFYAPELLFFAK 1.27 0  68  0.0041 1  CKADDKETCFAEEGKK 0.28 0  69  0.0035 1  RMPCAEDYLSVVLNQL 0.68 0  (16) 7.4e+02 1  RMPCAEDYLSVVLNQL nowrap="nowrap">RMPCAEDYLSVVLNQL 2.27 0  (36) 7 1  RMPCAEDYLSVVLNQL 1.81 0  32  17 1  FAQYLQQCPFEDHVK 2.27 0  33  13 1  RPCFSALEVDETYVPK 2.40 0  55  0.091 1  TKKVPQVSTPTLVEVSR 2.77 0  50  0.27 1  SLHTLFGDKLCTVATLR 0.40 0  (39) 3.7 1  RHPYFYAPELLFFAK 1.89 0  46  0.78 1  RHPYFYAPELLFFAK 2.19 0  (45) 0.93 1  RHPYFYAPELLFFAK -0.04 0  57  0.052 1  CCKADDKETCFAEEGKK 0.62 0  89  3.9e-05 1  VHTECCHGDLLECADDR 1.61 0  (33) 13 1  VHTECCHGDLLECADDR 0.57 0  31  21 1  NECFLQHKDDNPNLPR 0.68 0  (20) 2.9e+02 1  NECFLQHKDDNPNLPR 0.47 0  35  8.9 1  RMPCAEDYLSVVLNQLC 1.47 0  41  2.2 1  KCCKADDKETCFAEEGKK 0.70 0  (40) 3.1 1  VFDEFKPLVEEPQNLIK wrap">VFDEFKPLVEEPQNLIK 1.90 0  54  0.11 1  VFDEFKPLVEEPQNLIK 2.19 0  (24) 1e+02 1  VFDEFKPLVEEPQNLIK 0.44 0  81  0.00023 1  NDEMPADLPSLAADFVESK 0.84 0  (57) 0.063 1  NDEMPADLPSLAADFVESK nowrap="nowrap">RRHPYFYAPELLFFAK 0.72 0  38  4.8 1  RMPCAEDYLSVVLNQLCVL 1.51 0  (25) 98 1  RMPCAEDYLSVVLNQLCVL nowrap="nowrap">VADESAENCDKSLHTLFGDK 0.93 0  62  0.018 1  DDRADLAKYICENQDSISSK 0.37 0  44  1.3 1  SHCIAEVENDEMPADLPSLAAD 2.21 0  (34) 12 1  MPCAEDYLSVVLNQLCVLHEK 2.62 0  (48) 0.43 1  MPCAEDYLSVVLNQLCVLHEK 2.81 0  53  0.14 1  MPCAEDYLSVVLNQLCVLHEK -1.98 0  19  3.8e+02 1  KALVLIAFAQYLQQCPFEDHVK nowrap="nowrap">RMPCAEDYLSVVLNQLCVLHEK 1.51 0  64  0.012 1  RMPCAEDYLSVVLNQLCVLHEK 2.11 0  (43) 1.5 1  RMPCAEDYLSVVLNQLCVLHEK 1.78 0  47  0.52 1  QEPERNECFLQHKDDNPNLPR 0.47 0  (37) 5.6 1  SHCIAEVENDEMPADLPSLAADFVESK 0.56 0  (37) 5.6 1  SHCIAEVENDEMPADLPSLAADFVESK 0.67 0  56  0.063 1  SHCIAEVENDEMPADLPSLAADFVESK 0.86 0  (47) 0.53 1  SHCIAEVENDEMPADLPSLAADFVESK 1.16 0  (36) 6.2 1  SHCIAEVENDEMPADLPSLAADFVESK 2.90 0  29  37 1  VFDEFKPLVEEPQNLIKQNCELFEQL nowrap="nowrap">VFDEFKPLVEEPQNLIKQNCELFEQLGEY 0.87 0  34  11 1  VFDEFKPLVEEPQNLIKQNCELFEQLGEYK

`2.`	`std_sp\|P01267\|THYG_BOVIN Mass: 301027 Score: 1191 Peptides matched: 125`
	`std_sp\|P01267\|THYG_BOVIN`

	`Check to include this hit in error tolerant search or archive report`

`Query`	`Observed`	`Mr(expt)`	`Mr(calc)`	`Delta`	`Miss`	`Score`	`Expect`	`Rank`	`Peptide`
`2`	`443.40`	`442.39`	`442.24`	`0.15`	`0`	`14`	`1.5e+03`	`9`	`PDVL`
`3`	`443.50`	`442.49`	`442.24`	`0.25`	`0`	`(14)`	`1.5e+03`	`9`	`PDVL`
`32`	`754.70`	`753.69`	`753.41`	`0.29`	`0`	`18`	`4e+02`	`1`	`TGIFGFL`
`60`	`829.40`	`828.39`	`828.43`	`-0.04`	`0`	`9`	`3.9e+03`	`8`	`QSLLGSQP`
`71`	`842.60`	`841.59`	`841.47`	`0.12`	`0`	`33`	`17`	`1`	`GGPLLCGLL`
`136`	`460.70`	`919.39`	`918.54`	`0.85`	`0`	`58`	`0.051`	`1`	`RAFLGTVR`
`147`	`928.50`	`927.49`	`927.47`	`0.02`	`0`	`17`	`5.7e+02`	`3`	`TGIFGFLSS`
`170`	`477.70`	`953.39`	`952.41`	`0.98`	`0`	`39`	`3.3`	`1`	`AFCVDGEGR`
`199`	`976.60`	`975.59`	`975.53`	`0.07`	`0`	`34`	`12`	`3`	`QVFLLDEL`
`210`	`494.00`	`985.99`	`984.56`	`1.43`	`0`	`29`	`45`	`7`	`SVIVDPSIR`
`222`	`499.90`	`997.79`	`996.49`	`1.30`	`0`	`48`	`0.5`	`1`	`TFSADTSIR`
`280`	`520.00`	`1037.98`	`1037.46`	`0.52`	`0`	`23`	`1.5e+02`	`4`	`TSPGYSPACR`
`289`	`521.40`	`1040.78`	`1039.60`	`1.18`	`0`	`34`	`12`	`1`	`ELSVLLPNR`
`292`	`522.10`	`1042.18`	`1040.49`	`1.69`	`0`	`36`	`8.1`	`1`	`SRFPEVSGY`
`346`	`537.20`	`1072.38`	`1069.59`	`2.80`	`0`	`21`	`2.4e+02`	`3`	`TLQTQPGAVR`
`355`	`1078.50`	`1077.49`	`1077.44`	`0.05`	`0`	`(31)`	`23`	`1`	`DCGSPDTEVR`
`356`	`540.00`	`1077.98`	`1077.44`	`0.54`	`0`	`31`	`20`	`1`	`DCGSPDTEVR`
`385`	`552.10`	`1102.18`	`1102.54`	`-0.36`	`0`	`19`	`3.6e+02`	`2`	`DVAGGAILCER`
`409`	`564.60`	`1127.18`	`1126.56`	`0.62`	`0`	`50`	`0.29`	`1`	`LNSNPASEAPK`
`413`	`565.50`	`1128.98`	`1127.56`	`1.42`	`0`	`53`	`0.14`	`1`	`FLSGSDYAIR`
`445`	`577.10`	`1152.18`	`1151.58`	`0.60`	`0`	`17`	`6e+02`	`1`	`WESRPPQPR`
`466`	`585.20`	`1168.38`	`1167.52`	`0.86`	`0`	`60`	`0.027`	`1`	`ASDSIACTTSGR`
`499`	`595.70`	`1189.38`	`1187.65`	`1.73`	`0`	`28`	`48`	`1`	`RLQQNLFGGR`
`521`	`604.70`	`1207.38`	`1206.64`	`0.75`	`0`	`31`	`24`	`2`	`HAISVPEDIAR`
`535`	`608.30`	`1214.58`	`1213.55`	`1.03`	`0`	`46`	`0.78`	`1`	`TQFGCLEGFGR`
`556`	`614.60`	`1227.18`	`1226.74`	`0.44`	`0`	`43`	`1.5`	`1`	`AQFQLLLPLGK`
`593`	`631.40`	`1260.78`	`1260.56`	`0.22`	`0`	`22`	`1.9e+02`	`1`	`QIPQCPTSCER`
`655`	`653.20`	`1304.38`	`1303.71`	`0.67`	`0`	`50`	`0.28`	`1`	`QVFLLDELTAR`
`675`	`437.30`	`1308.87`	`1307.68`	`1.19`	`0`	`19`	`3.8e+02`	`1`	`RWESRPPQPR`
`748`	`680.70`	`1359.38`	`1358.64`	`0.74`	`0`	`79`	`0.00039`	`1`	`KCPSPCQLQAER`
`749`	`454.40`	`1360.17`	`1358.64`	`1.53`	`0`	`(39)`	`3.5`	`1`	`KCPSPCQLQAER`
`750`	`681.60`	`1361.18`	`1360.76`	`0.42`	`0`	`47`	`0.61`	`1`	`LELPEFLLFLQ`
`767`	`686.20`	`1370.38`	`1369.68`	`0.70`	`0`	`55`	`0.097`	`1`	`SVGLNSNPASEAPK`
`785`	`689.70`	`1377.38`	`1376.67`	`0.72`	`0`	`35`	`9.1`	`1`	`ACQRPQFWQTL`
`798`	`692.90`	`1383.78`	`1382.73`	`1.05`	`0`	`28`	`47`	`1`	`SLELLTDVLYAF`
`829`	`1399.60`	`1398.59`	`1398.66`	`-0.06`	`0`	`(42)`	`2.1`	`1`	`DYFIICPVIDMA`
`830`	`700.40`	`1398.78`	`1398.66`	`0.13`	`0`	`47`	`0.61`	`1`	`DYFIICPVIDMA`
`837`	`702.90`	`1403.78`	`1403.62`	`0.16`	`0`	`26`	`70`	`1`	`SGNPNYPHEFSR`
`838`	`469.20`	`1404.57`	`1403.62`	`0.95`	`0`	`(15)`	`9.1e+02`	`1`	`SGNPNYPHEFSR`
`933`	`730.20`	`1458.38`	`1456.62`	`1.76`	`0`	`61`	`0.026`	`1`	`DLGDVMEMVFSSQ`
`988`	`748.90`	`1495.78`	`1494.80`	`0.98`	`0`	`38`	`4.3`	`1`	`SLLLAPEEGPVSQR`
`1003`	`752.60`	`1503.18`	`1502.73`	`0.45`	`0`	`36`	`6.8`	`1`	`GTPVSIPVCDDSSVK`
`1006`	`753.10`	`1504.18`	`1504.75`	`-0.56`	`0`	`10`	`3.2e+03`	`9`	`SHFFQQLGLPGFQ`
`1018`	`755.20`	`1508.38`	`1507.83`	`0.55`	`0`	`82`	`0.00019`	`1`	`FLELPEFLLFLQ`
`1064`	`768.40`	`1534.78`	`1532.75`	`2.03`	`0`	`92`	`2e-05`	`1`	`VVAASDASQDALGCVK`
`1079`	`773.40`	`1544.78`	`1542.81`	`1.98`	`0`	`38`	`4.6`	`1`	`NSAGQALTPAELLMK`
`1097`	`1556.60`	`1555.59`	`1556.82`	`-1.23`	`0`	`(37)`	`6.1`	`1`	`ELAETGLELLLDEI`
`1098`	`779.40`	`1556.78`	`1556.82`	`-0.04`	`0`	`(80)`	`0.0003`	`1`	`ELAETGLELLLDEI`
`1105`	`779.70`	`1557.38`	`1556.82`	`0.56`	`0`	`90`	`2.9e-05`	`1`	`ELAETGLELLLDEI`
`1139`	`791.20`	`1580.38`	`1578.78`	`1.61`	`0`	`31`	`21`	`1`	`GLTPLEGTQDTLTSF`
`1149`	`794.10`	`1586.18`	`1583.90`	`2.28`	`0`	`51`	`0.24`	`1`	`QTQAQFQLLLPLGK`
`1194`	`806.20`	`1610.38`	`1607.81`	`2.57`	`0`	`54`	`0.11`	`1`	`FLDSGIFQPMLQGR`
`1253`	`824.00`	`1645.98`	`1644.89`	`1.09`	`0`	`59`	`0.036`	`1`	`FLELPEFLLFLQH`
`1257`	`827.30`	`1652.58`	`1650.91`	`1.68`	`0`	`24`	`1.3e+02`	`1`	`RSLLLAPEEGPVSQR`
`1261`	`828.30`	`1654.58`	`1653.70`	`0.88`	`0`	`42`	`1.8`	`1`	`EVGCPSSSVQEMVSCL`
`1290`	`836.60`	`1671.18`	`1670.85`	`0.33`	`0`	`43`	`1.3`	`1`	`LTDEELAFPPLSPSR`
`1291`	`836.80`	`1671.58`	`1670.85`	`0.73`	`0`	`(17)`	`6.2e+02`	`1`	`LTDEELAFPPLSPSR`
`1294`	`837.50`	`1672.98`	`1670.85`	`2.13`	`0`	`(34)`	`12`	`1`	`LTDEELAFPPLSPSR`
`1296`	`838.70`	`1675.38`	`1674.81`	`0.57`	`0`	`40`	`2.9`	`1`	`TAGTPVSIPVCDDSSVK`
`1324`	`848.70`	`1695.38`	`1694.86`	`0.52`	`0`	`70`	`0.0032`	`1`	`RLPWTEAEAPLVDAQ`
`1341`	`857.30`	`1712.58`	`1710.83`	`1.75`	`0`	`53`	`0.15`	`1`	`DLFIPTCLETGEFAR`
`1342`	`858.40`	`1714.78`	`1713.89`	`0.89`	`0`	`34`	`12`	`1`	`VDLLIGSSQDDGLINR`
`1370`	`867.70`	`1733.38`	`1732.89`	`0.49`	`0`	`65`	`0.0087`	`1`	`NLYEAGQQGIFPGLAR`
`1374`	`579.60`	`1735.77`	`1732.89`	`2.88`	`0`	`(46)`	`0.79`	`1`	`NLYEAGQQGIFPGLAR`
`1402`	`878.70`	`1755.38`	`1754.89`	`0.49`	`0`	`40`	`2.6`	`1`	`RAPEFAAPWPDFVPR`
`1405`	`586.50`	`1756.47`	`1754.89`	`1.58`	`0`	`(32)`	`18`	`1`	`RAPEFAAPWPDFVPR`
`1426`	`886.40`	`1770.78`	`1769.94`	`0.84`	`0`	`40`	`2.9`	`1`	`GRELAETGLELLLDEI`
`1456`	`901.30`	`1800.58`	`1799.82`	`0.77`	`0`	`44`	`1.1`	`1`	`NEPNKVPACPGSCEEVK`
`1487`	`911.50`	`1820.98`	`1818.96`	`2.03`	`0`	`32`	`19`	`1`	`SSFLELPEFLLFLQH`
`1524`	`923.40`	`1844.78`	`1843.93`	`0.85`	`0`	`52`	`0.2`	`1`	`GSSELSGNWGLLDQVVAL`
`1535`	`926.20`	`1850.38`	`1849.94`	`0.44`	`0`	`53`	`0.13`	`1`	`ELFLDSGIFQPMLQGR`
`1539`	`618.00`	`1850.97`	`1849.94`	`1.03`	`0`	`(41)`	`2.2`	`1`	`ELFLDSGIFQPMLQGR`
`1625`	`954.10`	`1906.18`	`1905.90`	`0.28`	`0`	`89`	`3.9e-05`	`1`	`LYPEAQVCDDILESSPK`
`1629`	`956.80`	`1911.58`	`1910.96`	`0.63`	`0`	`53`	`0.15`	`1`	`RLPWTEAEAPLVDAQCL`
`1650`	`965.00`	`1927.98`	`1926.01`	`1.97`	`0`	`84`	`0.00011`	`1`	`VALPALTENVALDSWQSL`
`1677`	`972.40`	`1942.78`	`1940.98`	`1.81`	`0`	`49`	`0.34`	`1`	`LLAVSGPFHYWGPVVDGQ`
`1678`	`649.00`	`1943.97`	`1941.05`	`2.92`	`0`	`34`	`13`	`1`	`VKVDLLIGSSQDDGLINR`
`1726`	`659.70`	`1976.07`	`1974.82`	`1.26`	`0`	`61`	`0.022`	`1`	`QRGEPPSCAEDQSCPSER`
`1734`	`994.80`	`1987.58`	`1986.92`	`0.67`	`0`	`37`	`6.2`	`1`	`VAGSQPACESPQCPLPFSVA`
`1735`	`995.40`	`1988.78`	`1987.96`	`0.83`	`0`	`36`	`6.5`	`1`	`GLPFYPAYEGQFTLEEK`
`1765`	`1005.30`	`2008.58`	`2006.95`	`1.63`	`0`	`82`	`0.00017`	`1`	`TLYPEAQVCDDILESSPK`
`1776`	`1010.10`	`2018.18`	`2018.00`	`0.19`	`0`	`47`	`0.52`	`1`	`SSGSSELSGNWGLLDQVVAL`
`1798`	`1019.70`	`2037.38`	`2035.96`	`1.42`	`0`	`50`	`0.28`	`1`	`DYFIICPVIDMASHWAR`
`1799`	`680.20`	`2037.57`	`2035.96`	`1.61`	`0`	`(36)`	`7.4`	`1`	`DYFIICPVIDMASHWAR`
`1801`	`680.70`	`2039.07`	`2041.01`	`-1.93`	`0`	`62`	`0.018`	`1`	`SALGEPKKCPSPCQLQAER`
`1826`	`684.00`	`2048.97`	`2048.09`	`0.88`	`0`	`22`	`1.8e+02`	`1`	`GGPLLCGLLSSPDVLLCHVR`
`1831`	`1027.60`	`2053.18`	`2051.97`	`1.21`	`0`	`39`	`4`	`1`	`YPGPYSDFSAPLAHFDLR`
`1844`	`1030.30`	`2058.58`	`2057.03`	`1.56`	`0`	`54`	`0.11`	`1`	`WEAQNSAGQALTPAELLMK`
`1909`	`1066.80`	`2131.58`	`2131.08`	`0.50`	`0`	`59`	`0.034`	`1`	`LSSGSSELSGNWGLLDQVVAL`
`1932`	`717.60`	`2149.77`	`2147.06`	`2.72`	`0`	`42`	`1.8`	`1`	`AVSGPFHYWGPVVDGQYLR`
`1981`	`1105.30`	`2208.58`	`2208.09`	`0.49`	`0`	`100`	`3.1e-06`	`1`	`MQSLLGSQPAGSSLFVPACTSK`
`1992`	`1109.20`	`2216.38`	`2214.16`	`2.22`	`0`	`18`	`4.1e+02`	`1`	`GSGDRPAVDGSFLAAVGNLIVVT`
`2005`	`746.20`	`2235.57`	`2234.18`	`1.39`	`0`	`58`	`0.041`	`1`	`LFIQNLYEAGQQGIFPGLAR`
`2006`	`1118.80`	`2235.58`	`2234.18`	`1.40`	`0`	`(6)`	`7.8e+03`	`2`	`LFIQNLYEAGQQGIFPGLAR`
`2013`	`1125.50`	`2248.98`	`2247.16`	`1.82`	`0`	`29`	`35`	`1`	`LVDAPPASLPDLQDVEEALAGK`
`2025`	`755.90`	`2264.67`	`2262.22`	`2.45`	`0`	`48`	`0.46`	`1`	`ALADLAKPLSVGLNSNPASEAPK`
`2028`	`1135.70`	`2269.38`	`2267.93`	`1.45`	`0`	`52`	`0.18`	`1`	`AEDGGFSPVQCDPAQGSCWCVL`
`2046`	`1149.90`	`2297.78`	`2297.17`	`0.62`	`0`	`(21)`	`2.1e+02`	`1`	`RLPWTEAEAPLVDAQCLVMR`
`2052`	`767.70`	`2300.07`	`2297.17`	`2.91`	`0`	`52`	`0.18`	`1`	`RLPWTEAEAPLVDAQCLVMR`
`2074`	`1161.30`	`2320.58`	`2319.19`	`1.39`	`0`	`14`	`1.1e+03`	`2`	`SQAIQVGTSWKPVDQFLGVPY`
`2089`	`1168.90`	`2335.78`	`2335.17`	`0.61`	`0`	`40`	`2.6`	`1`	`GFLSSGSSELSGNWGLLDQVVAL`
`2128`	`1188.20`	`2374.38`	`2373.23`	`1.16`	`0`	`(31)`	`20`	`1`	`LLAVSGPFHYWGPVVDGQYLR`
`2130`	`792.60`	`2374.77`	`2373.23`	`1.55`	`0`	`37`	`5.6`	`1`	`LLAVSGPFHYWGPVVDGQYLR`
`2135`	`794.70`	`2381.07`	`2378.14`	`2.93`	`0`	`21`	`2.4e+02`	`1`	`HAPESYSHSSLELLTDVLYAF`
`2233`	`1245.50`	`2488.98`	`2488.31`	`0.68`	`0`	`58`	`0.046`	`1`	`LQLVDAPPASLPDLQDVEEALAGK`
`2235`	`830.90`	`2489.67`	`2488.31`	`1.37`	`0`	`(50)`	`0.26`	`1`	`LQLVDAPPASLPDLQDVEEALAGK`
`2236`	`1245.90`	`2489.78`	`2488.31`	`1.48`	`0`	`(48)`	`0.5`	`1`	`LQLVDAPPASLPDLQDVEEALAGK`
`2239`	`831.20`	`2490.57`	`2488.31`	`2.27`	`0`	`(18)`	`4.2e+02`	`1`	`LQLVDAPPASLPDLQDVEEALAGK`
`2240`	`831.40`	`2491.17`	`2488.31`	`2.87`	`0`	`(58)`	`0.049`	`1`	`LQLVDAPPASLPDLQDVEEALAGK`
`2256`	`1255.60`	`2509.18`	`2508.08`	`1.10`	`0`	`19`	`3.2e+02`	`1`	`GQWSPVQCDGPPEQAFEWYER`
`2276`	`1263.50`	`2524.98`	`2524.28`	`0.70`	`0`	`62`	`0.017`	`1`	`GLTPLEGTQDTLTSFQQVYLWK`
`2277`	`842.90`	`2525.67`	`2524.28`	`1.39`	`0`	`(35)`	`8.2`	`1`	`GLTPLEGTQDTLTSFQQVYLWK`
`2278`	`843.30`	`2526.87`	`2524.28`	`2.59`	`0`	`(12)`	`1.7e+03`	`1`	`GLTPLEGTQDTLTSFQQVYLWK`
`2282`	`844.30`	`2529.87`	`2527.38`	`2.49`	`0`	`25`	`94`	`1`	`KPNIPLPGFGTSSPSVPIATHGQLL`
`2410`	`914.90`	`2741.67`	`2740.50`	`1.17`	`0`	`42`	`2`	`1`	`KPNIPLPGFGTSSPSVPIATHGQLLGR`
`2411`	`915.10`	`2742.27`	`2740.50`	`1.77`	`0`	`(40)`	`3`	`1`	`KPNIPLPGFGTSSPSVPIATHGQLLGR`
`2453`	`945.80`	`2834.37`	`2832.43`	`1.95`	`0`	`9`	`3.6e+03`	`5`	`PVCDDSSVKVECLSRERLGVNITWK`
`2468`	`957.40`	`2869.17`	`2867.52`	`1.65`	`0`	`25`	`93`	`1`	`AIQVGTSWKPVDQFLGVPYAAPPLGEK`
`2471`	`961.90`	`2882.67`	`2881.45`	`1.22`	`0`	`23`	`1.4e+02`	`1`	`FTASCPPSIKELFLDSGIFQPMLQGR`
`2475`	`1457.50`	`2912.98`	`2914.41`	`-1.42`	`0`	`8`	`4.5e+03`	`1`	`PSDAPSFCPSVALPALTENVALDSWQSL`
`2483`	`974.40`	`2920.17`	`2918.38`	`1.79`	`0`	`10`	`2.6e+03`	`3`	`VFMYHAPESYSHSSLELLTDVLYAF`
`2488`	`982.60`	`2944.77`	`2942.56`	`2.22`	`0`	`35`	`9.7`	`1`	`ACQRPQFWQTLQTQAQFQLLLPLGK`
`2526`	`1025.60`	`3073.77`	`3071.45`	`2.32`	`0`	`30`	`30`	`1`	`VAGSQPACESPQCPLPFSVADVAGGAILCER`
`2530`	`1031.30`	`3090.87`	`3089.45`	`1.43`	`0`	`10`	`2.9e+03`	`4`	`GNVFMYHAPESYSHSSLELLTDVLYAF`
`2596`	`1457.50`	`4369.47`	`4368.11`	`1.37`	`0`	`39`	`3.7`	`1`	`TYPFGWYQKPVSPSDAPSFCPSVALPALTENVALDSWQSL`

`3.`	`std_gi\|2190337\|sp\|P02769\|gnl\|PID\|e321614 Mass: 66420 Score: 1082 Peptides matched: 116`
	`std_gi\|2190337\|sp\|P02769\|gnl\|PID\|e321614`

	`Check to include this hit in error tolerant search or archive report`

`Query`	`Observed`	`Mr(expt)`	`Mr(calc)`	`Delta`	`Miss`	`Score`	`Expect`	`Rank`	`Peptide`
`4`	`527.40`	`526.39`	`526.28`	`0.11`	`0`	`18`	`4e+02`	`2`	`LFTF`
`5`	`527.50`	`526.49`	`526.28`	`0.21`	`0`	`(16)`	`5.6e+02`	`2`	`LFTF`
`11`	`562.50`	`561.49`	`561.35`	`0.14`	`0`	`(30)`	`35`	`1`	`VLIAF`
`12`	`562.60`	`561.59`	`561.35`	`0.24`	`0`	`30`	`34`	`1`	`VLIAF`
`29`	`734.40`	`733.39`	`733.33`	`0.06`	`0`	`13`	`1.6e+03`	`1`	`FLYEY`
`33`	`756.50`	`755.49`	`755.35`	`0.14`	`0`	`23`	`1.5e+02`	`3`	`DAFLGSF`
`39`	`789.60`	`788.59`	`788.46`	`0.13`	`0`	`27`	`67`	`6`	`LVTDLTK`
`43`	`793.60`	`792.59`	`792.40`	`0.20`	`0`	`13`	`1.2e+03`	`7`	`RPCFSAL`
`44`	`794.50`	`793.49`	`793.39`	`0.11`	`0`	`35`	`7.9`	`1`	`AEFVEVT`
`111`	`446.20`	`890.39`	`888.52`	`1.86`	`0`	`18`	`5.5e+02`	`5`	`LCKVASLR`
`141`	`462.30`	`922.59`	`921.48`	`1.10`	`0`	`44`	`0.98`	`1`	`AEFVEVTK`
`146`	`927.60`	`926.59`	`926.49`	`0.11`	`0`	`27`	`56`	`1`	`YLYEIAR`
`163`	`474.30`	`946.59`	`944.50`	`2.09`	`0`	`32`	`18`	`1`	`CDKPLLEK`
`180`	`961.70`	`960.69`	`959.56`	`1.14`	`0`	`(21)`	`2.2e+02`	`1`	`FQNALIVR`
`181`	`481.40`	`960.79`	`959.56`	`1.23`	`0`	`61`	`0.028`	`1`	`FQNALIVR`
`184`	`964.50`	`963.49`	`963.49`	`0.00`	`0`	`16`	`6.6e+02`	`5`	`LVNELTEF`
`250`	`508.10`	`1014.18`	`1013.61`	`0.57`	`0`	`37`	`5.9`	`1`	`QTALVELLK`
`252`	`508.30`	`1014.58`	`1013.61`	`0.97`	`0`	`36`	`8.2`	`8`	`KQTALVELL`
`259`	`1024.50`	`1023.49`	`1023.45`	`0.05`	`0`	`(16)`	`5.9e+02`	`1`	`CCTESLVNR`
`261`	`513.30`	`1024.58`	`1023.45`	`1.14`	`0`	`50`	`0.24`	`1`	`CCTESLVNR`
`303`	`525.80`	`1049.58`	`1048.51`	`1.08`	`0`	`18`	`3.8e+02`	`1`	`TPDETYVPK`
`432`	`573.10`	`1144.18`	`1141.71`	`2.48`	`0`	`46`	`0.75`	`1`	`KQTALVELLK`
`458`	`1163.60`	`1162.59`	`1162.62`	`-0.03`	`0`	`(26)`	`80`	`1`	`LVNELTEFAK`
`460`	`582.70`	`1163.38`	`1162.62`	`0.76`	`0`	`(44)`	`1.1`	`1`	`LVNELTEFAK`
`463`	`583.00`	`1163.98`	`1162.62`	`1.36`	`0`	`(19)`	`3.4e+02`	`1`	`LVNELTEFAK`
`464`	`583.30`	`1164.58`	`1162.62`	`1.96`	`0`	`54`	`0.1`	`1`	`LVNELTEFAK`
`469`	`586.20`	`1170.38`	`1169.62`	`0.76`	`0`	`41`	`2.5`	`1`	`RHPEYAVSVL`
`546`	`1223.40`	`1222.39`	`1222.55`	`-0.16`	`0`	`17`	`5e+02`	`2`	`ICDNQDTISSK`
`578`	`1249.60`	`1248.59`	`1248.61`	`-0.02`	`0`	`(24)`	`1.1e+02`	`2`	`FKDLGEEHFK`
`579`	`625.60`	`1249.18`	`1248.61`	`0.57`	`0`	`39`	`3.8`	`1`	`FKDLGEEHFK`
`580`	`417.80`	`1250.37`	`1248.61`	`1.76`	`0`	`(38)`	`4.1`	`1`	`FKDLGEEHFK`
`658`	`1305.70`	`1304.69`	`1304.71`	`-0.02`	`0`	`(32)`	`18`	`1`	`HLVDEPQNLIK`
`663`	`653.90`	`1305.78`	`1304.71`	`1.07`	`0`	`36`	`7.7`	`1`	`HLVDEPQNLIK`
`665`	`653.90`	`1305.78`	`1304.71`	`1.07`	`0`	`(7)`	`6.2e+03`	`10`	`HLVDEPQNLIK`
`669`	`436.60`	`1306.77`	`1304.71`	`2.07`	`0`	`(35)`	`9.5`	`1`	`HLVDEPQNLIK`
`670`	`654.40`	`1306.78`	`1304.71`	`2.07`	`0`	`(33)`	`13`	`1`	`HLVDEPQNLIK`
`709`	`1324.50`	`1323.49`	`1323.60`	`-0.11`	`0`	`17`	`6.1e+02`	`1`	`DAFLGSFLYEY`
`732`	`672.30`	`1342.58`	`1341.62`	`0.96`	`0`	`53`	`0.15`	`1`	`HADICTLPDTEK`
`751`	`1362.70`	`1361.69`	`1361.66`	`0.03`	`0`	`59`	`0.038`	`1`	`SLHTLFGDELCK`
`753`	`682.10`	`1362.18`	`1361.66`	`0.52`	`0`	`(38)`	`4.7`	`1`	`SLHTLFGDELCK`
`754`	`455.20`	`1362.57`	`1361.66`	`0.91`	`0`	`(27)`	`61`	`1`	`SLHTLFGDELCK`
`757`	`455.50`	`1363.47`	`1361.66`	`1.81`	`0`	`(27)`	`53`	`1`	`SLHTLFGDELCK`
`759`	`683.00`	`1363.98`	`1361.66`	`2.32`	`0`	`(42)`	`2`	`1`	`SLHTLFGDELCK`
`763`	`684.80`	`1367.58`	`1365.70`	`1.88`	`0`	`37`	`5.4`	`1`	`GEYGFQNALIVR`
`783`	`688.70`	`1375.38`	`1374.66`	`0.72`	`0`	`53`	`0.15`	`1`	`CQAEDKGACLLPK`
`803`	`1386.60`	`1385.59`	`1385.61`	`-0.02`	`0`	`(41)`	`2.3`	`1`	`YICDNQDTISSK`
`806`	`693.90`	`1385.78`	`1385.61`	`0.17`	`0`	`(23)`	`1.7e+02`	`2`	`YICDNQDTISSK`
`808`	`694.00`	`1385.98`	`1385.61`	`0.37`	`0`	`82`	`0.00021`	`1`	`YICDNQDTISSK`
`812`	`694.80`	`1387.58`	`1385.61`	`1.97`	`0`	`(73)`	`0.0016`	`1`	`YICDNQDTISSK`
`826`	`699.70`	`1397.38`	`1396.66`	`0.72`	`0`	`34`	`11`	`4`	`MPCTEDYLSLIL`
`833`	`701.00`	`1399.98`	`1398.69`	`1.30`	`0`	`81`	`0.00023`	`1`	`TVMENFVAFVDK`
`841`	`704.10`	`1406.18`	`1404.72`	`1.46`	`0`	`20`	`2.7e+02`	`9`	`RHPYFYAPELL`
`857`	`710.20`	`1418.38`	`1417.73`	`0.65`	`0`	`62`	`0.018`	`1`	`LKECCDKPLLEK`
`858`	`474.20`	`1419.57`	`1417.73`	`1.84`	`0`	`(52)`	`0.19`	`1`	`LKECCDKPLLEK`
`859`	`710.80`	`1419.58`	`1417.73`	`1.85`	`0`	`(61)`	`0.023`	`1`	`LKECCDKPLLEK`
`860`	`474.30`	`1419.87`	`1417.73`	`2.14`	`0`	`(60)`	`0.026`	`1`	`LKECCDKPLLEK`
`883`	`717.60`	`1433.18`	`1432.77`	`0.42`	`0`	`42`	`1.7`	`1`	`HLVDEPQNLIKQ`
`898`	`721.10`	`1440.18`	`1438.80`	`1.38`	`0`	`(45)`	`0.99`	`1`	`RHPEYAVSVLLR`
`901`	`481.20`	`1440.57`	`1438.80`	`1.77`	`0`	`69`	`0.0041`	`1`	`RHPEYAVSVLLR`
`963`	`740.90`	`1479.78`	`1478.79`	`1.00`	`0`	`(63)`	`0.013`	`1`	`LGEYGFQNALIVR`
`967`	`741.60`	`1481.18`	`1478.79`	`2.40`	`0`	`81`	`0.00022`	`1`	`LGEYGFQNALIVR`
`968`	`1483.80`	`1482.79`	`1482.83`	`-0.04`	`0`	`(29)`	`36`

`1.`	`std_sp\|P02768\|ALBU_HUMAN Mass: 66429 Score: 1255 Peptides matched: 136`
	`std_sp\|P02768\|ALBU_HUMAN`