GENSCAN 1.0	Date run:  5-Nov-116	Time: 21:57:32

Sequence gi568815597f:155645829_155850134 : 204306 bp : 44.43% C+G : Isochore 2 (43 - 51 C+G%)

Parameter matrix: HumanIso.smat

Predicted genes/exons:

Gn.Ex Type S .Begin ...End .Len Fr Ph I/Ac Do/T CodRg P.... Tscr..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.06 PlyA -    584    579    6                               1.05
 1.05 Term -    846    587  260  1  2    3   42   162 0.632  -1.19
 1.04 Intr -   2795   2578  218  1  2  -12   99   234 0.436  12.65
 1.03 Intr -   4273   3986  288  0  0   67   94    71 0.345   1.96
 1.02 Intr -   5046   4944  103  1  1   81   76    86 0.432   5.93
 1.01 Init -  10963  10768  196  1  1   28   60   218 0.725  12.09
 1.00 Prom -  12385  12346   40                              -9.85

 2.15 PlyA -  13651  13646    6                               1.05
 2.14 Term -  15085  13829 1257  1  0   60   49   540 0.821  38.89
 2.13 Intr -  15595  15479  117  1  0   35   87    55 0.558   0.76
 2.12 Intr -  22949  22799  151  1  1   42   87   130 0.988   8.46
 2.11 Intr -  24669  24492  178  1  1   81  108    69 0.894   7.18
 2.10 Intr -  26903  26732  172  2  1   60   62   181 0.994  12.22
 2.09 Intr -  29268  29182   87  0  0  109   89    51 0.994   7.47
 2.08 Intr -  30918  30720  199  2  1   37   92   201 0.844  14.75
 2.07 Intr -  33684  33581  104  0  2   99   78   115 0.506  10.57
 2.06 Intr -  42793  42575  219  1  0  -14   31   210 0.086   3.60
 2.05 Intr -  43237  43102  136  0  1   25   92   112 0.051   5.87
 2.04 Intr -  49610  49496  115  0  1   76   -5    85 0.007  -2.49
 2.03 Intr -  51061  50936  126  2  0   59   95    57 0.433   4.15
 2.02 Intr -  51608  51436  173  1  2  103   61    25 0.438   0.89
 2.01 Init -  53090  53035   56  2  2   58   99    45 0.441   3.36
 2.00 Prom -  54452  54413   40                              -4.96

 3.00 Prom +  60509  60548   40                              -6.86
 3.01 Init +  63952  63996   45  0  0   76  113    -2 0.209   1.80
 3.02 Intr +  71178  71300  123  2  0   80  117    31 0.384   5.98
 3.03 Intr +  75689  75790  102  1  0   91   47    66 0.116   3.17
 3.04 Intr +  80164  80191   28  0  1   72   95    -7 0.131  -3.91
 3.05 Intr +  81780  81910  131  1  2   87   62   116 0.980   9.31
 3.06 Intr +  83214  83294   81  2  0   92   75    56 0.957   4.53
 3.07 Intr +  83380  83538  159  0  0   78   74    72 0.948   4.98
 3.08 Intr +  85528  85587   60  0  0   74  106    42 0.901   3.53
 3.09 Intr +  86116  86205   90  0  0  106   48    42 0.819   2.19
 3.10 Intr +  91118  91235  118  1  1  135   33    60 0.997   5.24
 3.11 Term +  92329  92414   86  2  2   93   46   124 0.998   6.52
 3.12 PlyA +  92683  92688    6                               1.05

 4.00 Prom +  93712  93751   40                              -5.56
 4.01 Init + 100001 100084   84  1  0   73   94   113 0.997   9.28
 4.02 Intr + 100177 100312  136  0  1  126   72   193 0.680  21.64
 4.03 Intr + 100791 100860   70  1  1  110   66    39 0.574   2.14
 4.04 Intr + 100968 101107  140  0  2   51   97     8 0.463  -1.89
 4.05 Intr + 101179 101355  177  2  0   28  100    89 0.813   3.99
 4.06 Intr + 101673 101703   31  1  1  100   95     3 0.453  -0.61
 4.07 Intr + 101735 101852  118  2  1   47   72   135 0.989   8.27
 4.08 Intr + 101934 102068  135  2  0   76   84    88 0.980   7.96
 4.09 Intr + 102572 102703  132  1  0  101   86    93 0.998  11.24
 4.10 Intr + 103694 103814  121  1  1   99   57    18 0.772  -0.13
 4.11 Term + 104095 104309  215  2  2   84   39   314 0.818  23.49
 4.12 PlyA + 104343 104348    6                               1.05

 5.33 PlyA - 104432 104427    6                              -5.41
 5.32 Term - 104905 104756  150  1  0   78   53   220 0.999  15.41
 5.31 Intr - 106041 105939  103  2  1   36   92   105 0.987   5.88
 5.30 Intr - 106762 106132  631  2  1   69  100   264 0.551  16.93
 5.29 Intr - 107586 107376  211  0  1   64  109   177 0.999  15.89
 5.28 Intr - 108660 108547  114  0  0   14  100    83 0.862   2.74
 5.27 Intr - 111249 111130  120  0  0   42   63   155 0.996   9.09
 5.26 Intr - 111495 111352  144  0  0   89   65   176 0.970  15.88
 5.25 Intr - 112206 112063  144  0  0   59   51   166 0.911  10.48
 5.24 Intr - 114813 114616  198  0  0   64   83   140 0.998  10.65
 5.23 Intr - 116546 116362  185  0  2   10   61   278 0.980  16.81
 5.22 Intr - 117736 117484  253  1  1   24   99   267 0.977  18.41
 5.21 Intr - 120881 119172 1710  2  0   69   94   913 0.883  77.32
 5.20 Intr - 121713 121597  117  0  0   35   87    55 0.625   0.76
 5.19 Intr - 125389 125239  151  0  1   52   87   123 0.995   8.76
 5.18 Intr - 127415 127238  178  0  1   78  108    62 0.534   6.18
 5.17 Intr - 129345 129174  172  0  1   91   62   181 0.989  15.32
 5.16 Intr - 130653 130567   87  0  0  107   89    79 0.998  10.07
 5.15 Intr - 131992 131794  199  0  1   50   91   216 0.993  17.45
 5.14 Intr - 133031 132996   36  1  0   84   74    57 0.500   1.28
 5.13 Intr - 138261 138158  104  0  2   99   78    62 0.656   5.27
 5.12 Intr - 139546 139506   41  2  2   78   74    59 0.311   1.44
 5.11 Intr - 146663 146586   78  0  0  118   34    37 0.253   0.82
 5.10 Intr - 149323 149222  102  2  0   72   81   152 0.982  13.05
 5.09 Intr - 159313 159121  193  1  1   91  115   199 0.981  21.97
 5.08 Intr - 167976 167806  171  0  0   65   99   140 0.995  12.94
 5.07 Intr - 168621 168502  120  0  0   56   84    53 0.838   2.39
 5.06 Intr - 170072 169977   96  2  0   35   78   220 0.960  15.91
 5.05 Intr - 170434 170384   51  1  0   99   92    35 0.945   4.10
 5.04 Intr - 174828 174778   51  0  0  105  103    55 0.995   7.80
 5.03 Intr - 175720 175646   75  1  0   75   59    65 0.801   2.01
 5.02 Intr - 176648 176458  191  0  2   74   84   198 0.797  17.30
 5.01 Init - 187513 187510    4  1  1   69   72     0 0.174  -3.34
 5.00 Prom - 188848 188809   40                              -3.96

 6.00 Prom + 192478 192517   40                              -4.86
 6.01 Sngl + 199544 200263  720  1  0   58   49   541 0.995  43.43
 6.02 PlyA + 201447 201452    6                               1.05


Suboptimal exons with probability > 0.800

Exnum Type S .Begin ...End .Len Fr Ph B/Ac Do/T CodRg P.... Tscr..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

S.001 Term +  75689  75862  174  1  0   91   36   106 0.803   3.46


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815597f:155645829_155850134|GENSCAN_predicted_peptide_1|354_aa
MVYNNHDLEEGKGIKKKQAKITIAIIGDALNAQRVPKGIPMGHKDNASKGSCFKCKKNGN
WAKDCKAIKLQMIMQQGFYPGNDASPGQQEVILSPLDRAGTPNEGNLGGDEGKGSPNNAS
SSMNPEVRLSSPQGSPKTHPVLMVSQWGPQLDQKLEERKIGQKKRKKMTLMTSPKMRKMK
CHQLLRNLCFLSQNSRRMSQEGESEEENSQEENSEPEEEEEEEAEGMESLEKEDEMTDEA
VGDSAEKPPSTFASPETAPEVETSRTPPGESIKAAGKGRNNHRACNKWGSWGLASKDTSK
LLLLYDEDILEQDPLREQKDLAFAQVYLTRIGKCCFLLLPVSMNVAASPSRDMF

>gi568815597f:155645829_155850134|GENSCAN_predicted_CDS_1|1065_bp
atggtgtataacaatcatgacctggaggaaggaaaaggaataaagaagaagcaagccaaa
attacgatagccatcattggagatgccctgaatgcccaaagagtgcccaagggaatccca
atgggccataaggataatgccagcaaaggctcttgcttcaaatgcaagaaaaatgggaat
tgggcaaaggactgtaaggccattaagcttcaaatgatcatgcagcagggcttctatcca
gggaatgatgccagccccggccaacaagaagtcatcctgtctccactagacagagcagga
acccccaatgaaggaaacttggggggagatgagggcaaaggatcaccaaataatgcttca
tcctccatgaatcctgaagtgaggcttagtagcccccagggaagcccaaagactcatcca
gtgttgatggtcagtcagtggggaccccagttggaccagaaactggaggagagaaagata
ggccagaaaaagaggaagaagatgactttgatgacctcacccaaaatgaggaagatgaaa
tgtcatcagcttctgaggaatctgtgctttctgtcccagaactccaggcgcatgagtcag
gagggtgagtctgaagaagagaattctcaggaggagaactctgagccggaagaagaggaa
gaagaagaagcagaaggaatggaaagcctggagaaagaggatgaaatgacggatgaagca
gttggagactctgctgagaagcctccttctacttttgcctcacctgagactgctccagaa
gtggagaccagcagaactccaccaggagagagcatcaaagctgctggaaaaggccgaaac
aatcatagagcttgcaacaagtggggaagttggggtctggccagcaaggacacctccaag
ctgctgttgctgtatgatgaggacattcttgagcaagaccccctcagggagcagaaggac
ttggcttttgcccaagtttatctgaccaggataggcaaatgttgcttcctgttactgcca
gtttctatgaatgtggctgcttctccttcaagggacatgttttaa

>gi568815597f:155645829_155850134|GENSCAN_predicted_peptide_2|1029_aa
MEDRQTKDSQRRKSFKLRRLAHLRKIEPMLKYWGLVPPIPEVISTNPPGLPKPTQKIVQP
AASSEKCPEWPPPPQLNLKDCFFTIPLAETDFEKFAFTIPAINNKEPAARYHWKVLPQGL
TNNYQIMWKQAKDIVQHRPQCQVLQLPYQGTGVNPRGKRLNAQPPRPPTTGRQRGARPPS
IPSPRSHGGGGEPQRRGDEPREGLRGSGELGEEVPVGERVRDGWLAGRPKVVVGGSSQRR
ARRHSYACGLTCALHGRSRAKRGTVGKNARREEWEFQDEMGFSNMEDDGPEEEERVAEPQ
ANFNTPQALRFEELLANLLNEQHQIAKELFEQLKMKKPSAKQQKEVEKVKPQCKEVHQTL
ILDPAQRKRLQQQMQQHVQLLTQIHLLATCNPNLNPEASSTRICLKELGTFAQSSIALHH
QYNPKFQTLFQPCNLMGAMQLIEDFSTHVSIDCSPHKTVKKTEVDLSEIYFLIANEFPCL
PKQVAWILATSKVFMYPELLPVCSLKAKNPQDKILFTKAEDNLLALGLKHFEGTEFLNPL
ISKYLLTCKTARQLTVRIKNLNMNRAPDNIIKFYKKTKQLPVLGKCCEEIQPHQWKPPIE
REEHRLPFWLKASLPSIQEELRHMADGAREVGNMTGTTEINSDQGLEKDNSELGSETRYP
LLLPKGVVLKLKPVADRFPKKAWRQKRSSVLKPLLIQPSPSLQPSFNPGKTPAQSTHSEA
PPSKMVLRIPHPIQPATVLQTVPGVPPLGVSGGESFESPAALPAMPPEARTSFPLSESQT
LLSSAPVPKVMMPSPASSMFRKPYVRRRPSKRRGARAFRCIKPAPVIHPASVIFTVPATT
VKIVSLGGGCNMIQPVNAAVAQSPQTIPIATLLVNPTSFPCPLNQPLVASSVSPLIVSGN
SVNLPIPSTPEDKAHMNVDIACAVADGENAFQGLEPKLEPQELSPLSATVFPKVEHSPGP
PPVDKQCQEGLSENSAYRWTVVKTEEGRQALEPLPQGIQESLNNSSPGDLEEVVKMEPED
ATEEISGFL

>gi568815597f:155645829_155850134|GENSCAN_predicted_CDS_2|3090_bp
atggaggaccgacagacaaaggactcccaaagacgaaaaagttttaagctccgcagactg
gcacacttacggaaaatagaacctatgttgaaatattgggggctggttcccccgataccg
gaggtgatttctaccaatccccccggtctccctaaacctacacagaaaattgttcagccc
gcagcttcttcagagaaatgtccggaatggccacctcctcctcagctgaatttaaaagac
tgcttctttacaattcctttggcagagacagattttgaaaaatttgcctttactatccct
gccattaataacaaagaacctgcagccagatatcattggaaggttttaccccaaggactt
acaaacaactatcaaattatgtggaaacaggccaaggacattgtacaacatcgtcctcag
tgccaggtactgcaactaccgtatcaaggaactggtgttaaccctcgagggaaacgactc
aacgcgcagccgccgcggcctccaaccaccggccggcagaggggcgctaggccgccctcg
atcccctcgccgcggtcccatggaggaggaggcgagccgcagcgccgcggcgacgaaccc
agggagggtctgagggggagtggagaactgggcgaggaggttcccgtgggtgagcgcgta
cgggatggctggctcgcaggacggccgaaggtggtggttggtgggagcagccagcgacga
gcccgtagacactcgtacgcgtgcgggctgacgtgcgcgctacatggccggagtcgggcg
aagcgggggaccgtggggaagaacgcgaggagggaggagtgggagttccaagatgagatg
ggattctccaacatggaagatgatggcccagaagaggaggagcgtgtggctgagcctcaa
gctaactttaacacccctcaagctctacggtttgaggaactactggccaacctactaaat
gaacaacatcagatagcgaaggaactatttgaacagctgaagatgaagaaaccttcagcc
aaacagcagaaggaggtagagaaggttaaaccccagtgtaaggaagttcatcagaccctg
attctggacccagcacaaaggaagagactccagcagcagatgcagcagcatgttcagctc
ttgacacaaatccaccttcttgccacctgcaaccccaatctcaatccggaggccagtagc
accaggatatgtcttaaagagctgggaacctttgctcaaagctccatcgcccttcaccat
cagtacaaccccaagtttcagaccctgttccaaccctgtaacttgatgggagctatgcag
ctgattgaagacttcagcacacatgtcagcattgactgcagccctcataaaactgtcaag
aagactgaagttgatttatcagagatttattttcttatagccaatgaatttccctgtttg
ccaaagcaagtggcttggatcctggccacaagcaaggttttcatgtatccagagttactt
ccagtgtgttccctgaaggcaaagaatccccaggataagatcctcttcaccaaggctgag
gacaatttgttagctttaggactgaagcattttgaagggactgagtttcttaaccctcta
atcagcaagtaccttctaacctgcaagactgcccgccaactgacagtgagaatcaagaac
ctcaacatgaacagagctcctgacaacatcattaaattttataagaagaccaaacagctg
ccagtcctaggaaaatgctgtgaagagatccagccacatcagtggaagccacctatagag
agagaagaacaccggctcccattctggttaaaggccagtctgccatccatccaggaagaa
ctgcggcacatggctgatggtgctagagaggtaggaaatatgactggaaccactgagatc
aactcagatcaaggcctagaaaaagacaactcagagttggggagtgaaactcggtaccca
ctgctattgcctaagggtgtagtcctgaaactgaagccagttgccgaccgtttccccaag
aaggcttggagacagaagcgttcatcagtcctgaaacccctccttatccaacccagcccc
tctctccagcccagcttcaaccctgggaaaacaccagcccaatcaactcattcagaagcc
cctccgagcaaaatggtgctccggattcctcacccaatacagccagccactgttttacag
acagttccaggtgtccctccactgggggtcagtggaggtgagagttttgagtctcctgca
gcactgcctgctatgccccctgaggccaggacaagcttccctctgtctgagtcccagact
ttgctctcttctgcccctgtgcccaaggtaatgatgccctcccctgcctcttccatgttt
cgaaagccatatgtgagacggagaccctcaaaaagaaggggagccagggcctttcgctgt
atcaaacctgcccctgttatccaccctgcatctgttatcttcactgttcctgctaccact
gtgaagattgtgagccttggcggtggctgtaacatgatccagcctgtcaatgcggctgtg
gcccagagtccccagactattcccatcgccaccctcttggttaaccctacttccttcccc
tgtccattgaaccagccccttgtggcctcctctgtctcacccttaattgtttctggcaat
tctgtgaatcttcctataccatccacccctgaagataaggcccacatgaatgtggacatt
gcttgtgctgtggctgatggggaaaatgcctttcagggcctagaacccaaattagagccc
caggaactatctcctctctctgctactgttttccccaaagtggaacatagcccagggcct
ccaccagtcgataaacagtgccaagaaggattgtcagagaacagtgcctatcgctggacc
gttgtgaaaacagaggagggaaggcaagctctggagccgctccctcagggcatccaggag
tctctaaacaactcttcccctggggatttagaggaagttgtcaagatggaacctgaagat
gctacagaggaaatcagtggatttctttga

>gi568815597f:155645829_155850134|GENSCAN_predicted_peptide_3|340_aa
MMLKGITRLISRIHKLDPGRFLHMGTQARQSIAAHLDNQVPVESPRAISRTNENDPAKHG
DQHEGQHYNISPQDLETVFPHGLPPRFVMQDWLILHIPDAHLWVKNCRDLLQSSYNKQRF
DQPLEASTWLKNFKTTNERFLNQIKVQEKYVWNKRESTEKGSPLGEVVEQGITRVRNATD
AVGIVLKELKRQSSLGMFHLLVAVDGINALWGRTTLKREDKSPIAPEELALVHNLRKMMK
NDWHGGAIVSALSQTGSLFKPRKAYLPQELLGKEGFDALDPFIPILVSNYNPKEFESCIQ
YYLENNWLQHEKAPTEEGKKELLFLSNANPSLLERHCAYL

>gi568815597f:155645829_155850134|GENSCAN_predicted_CDS_3|1023_bp
atgatgctgaaaggaataacaaggcttatctctaggatccataagttggaccctgggcgt
tttttacacatggggacccaggctcgccaaagcattgctgctcacctagataaccaggtt
ccagttgagagtccgagagctatttcccgcaccaatgagaatgacccggccaagcatggg
gatcagcacgagggtcagcactacaacatctccccccaggatttggagactgtatttccc
catggccttcctcctcgctttgtgatgcaggactggctgatactacatattccagatgct
catctttgggtgaaaaattgtcgggatcttctgcagtccagctacaacaaacagcgcttt
gatcaacctttagaggcttcaacctggctgaagaatttcaaaactacaaatgagcgcttc
ctgaaccagataaaagttcaagagaagtatgtctggaataagagagaaagcactgagaaa
gggagtcctctgggagaagtggttgaacagggcataacacgggtgaggaacgccacagat
gcagttggaattgtgctgaaagagctaaagaggcaaagttctttgggtatgtttcacctc
ctagtggccgtggatggaatcaatgctctttggggaagaaccactctgaaaagagaagat
aaaagcccgattgcccccgaggaattagcacttgttcacaacttgaggaaaatgatgaaa
aatgattggcatggaggcgccattgtgtcggctttgagccagactgggtctctctttaag
ccccggaaagcctatctgccccaggagttgctgggaaaggaaggatttgatgccctggat
ccctttattcccatcctggtttccaactataacccaaaggaatttgaaagttgtattcag
tattatttggaaaacaattggcttcaacatgagaaagctcctacagaagaagggaaaaaa
gagctgctgttcctaagtaacgcgaacccctcgctgctggagcggcactgtgcctacctc
taa

>gi568815597f:155645829_155850134|GENSCAN_predicted_peptide_4|452_aa
MAGGAREVLTLQLGHFAGFVGAHWWNQQDAALGRATDSKEPPGELCPDVLYRTGRTLHGQ
ETYTPRLILMDLKGSLSSLKEEGGLYRDKQLDAAIAWQGKLTTHKEELYPKNPYLQDFLS
AEVRASVLNFLTRCHNLRVSIGAGLRLGEQKGGYAVWPANSRRMKQPLPLNCLELNVDFS
DPSQGVLSSDGVWRVKSIPNGKGQEAEELREEMEAGRLEAFGQGESVLKEPKYQEELEDR
LHFYVEECDYLQGFQILCDLHDGFSGVGAKAAELLQDEYSGRGIITWGLLPGPYHRGAIL
PFHCSAILATALDTVTVPYRLCSSPVSMVHLADMLSFCGKKFFPSAADSLQGGSSLPPPL
LKLQSTGYGSGWFPQGSRYVGAVESIPVFGALCSSSSLHQTLEALARDLTKLDLRRWASF
MDAGVEHDDVAELLQELQSLAQCYQGGDSLVD

>gi568815597f:155645829_155850134|GENSCAN_predicted_CDS_4|1359_bp
atggcgggcggggcccgggaggtgctcacactgcagttgggacattttgccggtttcgtg
ggcgcgcactggtggaaccagcaggatgctgcgctgggccgagcgaccgattccaaggag
cccccgggagagctgtgccccgacgtcctgtatcgtacgggccggacgctgcacggccag
gagacctacacgccgcgactcatcctcatggatctgaagggtagtttgagctccctaaaa
gaggaaggtggactctacagggacaaacagttggatgctgcaatagcatggcaggggaag
ctcaccacacacaaagaggaactctatcccaagaacccttatctccaagactttctgagt
gcagaggtgagggcctctgtcctgaactttttaacccggtgccacaacctgagggtctcc
ataggggcaggactgcgactcggtgaacagaaaggaggctatgcggtgtggccagccaac
tcaaggaggatgaagcaacctttgcctctaaactgcctggaactaaatgtcgatttttct
gacccctcccagggagtgctgagtagtgatggtgtctggagggtcaaatccattcccaat
ggcaaaggacaagaggctgaggagttgagggaagagatggaagcaggtcggctggaggct
tttggccaaggggaaagtgtcctaaaggaacccaagtaccaggaagagctggaggacagg
ctgcatttctacgtggaggaatgtgactacttgcagggcttccagatcctgtgtgacctg
cacgatggcttctctggggtaggcgcgaaggcggcagagctgctacaagatgaatattca
gggcggggaataataacttggggcctgctacctggtccctaccatcgtggggccattctg
cccttccactgcagtgccatcctggctacagccctggacacagtcactgttccttatcgc
ctgtgttcctctccagtttccatggttcatctggctgacatgctgagcttctgtgggaaa
aagttcttcccatctgctgctgactccctgcagggtggctcctccttacccccacctctt
ctcaagctgcagtccaccgggtatggttctggatggttcccccaagggagcaggtatgta
ggagcagtggagagcatcccagtgtttggggcactgtgttcctcttcgtccctgcaccag
accctggaagccttggccagagacctcaccaaactcgacttgcggcgctgggccagcttc
atggatgctggagtggagcacgatgacgtagcagagctgctgcaggagctacaaagcctg
gcccagtgctaccagggtggtgacagcctcgtggactaa

>gi568815597f:155645829_155850134|GENSCAN_predicted_peptide_5|2059_aa
MEEQDNEESEKRRKKKKGTKRKRDGRGQEGTLAYDLKLDDMLDRTLEDGAKQHNLTAVNV
RNILHEVITNEHVVAMMKAAISETEDMPMFEPKMTRSKLKEVVEKGVVIPTWNISPIKKA
NEIKPPQFVDIHLEEDDSSDEEYQPDDEEEDETAEESLLESDVESTASSPRGAKKSRLRQ
SSEMTETDEESGILSEAEKVTTPAIRHISAEVVPMGPPPPPKPKQTRDSTFMEKLHAVDE
ELASSPVCMDSFQPMDDSLIAFRTRSKMPLKDVPLGQLEAELQAPDITPDMYDPNTADDE
DWKMWLGGLMNDDVGNEDEADDDDDPEYNFLEDLDEPDTEDFRTDRAVRITNCELLKSFV
LFIAVKLVAIFASRIEMEKEVNELMEELFETFQDEMGFSNMEDDGPEEEECVAEPRPNFN
TPQALRDMDGGEAISKLTFEEPLANLLNEQHRTVKELFEQLKMKKSSAKQLQEVEKVKPQ
SEKVHQTLILDPAQRKRLQQQMQQHVQLLTQIHLLATCNPNLNPEATTTRIFLKELGTFA
QSSIALHHQYNPKFQTLFQPCNLMGAMQLIEDFSTHVSIDCSPHKTVKKTEVDLSEIYFL
IANEFPCLPKQVAWILATSKVFMYPELLPVCSLKAKNPQDKIVFTKAEDNLLALGLKHFE
GTEFPNPLISKYLLTCKTAHQLTVRIKNLNMNRAPDNIIKFYKKTKQLPVLGKCCEEIQP
HQWKPPIEREEHRLPFWLKASLPSIQEELRHMADGAREVGNMTGTTEINSDRSLEKDNLE
LGSESRYPLLLPKGVVLKLKPVATRFPRKAWRQKRSSVLKPLLIQPSPSLQPSFNPGKTP
ARSTHSEAPPSKMVLRIPHPIQPATVLQTVPGVPPLGVSGGESFESPAALPAVPPEARTS
FPLSESQTLLSSAPVPKVMLPSLAPSKFRKPYVRRRPSKRRGVKASPCMKPAPVIHHPAS
VIFTVPATTVKIVSLGGGCNMIQPVNAAVAQSPQTIPITTLLVNPTSFPCPLNQSLVASS
VSPLIVSGNSVNLPIPSTPEDKAHVNVDIACAVADGENAFQGLEPKLEPQELSPLSATVF
PKVEHSPGPPLADAECQEGLSENSACRWTVVKTEEGRQALEPLPQGIQESLNNPTPGDLE
EIVKMEPEEAREEISGSPERDICDDIKVEHAVELDTGAPSEELSSAGEVTKQTVLQKEEE
RSQPTKTPSSSQEPPDEGTSGTDVNKGSSKNALSSMDPEVRLSSPPGKPEDSSSVDGQSV
GTPVGPETGGEKNGPEEEEEEDFDDLTQDEEDEMSSASEESVLSVPELQETMEKLTWLAS
ERRMSQEGESEEENSQEENSEPEEEEEEEAEGMESLQKEDEMTDEAVGDSAEKPPTFASP
ETAPEVETSRTPPGESIKAAGKGRNNHRARNKRGSRARASKDTSKLLLLYDEDILERDPL
REQKDLAFAQAYLTRVREALQHIPGKYEDFLQVIYEFESSTQRRTAVDLYKSLQILLQDW
PQLLKDFAAFLLPEQALACGLFEEQQAFEKSRKFLRQLEICFAENPSHHQKIIKVLQGCA
DCLPQEITELKTQMWQLLKGHDHLQDEFSIFFDHLRPAASRMGDFEEINWTEEKEYEFDG
FEEVALPDVEEEEEPPKIPTASKNKRKKEIGVQNHDKETEWPDGAKDCACSCHEGGPDSK
LKKSKRRSCSHCSSKVCDSKSYKSKEPHELVGSSPHREASPMPGAKEAGQGKDMMEEEAP
EERESTEATQSRTVRTTRKGEMPVSAGLAVGSTLPSPREVTVTERLLLDGPPPHSPETPQ
FPPTTGAVLYTVKRNQVGPEVRSCPKASPRLQKEREGQKAVSESEALMLVWDASETEKLP
GTVEPPASFLSPVSSKTRDAGRRHVSGKPDTQERWLPSSRARVKTRDRTCPVHESPSGID
TSETSPKAPRGGLAKDSGTQAKGPEGEQQPKAAEATVCANNSKVSSTGEKVVLWTREADR
VILTMCQEQGAQPQTFNIISQQLGNKTPAEVSHRFRELMQLFHTACEASSEDEDDATSTS
NADQLSDHGDLLSEEELDE

>gi568815597f:155645829_155850134|GENSCAN_predicted_CDS_5|6180_bp
atggaagaacaagacaatgaagaaagtgagaaaaggagaaaaaagaaaaagggtaccaag
aggaaacgagatggaaggggtcaagaagggaccttggcatatgacctgaaactggatgac
atgcttgaccgtaccttggaggatggtgccaagcagcacaatctaacagcagtcaatgtc
cgaaacatccttcatgaagtaatcacaaatgaacacgtggtagctatgatgaaagcagcc
atcagtgagacggaagatatgccaatgtttgagcctaaaatgacacgctctaaactgaag
gaagtagtggaaaaaggagtggtaattccaacatggaatatttcaccaattaagaaggcc
aatgaaattaagcctcctcagtttgtggatatccaccttgaagaagatgattcctcagat
gaagaataccagccggatgatgaagaagaagatgaaactgctgaagagagcttattggaa
agtgatgttgaaagcactgcttcatctccacgtggggcaaagaaatccagattgaggcag
tcttctgagatgactgaaacagatgaggagagtggcatattatcagaggctgagaaagtc
accacaccagccatcaggcacatcagtgctgaggtagtgcccatggggcccccgccccct
ccaaagccgaaacagaccagagatagtactttcatggagaagttacatgcggtagatgag
gagctggcttccagtccagtctgcatggattctttccagcccatggatgacagtctcatt
gcatttcgaacgcgttctaagatgcccctgaaagatgttcccctgggccaattagaggca
gagctccaagctccagacatcactccagatatgtatgaccccaatacggcagatgatgag
gactggaagatgtggctggggggacttatgaatgatgatgtggggaatgaagatgaagca
gatgatgatgatgatccagaatataatttcctggaagacctcgatgaaccagacacagag
gatttccggactgaccgggcagtgagaatcaccaactgtgaacttctcaagagctttgtt
ttgtttattgctgtaaagctggtggcaatatttgccagtcgaatagagatggaaaaggaa
gtaaatgagctgatggaagagctgtttgaaactttccaagatgagatgggattctccaac
atggaagatgatggcccagaagaggaggagtgtgtagctgagcctcgtcctaactttaac
acccctcaagctctacgggacatggatggaggtgaagccatcagcaagctaacgtttgag
gaaccactggccaacctgttaaatgaacaacatcggacagtgaaggagctatttgaacag
ctgaagatgaagaaatcttcagccaaacagctgcaggaagtagagaaggttaaaccccag
agtgagaaagttcatcagactctgattctggacccagcacagaggaagagactccagcag
cagatgcagcagcacgttcagctcttgacccaaatccaccttcttgccacctgcaacccc
aacctcaatccggaggccactaccaccaggatatttcttaaagagctgggaacctttgct
caaagctccatcgcccttcaccatcagtacaaccccaagtttcagaccctgttccaaccc
tgtaacttgatgggagctatgcagctgattgaagacttcagcacacatgtcagcattgac
tgcagccctcataaaactgtcaagaagactgaagttgatttatccgagatttattttctt
atagcgaatgaatttccctgtttgccaaagcaagtggcttggattctggccacaagcaag
gttttcatgtatccagagttacttccagtgtgttccctgaaggcaaagaatccccaggat
aagatcgtcttcaccaaggctgaggacaatttgttagctttaggactgaagcattttgaa
ggaactgagtttcctaatcctctaatcagcaagtaccttctaacctgcaaaactgcccac
caactgacagtgagaatcaagaacctcaacatgaacagagctcctgacaacatcattaaa
ttttataagaagaccaaacagctgccagtcctaggaaaatgctgtgaagagatccagcca
catcagtggaagccacctatagagagagaagaacaccggctcccattctggttaaaggcc
agtctgccatccatccaggaagaactgcggcacatggctgatggtgctagagaggtagga
aatatgactggaaccactgagatcaactcagatcgaagcctagaaaaagacaatttggag
ttggggagtgaatctcggtacccactgctattgcctaagggtgtagtcctgaaactgaag
ccagttgccacccgtttccccaggaaggcttggagacagaagcgttcatcagtcctgaag
cccctccttatccaacccagcccctctctccagcccagcttcaaccctgggaaaacacca
gcccgatcaactcattcagaagcccctccgagcaaaatggtgctccggattcctcaccca
atacagccagccactgttttacagacagttccaggtgtccctccactgggggtcagtgga
ggtgagagttttgagtctcctgcagcactgcctgctgtgccccctgaggccaggacaagc
ttccctctgtctgagtcccagactttgctctcttctgcccctgtgcccaaggtaatgctg
ccctcccttgccccttctaagtttcgaaagccatatgtgagacggagaccctcaaagaga
agaggagtcaaggcctctccctgtatgaaacctgcccctgttatccaccaccctgcatct
gttatcttcactgttcctgctaccactgtgaagattgtgagccttggcggtggctgtaac
atgatccagcctgtcaatgcggctgtggcccagagtccccagactattcccatcactacc
ctcttggttaaccctacttccttcccctgtccattgaaccagtcccttgtggcctcctct
gtctcacccttaattgtttctggcaattctgtgaatcttcctataccatccacccctgaa
gataaggcccacgtgaatgtggacattgcttgtgctgtggctgatggggaaaatgccttt
cagggcctagaacccaaattagagccccaggaactatctcctctctctgctactgttttc
ccgaaagtggaacatagcccagggcctccactagcagatgcagagtgccaagaaggattg
tcagagaatagtgcctgtcgctggaccgttgtgaaaacagaggaggggaggcaagctctg
gagccgctccctcagggcatccaggagtctctaaacaaccctacccctggggatttagag
gaaattgtcaagatggaacctgaagaagctagagaggaaatcagtggatcccctgagcgt
gatatttgtgatgacatcaaagtggaacatgctgtggaattggacactggtgccccaagc
gaggagttgagcagtgctggagaagtaacgaaacagacagtcttacagaaggaagaggag
aggagtcagccaactaaaaccccttcatcttctcaagagccccctgatgaaggaacctca
gggacagatgtgaacaaaggatcatcaaagaatgctttgtcctcaatggatcctgaagtg
aggcttagtagccccccagggaagccagaagattcatccagtgttgatggtcagtcagtg
gggactccagttgggccagaaactggaggagagaagaatgggccagaagaagaggaagaa
gaggactttgatgacctcacccaagatgaggaagatgaaatgtcatcagcttctgaggaa
tctgtgctttctgtcccagaactccaggaaacaatggagaaactgacttggctggcatct
gaaaggcgcatgagtcaggagggtgagtctgaagaagagaattctcaggaggagaactct
gagccagaagaagaggaggaagaagaagcagaaggaatggaaagcctgcagaaagaggat
gaaatgacggatgaagcagttggagactctgctgagaagcctcctacttttgcttcacct
gagactgctccagaagtggagaccagcagaactccaccaggagagagcatcaaagctgct
ggaaaaggccggaacaatcatcgagctcgcaacaagcggggaagtcgggctcgggccagc
aaggacacctccaagctgctgttgctgtatgatgaggacattctcgagcgagatccactc
agggagcagaaggacttggcctttgcccaagcttatctgaccagggtgcgagaagcccta
caacatatccctggcaagtatgaagacttccttcaagtcatctatgaatttgagtcaagt
acccagagacggacggctgtagatctctacaaaagcctgcaaattctgctccaagactgg
cctcagctgttgaaagactttgctgctttcctgttacctgagcaagctctggcctgtgga
ttatttgaggagcagcaggcttttgagaagagccgcaagttccttcggcagctggagatt
tgctttgcagagaacccctcacaccaccagaagattatcaaggtcctccaaggctgtgca
gactgccttccccaggagatcaccgagctcaagacacagatgtggcagctcctcaagggc
cacgaccacctgcaggatgagttttctatcttctttgaccacttgcgcccagcagctagc
cggatgggtgactttgaagagatcaattggactgaggaaaaggagtatgagtttgatggc
tttgaagaagtggccctgcctgatgtggaagaagaggaggagcctcccaagatacccaca
gcctcaaagaacaagaggaaaaaagagatcggggtccaaaatcatgataaggagactgaa
tggccagatggggccaaggactgtgcctgctcctgccatgaaggaggtccagattccaag
ctgaagaagagcaaaaggcggagctgtagccactgtagcagcaaggtctgtgacagcaaa
tcctacaagagcaaggagccccatgagttggtgggcagcagcccccaccgagaggctagt
cctatgcctggtgctaaggaagctgggcagggcaaggatatgatggaagaggaagcccca
gaggagcgggagagcactgaggccacccagagcaggactgtcaggaccaccagaaaggga
gagatgcctgtttcagcaggattggcagtggggagcactttgccatcccctcgagaagtg
actgttacagaacggctcctcctggatggcccaccacctcattcaccagagactcctcaa
tttccccccacaactggagctgtactgtacactgttaagagaaaccaggttgggcctgag
gttcgctcctgccccaaggcatcccccagacttcagaaagagagggagggccaaaaggca
gtgagtgagtcagaggctttgatgctggtctgggatgcatcagaaactgagaaattgcct
ggtaccgtggaaccccctgcttccttcctgagtcctgtttcctcaaagaccagagatgca
gggagaagacatgtgtccgggaaaccagacactcaagagagatggctgccctcaagcaga
gctcgggtgaagacaagagacaggacgtgccctgtccatgaatctccatcaggaattgac
acctcagagacttctcccaaagcccctagagggggtttggctaaagacagtggaacacag
gccaagggtccagagggggagcagcagccaaaggccgcagaagctacggtgtgtgccaac
aacagcaaggtcagctccactggggaaaaggttgtcctgtggacaagggaagctgaccgt
gtgatcctcaccatgtgccaggagcaaggggcacagccacagaccttcaacatcatctcc
cagcagctgggaaataagacccctgctgaggtttcccaccgttttcgagaactcatgcag
ctcttccacactgcctgtgaagccagctctgaggatgaggatgatgcaaccagtaccagc
aatgcagaccagctgtctgaccatggggaccttctgtctgaagaggagctggatgaatga

>gi568815597f:155645829_155850134|GENSCAN_predicted_peptide_6|239_aa
MRLDLVVQKVVVHPQVLLNVVDHFNRISKVGNQKCILHVLLRSWQMKVLDVSSSFTVPFN
EDDKDNCFLAHDYLKNTYRMFKRVNARERIVEWYHIGPKLHKNDTAFNEIMKRYCRNSVL
VTSDMKPKDLGLPTEAYISVEVYEDGTSALKTFEHVTSETAAEEAKEIGVKHLLQDIKDT
TVGTLSQCITNQVLDLKGLNSKLLGTRSYLEKVATGKLSTNHQFIYQLQVFKLLPVISL

>gi568815597f:155645829_155850134|GENSCAN_predicted_CDS_6|720_bp
atgaggctggacctggtggtgcagaaggtggtagtccacccccaggtactgctcaatgtg
gtggatcatttcaacagaatcagcaaggttggaaaccagaaatgcattcttcatgtgctt
ttgcggtcatggcaaatgaaagtacttgatgtatccagcagttttacagtcccttttaat
gaagatgacaaagataattgttttttagcccacgattatttgaaaaacacatacagaatg
tttaagagggtgaatgccagggaaagaatagttgagtggtaccacataggccctaaacta
cacaagaatgacactgccttcaatgaaatcatgaaaagatactgccgtaactcagtattg
gtcactagtgacatgaagccaaaggacttagggctgcctacagaagcatatatttcagta
gaagtctatgaagatggaacttcagccttgaaaacatttgagcatgtgaccagtgaaact
gcagcagaggaagctaaggaaattggagttaaacacttgttacaagacatcaaagacact
acagtgggcactctttcccagtgtatcacaaaccaggtcctggatttgaagggactgaac
tccaagcttctgggtaccagaagctacctggaaaaagttgccacaggcaaactgtccacc
aaccaccaattcatctatcagctgcaggtcttcaagctgctgccagtcattagcctatag