GENSCAN 1.0	Date run:  3-Nov-116	Time: 19:07:54

Sequence gi568815597r:23261972_23467171 : 205200 bp : 44.98% 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.12 PlyA -   2696   2691    6                               1.05
 1.11 Term -  49095  48483  613  2  1   95   42   461 0.752  36.16
 1.10 Intr -  49351  49230  122  1  2   70   66    95 0.999   4.79
 1.09 Intr -  51731  51582  150  2  0   92   97    82 0.999   9.86
 1.08 Intr -  56717  56512  206  0  2   53   94   166 0.999  12.62
 1.07 Intr -  59692  59557  136  1  1   95   98    73 0.998   9.14
 1.06 Intr -  61761  61585  177  0  0   24   84    96 0.747   2.92
 1.05 Intr -  71660  71547  114  2  0   32  107    69 0.640   3.84
 1.04 Intr -  75890  75783  108  2  0   83   93    45 0.924   4.98
 1.03 Intr -  76637  76519  119  0  2   82  110   104 0.999  12.18
 1.02 Intr -  79049  78881  169  2  1   55   75   109 0.037   5.82
 1.01 Init -  82875  82813   63  0  0   80   37    99 0.066   3.16
 1.00 Prom -  88472  88433   40                              -2.66

 2.40 PlyA -  91641  91636    6                               1.05
 2.39 Term - 101250  99998 1253  1  2   76   43  1045 0.995  90.55
 2.38 Intr - 105197 105071  127  2  1  -14   97   101 0.825   1.05
 2.37 Intr - 106094 106002   93  2  0  109  115    26 0.581   7.56
 2.36 Intr - 119560 119472   89  2  2  112  100    59 0.716   9.19
 2.35 Intr - 122446 122371   76  1  1  119   31    70 0.916   3.49
 2.34 Intr - 125448 125302  147  0  0   95  110   245 0.988  27.83
 2.33 Intr - 132050 131908  143  0  2   30   78   295 0.944  22.77
 2.32 Intr - 133074 132877  198  1  0   81  100    30 0.696   2.82
 2.31 Intr - 135630 135514  117  1  0   88   51   103 0.811   7.04
 2.30 Intr - 135984 135821  164  2  2   91   93   154 0.997  15.82
 2.29 Intr - 146755 146693   63  0  0   78   98    33 0.220   1.13
 2.28 Intr - 155419 155278  142  2  1   86   66   148 0.917  11.81
 2.27 Intr - 156038 155933  106  2  1   77   66   161 0.970  12.59
 2.26 Intr - 157168 157106   63  1  0  108   75    76 0.960   7.21
 2.25 Intr - 160863 160660  204  0  0   96   43    96 0.937   5.30
 2.24 Intr - 162713 162594  120  2  0   42   89   162 0.354  12.39
 2.23 Intr - 169154 169064   91  1  1   92   74    10 0.321  -0.00
 2.22 Intr - 169947 169725  223  1  1   72   77    95 0.406   3.99
 2.21 Intr - 171301 171106  196  1  1   85   77    93 0.942   6.89
 2.20 Intr - 171722 171454  269  0  2  100   98   166 0.528  16.05
 2.19 Intr - 172398 172283  116  2  2  106   75   180 0.999  18.59
 2.18 Intr - 172647 172562   86  0  2   35   80   110 0.999   3.52
 2.17 Intr - 174057 173880  178  2  1   49   94   192 0.978  15.82
 2.16 Intr - 174683 174589   95  2  2   65   75    65 0.999   1.66
 2.15 Intr - 175073 174940  134  0  2  103   73   164 0.999  16.76
 2.14 Intr - 175349 175159  191  1  2  109   67   252 0.999  24.43
 2.13 Intr - 175626 175453  174  2  0   86   69   191 0.779  16.05
 2.12 Intr - 176863 176769   95  1  2   70  -23   163 0.528   2.16
 2.11 Intr - 177259 177190   70  0  1   65   89    28 0.831  -0.22
 2.10 Intr - 179246 179131  116  2  2   15  114    97 0.693   4.25
 2.09 Intr - 179502 179416   87  0  0   78   60   107 0.991   7.07
 2.08 Intr - 179759 179684   76  1  1   39   92    99 0.990   4.92
 2.07 Intr - 180300 180215   86  0  2   79   58    77 0.989   2.42
 2.06 Intr - 180641 180530  112  1  1   70   94    97 0.992   8.88
 2.05 Intr - 189557 189508   50  2  2  107  101    45 0.982   5.18
 2.04 Intr - 190800 190726   75  0  0   73  109    33 0.888   3.61
 2.03 Intr - 194055 193910  146  1  2  105   81   205 0.955  21.50
 2.02 Intr - 194223 194151   73  0  1   77  111    67 0.996   6.88
 2.01 Init - 198815 198783   33  2  0   49   91    54 0.311   1.67

Suboptimal exons with probability > 0.800

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

S.001 Init -  79037  78881  157  2  1   55   75   117 0.924   7.17
S.002 Init +  82758  82888  131  2  2  110   49   140 0.855   9.95


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815597r:23261972_23467171|GENSCAN_predicted_peptide_1|658_aa
MTERGPNAWLWACLGGTPAAGQHNKMANQVNGNAVQLKEEEEPMDTSSVTHTEHYKTLIE
AGLPQKVAERLDEIFQTGLVAYVDLDERAIDALREFNEEGALSVLQQFKESDLSHVQNKS
AFLCGVMKTYRQREKQGSKVQESTKGPDEAKIKALLERTGYTLDVTTGQRKYGGPPPDSV
YSGVQPGIGTEVFVGKIPRDLYEDELVPLFEKAGPIWDLRLMMDPLSGQNRGYAFITFCG
KEAAQEAVKLCDSYEIRPGKHLGVCISVANNRLFVGSIPKNKTKENILEEFSKVTEGLVD
VILYHQPDDKKKNRGFCFLEYEDHKSAAQARRRLMSGKVKVWGNVVTVEWADPVEEPDPE
VMAKVKVLFVRNLATTVTEEILEKSFSEFGKLERVKKLKDYAFVHFEDRGAAVKAMDEMN
GKEIEGEEIEIVLAKPPDKKRKERQAARQASRSTAYEDYYYHPPPRMPPPIRGRGRGGGR
GGYGYPPDYYGYEDYYDDYYGYDYHDYRGGYEDPYYGYDDGYAVRGRGGGRGGRGAPPPP
RGRGAPPPRGRAGYSQRGAPLGPPRGSRGGRGGPAQQQRGRGSRGSRGNRGGNVGGKRKA
DGYNQPDSKRRQTNNQQNWGSQPIAQQPLQQGGDYSGNYGYNNDNQEFYQDTYGQQWK

>gi568815597r:23261972_23467171|GENSCAN_predicted_CDS_1|1977_bp
atgaccgaaagaggcccgaacgcgtggctatgggcgtgtctggggggaacgccggccgcg
gggcagcataataaaatggctaatcaggtgaatggtaatgcggtacagttaaaagaagag
gaagaaccaatggatacttccagtgtaactcacacagaacactacaagacactgatagag
gcaggcctcccacagaaggtggcagaaagacttgatgaaatatttcagacaggattggta
gcttatgtcgatcttgatgaaagagcaattgatgctctcagggaatttaatgaagaagga
gctctgtctgtactacagcagttcaaggaaagtgacttatcacatgttcagaacaaaagt
gcatttttatgtggagttatgaagacctacaggcagagagagaaacaggggagcaaggtg
caagagtccacaaagggacctgatgaagcgaagatcaaggccttgcttgagagaactggt
tatactctggatgtaaccacaggacagaggaagtatggtggtcctccaccagacagtgtg
tactctggcgtgcaacctggaattggaacggaggtatttgtaggcaaaataccaagggat
ttatatgaggatgagttggtgcccctttttgagaaggccggacccatttgggatctacgt
cttatgatggatccactgtccggtcagaatagagggtatgcatttatcaccttctgtgga
aaggaagctgcacaggaagccgtgaaactgtgtgacagctatgaaattcgccctggtaaa
caccttggagtgtgcatttctgtggcaaacaacagactttttgttggatccattccgaag
aataagactaaagaaaacattttggaagaattcagtaaagtcacagagggtttggtggac
gttattctctatcatcaacccgatgacaaaaagaagaatcgggggttctgcttccttgaa
tatgaggatcacaagtcagcagcacaagccagacgccggctgatgagtggaaaagtaaaa
gtgtggggaaatgtagttacagttgaatgggctgaccctgtggaagaaccagatccagaa
gtcatggctaaggtaaaagttttgtttgtgagaaacttggctactacggtgacagaagaa
atattggaaaagtcattttctgaatttggaaaactcgaaagagtaaagaagttgaaagat
tatgcatttgttcattttgaagacagaggagcagctgttaaggctatggatgaaatgaat
ggcaaagaaatagaaggggaagaaattgaaatagtcttagccaagccaccagacaagaaa
aggaaagagcgccaagctgctagacaggcctccagaagcactgcgtatgaagattattac
taccaccctcctcctcgcatgccacctccaattagaggtcggggtcgtggtggggggaga
ggtggatatggctaccctccagattactacggctatgaagattactatgatgattactat
ggttatgattatcacgactatcgtggaggctatgaagatccctactacggctatgatgat
ggctatgcagtaagaggaagaggaggaggaaggggagggcgaggtgctccaccaccacca
agggggaggggagcaccacctccaagaggtagagctggctattcacagaggggggcacct
ttgggaccaccaagaggctctaggggtggcagagggggtcctgctcaacagcagagaggc
cgtggttcccgtggatctcggggcaatcgtgggggcaatgtaggaggcaagagaaaggca
gatgggtacaaccagcctgattccaagcgtcgtcagaccaacaaccaacagaactggggt
tcccaacccatcgctcagcagccgcttcagcaaggtggtgactattctggtaactatggt
tacaataatgacaaccaggaattttatcaggatacttatgggcaacagtggaagtag

>gi568815597r:23261972_23467171|GENSCAN_predicted_peptide_2|1958_aa
MNKADVNIRVQILEGDQAILQRIKKAVRAIHSSGLGHVENEEQYREAVESLGNSHLSQNS
HELSTGFLNLAVFTREVAALFKNLIQNLNNIVSFPLDSLMKGQLRDGRQDSKKQLEKAWK
DYEAKMAKLEKERDRARVTGGIPGEVAQDMQRERRIFQLHMCEYLLKAGESQMKQGPDFL
QSLIKFFHAQHNFFQDGWKAAQSLFPFIEKLAASVHALHQAQEDELQKLTQLRDSLRGTL
QLESREGQEHLSRKNSGCGYSIHQHQGNKQFGTEKVGFLYKKSDGIRRVWQKRKCGVKYG
CLTISHSTINRPPVKLTLLTCQVRPNPEEKKCFDLVTRECLRVRLVRDTSPCGPSGFGGG
SLGSGKASSISVGQKPPSLPTDNRTYHFQAEDEHECEAWVSVLQNSKDEALSSAFLGEPS
AGPGSWGSAGHDGEPHDLTKLLIAEVKSRPGNSQCCDCGAADPTWLSTNLGVLTCIQCSG
VHRELGVRFSRMQSLTLDLLGPSELLLALNMGNTSFNEVMEAQLPSHGGPKPSAESDMGT
RRDYIMAKYVEHRFARRCTPEPQRLWTAICNRDLLSVLEAFANGQDFGQPLPGPDAQAPE
ELVLHLAVKVANQASLPLVDFIIQNGGHLDAKAADGNTALHYAALYNQPDCLKLLLKGRA
LVGTVNEAGETALDIARKKHHKECEELVRTRGGKGPLTLSLSLLSPQPSEPPSLCFWQLE
QAQAGTFAFPLHVDYSWVISTEPGSDSEEDEEEKRCLLKLPAQAHWASGRLDISNKTYET
VASLGAATPQGESEDCPPPLPVKNSSRTLVQGCARHASGDRSEVSSLSSEAPETPESLGS
PASSSSLMSPLEPGDPSQAPPNSEEGLREPPGTSRPSLTSGTTPSEMYLPVRFSSESTRS
YRRGARSPEDGPSARQPLPRRNVPALLLPLCPSPRRASRANMGQEEELLRIAKKLEKMVA
RKNTAKATQPSLSGPRVSSSVKWEEEMVSFGDGFLWKCPELSPEKMQVWPQGPCSMEPVY
SHVCAWALGSVWEGALDLLKKLHSCQMSIQLLQTTRIGVAVNGVRKHCSDKEVVSLAKVL
IKNWKRLLDSPGPPKGEKGEEREKAKKKEKGLECSDWKPEAGLSPPRKKREDPKTRRDSV
DSKSSASSSPKRPSVERSNSSKSKAESPKTPSSPLTPTFASSMCLLAPCYLTGDSVRDKC
VEMLSAALKADDDYKDYGVNCDKMASEIEDHILELCRGCGCLHRLAAPIQVSLLYMALPS
NSFVFLIFFGSGDQENEAVFPELLQRVEGVGGSEACLGCSVWTETLWLVARDDFLPELKS
TDMKYRNRVRSRISNLKDPRNPGLRRNVLSGAISAGLIAKMTAEEMASDELRELRNAMTQ
EAIREHQMAKTGGTTTDLFQCSKCKKKNCTYNQVQTRSADEPMTTFVLCNECGNRWKVSS
LEDAEKPFKFCCLSGFVVLLMEQPAMNKRCLLAAFPALSPWRRTLVLEMAATLLMAGSQA
PVTFEDMAMYLTREEWRPLDAAQRDLYRDVMQENYGNVVSLDFEIRSENEVNPKQEISED
VQFGTTSERPAENAEENPESEEGFESGDRSERQWGDLTAEEWVSYPLQPVTDLLVHKEVH
TGIRYHICSHCGKAFSQISDLNRHQKTHTGDRPYKCYECGKGFSRSSHLIQHQRTHTGER
PYDCNECGKSFGRSSHLIQHQTIHTGEKPHKCNECGKSFCRLSHLIQHQRTHSGEKPYEC
EECGKSFSRSSHLAQHQRTHTGEKPYECNECGRGFSERSDLIKHYRVHTGERPYKCDECG
KNFSQNSDLVRHRRAHTGEKPYHCNECGENFSRISHLVQHQRTHTGEKPYECNACGKSFS
RSSHLITHQKIHTGEKPYECNECWRSFGERSDLIKHQRTHTGEKPYECVQCGKGFTQSSN
LITHQRVHTGEKPYECTECEKSFSRSSALIKHKRVHTD

>gi568815597r:23261972_23467171|GENSCAN_predicted_CDS_2|5877_bp
atgaataaagctgatgtaaacatccgtgtgcagatcttggaaggagaccaagccatcctg
cagagaataaagaaggctgtgcgggcaatccatagctccggccttggccatgtggagaat
gaagagcagtaccgagaggccgtggaatccttaggcaacagccacctgtcccagaacagc
catgagctgtccacaggcttcctaaacttggccgtgttcacccgcgaggttgctgcgctc
ttcaagaacctgattcagaacttgaacaacattgtctctttccccctggacagtctgatg
aaggggcagctgagggacggtcgacaggattccaaaaaacagctggagaaggcatggaag
gactatgaagccaaaatggccaagctggagaaggagcgcgatcgggccagggtgacagga
gggatccctggggaggtggcccaggacatgcagagagagcggcgcatcttccagctgcac
atgtgtgagtatctgctcaaagccggggagagccagatgaagcaaggtcctgacttcctt
cagagcctcatcaagttcttccacgcccagcacaactttttccaagatggctggaaggct
gcccagagcctgttccccttcatcgagaagctggcggcctcagtacatgcactccatcag
gcccaggaggacgagctacagaagctgacccagctccgggactccctccgagggacactg
cagcttgagagcagagagggacaggaacacctgagccggaagaactcaggatgtggctat
agcatccaccagcaccaaggcaacaagcagtttgggacggagaaagtgggctttctatac
aagaaaagtgacggaattcgaagagtctggcagaaaaggaagtgtggagtcaagtatggc
tgcctgaccatctcacacagcacgataaaccggcccccggtgaagctgaccctgctgacg
tgccaagtgaggccaaaccctgaggagaaaaagtgcttcgacctggtgacccgtgagtgc
ttgagagtccgacttgtcagggacacatctccatgtggccccagcggctttggtgggggc
tccctgggctccgggaaggccagcagcatttctgtgggtcagaagcccccttctctcccg
acagacaaccggacgtaccactttcaggcagaggacgagcacgagtgtgaggcgtgggtg
tcagtgttgcagaacagcaaggacgaagccctgagcagcgccttcctcggggagcccagc
gctggcccggggtcctgggggtccgccggccatgatggggagccgcacgacctcacaaag
ctgctcatcgcggaggtgaagagcaggcctgggaatagccagtgctgcgactgcggggct
gcagaccccacgtggctcagcaccaacctgggcgtgctcacctgcatccagtgctcgggc
gtccaccgcgaactgggcgtgcgcttttcgcgcatgcagtcactcaccttggacctgctg
ggcccctccgagttgttgctggccttgaacatgggaaacacgagcttcaatgaggtcatg
gaggcccagctaccctcacacggcggccctaaaccctcagctgagagtgacatgggcacc
cgcagggactacattatggccaagtatgtggagcataggtttgcacgccggtgcacacct
gagcctcagcgactctggacagccatttgcaacagggacctcctgtcggtactggaggcc
tttgccaatgggcaggactttggacagccgctgccagggcctgatgcacaggcacctgaa
gaactcgtcttgcatttggctgtcaaagtcgccaaccaggcttccctgcctctggtggat
ttcatcatccagaacggtggtcacctggatgccaaggctgctgacgggaacacggctctg
cactacgcagcactctacaaccagcccgactgcctcaagctgctgctgaaggggagagct
ttggttggcacagtaaatgaagcaggcgagacagctctggacatagccaggaagaagcac
cacaaggagtgtgaggagctggtgaggactcggggaggcaaggggcccctgactctttct
ctctccctgctgagcccccaaccctctgaaccaccaagcctttgtttttggcagctggag
caggcccaggcggggacctttgccttccctctacatgtggactactcctgggtaatttcc
acagagcctggctctgacagtgaggaggatgaggaagagaagcgctgcttgctgaagctc
ccggcccaggctcactgggccagtgggaggctggacatcagcaacaagacctatgagact
gtcgccagcctgggagcagccacccctcagggcgagagtgaggactgtcccccgcccttg
ccagtcaaaaactcttctcggactttggtccaagggtgtgcaagacatgccagtggagat
cgttctgaagtctccagcctgagttcagaggcccctgagacccctgagagcctgggcagt
ccagcctcctcctccagtctgatgagccccttggaacctggggatcccagccaagcccca
cccaactctgaagagggcctccgagagcccccaggcacctccagacccagcctgacatcc
gggaccaccccttcggagatgtacctccccgtcagattcagctccgagagcactcgctcc
tatcggcggggggcgcggagccctgaagatggtccctcagccaggcagcctctgcccaga
aggaacgtgccggccctactgctgcccctgtgcccctcgccccgccgggcgtcgcgggcc
aacatgggccaggaagaggagctgctgaggatcgccaaaaagctggagaagatggtggcc
aggaagaacacggcaaaagccactcaaccttccctttctggacctcgagtttcctcttct
gtgaaatgggaagaggaaatggtgtcttttggagatggattcctgtggaagtgcccagag
ctgtcccctgaaaagatgcaagtctggccgcagggtccctgcagcatggagccagtttac
agccacgtctgcgcctgggctctcggcagtgtctgggaaggggccctggaccttctgaag
aagctgcacagctgccagatgtccatccagctactacagacaaccaggattggagttgct
gttaatggggtccgcaagcactgctcagacaaggaggtggtgtccttggccaaagtcctt
atcaaaaactggaagcggctgctagactcccctggacccccaaaaggagaaaaaggagag
gaaagagaaaaggcaaagaagaaggaaaaagggcttgagtgttcagactggaagccagaa
gcaggcctttctccaccaaggaaaaaacgagaagaccccaaaaccaggagagactctgtg
gactccaagtcttctgcctcctcctctccaaaaagaccatcggtggaaagatcaaacagc
agcaaatcaaaagcggagagccccaaaacacctagcagccccttgacccccacgtttgcc
tcttccatgtgtctcctggccccctgctatctcacaggggactctgtccgggacaagtgt
gtggagatgctgtcagcagccctgaaggcggacgatgattacaaggactatggagtcaac
tgtgacaagatggcatcagaaatcgaagatcatatccttgaactgtgccggggctgtggg
tgtctgcaccgtctagcagcacccatccaagtctctttattgtatatggctcttcccagc
aacagctttgtcttcctgatcttctttggctcaggagaccaagaaaatgaggctgtgttc
cccgagctcctccagagggtggagggagtgggaggctcggaagcctgcctaggatgcagt
gtttggacagaaactctgtggttggtggccagggatgacttcctgccggagctcaagagc
acggacatgaagtaccggaaccgcgtgcgcagccgcataagcaacctcaaggaccccagg
aaccccggcctgcggcggaacgtgctcagtggggccatctccgcagggcttatagccaag
atgacggcagaggaaatggccagtgatgaactgagggagttgaggaatgccatgacccag
gaggccatccgtgagcaccagatggccaagactggcggcaccaccactgacctcttccag
tgcagcaaatgcaagaagaagaactgcacctataaccaggtgcagacacgcagtgctgat
gagcccatgactacctttgtcttatgcaatgaatgtggcaatcgctggaaggtctcctcc
ttggaggatgccgagaaacctttcaaattttgttgcctttctggttttgtagttctgctg
atggaacagccagccatgaacaagcgctgtctgctagctgcttttcctgctctctctccc
tggaggcgaacccttgtgctcgagatggcagccaccctgctcatggctgggtcccaggca
cctgtgacgtttgaagatatggccatgtatctcacccgggaagaatggagacctctggac
gctgcacagagggacctttaccgggatgttatgcaggagaattatggaaatgttgtctca
ctagattttgagatcaggagtgagaacgaggtaaatcccaagcaagagattagtgaagat
gtacaatttgggactacatctgaaagacctgctgagaatgctgaggaaaatcctgaaagt
gaagagggctttgaaagcggagataggtcagaaagacaatggggagatttaacagcagaa
gagtgggtaagctatcctctccaaccagtcactgatctacttgtccacaaagaagtccac
acaggcatccgctatcatatatgttctcattgtggaaaggccttcagtcagatctcagac
cttaatcgacatcagaagacccacactggagacagaccctataaatgttatgaatgtgga
aaaggcttcagtcgcagctcacaccttattcagcatcaaagaacacatactggggagagg
ccttatgactgtaacgagtgtgggaaaagttttggaagaagttctcacctgattcagcat
cagacaatccacactggagagaagcctcacaaatgtaatgagtgtggaaaaagtttctgc
cgtctctctcacctaatccaacaccaaaggacccacagtggtgagaaaccctatgagtgt
gaggagtgtgggaaaagcttcagccggagctctcacctagctcagcaccagaggacccac
acgggtgagaaaccttatgaatgtaacgaatgtggccgaggcttcagtgagagatctgat
ctcatcaaacactatcgagtccacacaggggagaggccctacaagtgtgatgagtgtggg
aagaatttcagtcagaactccgaccttgtgcgtcatcgcagagcccacacgggagagaag
ccataccactgtaacgaatgtggggaaaatttcagccgcatctcacacttggttcagcac
cagagaactcacactggagagaagccatatgaatgcaatgcttgtgggaaaagcttcagc
cggagctctcatctcatcacacaccagaaaattcacactggagagaagccttatgagtgt
aatgagtgttggcgaagctttggtgaaaggtcagatctaattaaacatcagagaacccac
acaggggagaagccctacgagtgtgtgcagtgtgggaaaggtttcacccagagctccaac
ctcatcacacatcaaagagttcacacgggagagaaaccttatgaatgtaccgaatgtgag
aagagtttcagcaggagctcagctcttattaaacataagagagttcatacggactaa