LOCUS       NM_001162884           10084 bp    mRNA    linear   ROD 06-AUG-2024
DEFINITION  Mus musculus immunoglobulin superfamily, member 10 (Igsf10), mRNA.
ACCESSION   NM_001162884 XM_887155
VERSION     NM_001162884.1
KEYWORDS    RefSeq; RefSeq Select.
SOURCE      Mus musculus (house mouse)
  ORGANISM  Mus musculus
            Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
            Mammalia; Eutheria; Euarchontoglires; Glires; Rodentia; Myomorpha;
            Muroidea; Muridae; Murinae; Mus; Mus.
REFERENCE   1  (bases 1 to 10084)
  AUTHORS   Howard,S.R., Guasti,L., Ruiz-Babot,G., Mancini,A., David,A.,
            Storr,H.L., Metherell,L.A., Sternberg,M.J., Cabrera,C.P.,
            Warren,H.R., Barnes,M.R., Quinton,R., de Roux,N., Young,J.,
            Guiochon-Mantel,A., Wehkalampi,K., Andre,V., Gothilf,Y.,
            Cariboni,A. and Dunkel,L.
  TITLE     IGSF10 mutations dysregulate gonadotropin-releasing hormone
            neuronal migration resulting in delayed puberty
  JOURNAL   EMBO Mol Med 8 (6), 626-642 (2016)
   PUBMED   27137492
  REMARK    Publication Status: Online-Only
REFERENCE   2  (bases 1 to 10084)
  AUTHORS   Gu,Z., Imai,F., Kim,I.J., Fujita,H., Katayama,Ki., Mori,K.,
            Yoshihara,Y. and Yoshida,Y.
  TITLE     Expression of the immunoglobulin superfamily cell adhesion
            molecules in the developing spinal cord and dorsal root ganglion
  JOURNAL   PLoS One 10 (3), e0121550 (2015)
   PUBMED   25826454
  REMARK    Publication Status: Online-Only
REFERENCE   3  (bases 1 to 10084)
  AUTHORS   Homma,S., Shimada,T., Hikake,T. and Yaginuma,H.
  TITLE     Expression pattern of LRR and Ig domain-containing protein (LRRIG
            protein) in the early mouse embryo
  JOURNAL   Gene Expr Patterns 9 (1), 1-26 (2009)
   PUBMED   18848646
REFERENCE   4  (bases 1 to 10084)
  AUTHORS   Segev,O., Samach,A., Faerman,A., Kalinski,H., Beiman,M.,
            Gelfand,A., Turam,H., Boguslavsky,S., Moshayov,A., Gottlieb,H.,
            Kazanov,E., Nevo,Z., Robinson,D., Skaliter,R., Einat,P.,
            Binderman,I. and Feinstein,E.
  TITLE     CMF608-a novel mechanical strain-induced bone-specific protein
            expressed in early osteochondroprogenitor cells
  JOURNAL   Bone 34 (2), 246-260 (2004)
   PUBMED   14962803
COMMENT     PROVISIONAL REFSEQ: This record has not yet been subject to final
            NCBI review. The reference sequence was derived from AC135238.4 and
            AC122038.3.
            
            On Jun 27, 2009 this sequence version replaced XM_887155.2.
            
            Sequence Note: The RefSeq transcript and protein were derived from
            genomic sequence to make the sequence consistent with the reference
            genome assembly. The genomic coordinates used for the transcript
            record were based on alignments.
            
            ##Evidence-Data-START##
            RNAseq introns :: single sample supports all introns SAMN00849381,
                              SAMN00849382 [ECO:0000348]
            ##Evidence-Data-END##
            
            ##RefSeq-Attributes-START##
            RefSeq Select criteria :: based on conservation, expression,
                                      longest protein
            ##RefSeq-Attributes-END##
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-567               AC135238.4         65151-65717
            568-762             AC135238.4         68074-68268
            763-892             AC135238.4         69602-69731
            893-1283            AC135238.4         72820-73210
            1284-5543           AC135238.4         77364-81623
            5544-6444           AC122038.3         199-1099
            6445-10084          AC122038.3         6160-9799
FEATURES             Location/Qualifiers
     source          1..10084
                     /organism="Mus musculus"
                     /mol_type="mRNA"
                     /strain="C57BL/6"
                     /db_xref="taxon:10090"
                     /chromosome="3"
                     /map="3 29.03 cM"
     gene            1..10084
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /note="immunoglobulin superfamily, member 10"
                     /db_xref="GeneID:242050"
                     /db_xref="MGI:MGI:1923481"
     exon            1..567
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /inference="alignment:Splign:2.1.0"
     exon            568..762
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /inference="alignment:Splign:2.1.0"
     CDS             569..8353
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /codon_start=1
                     /product="immunoglobulin superfamily member 10 precursor"
                     /protein_id="NP_001156356.1"
                     /db_xref="CCDS:CCDS50915.1"
                     /db_xref="GeneID:242050"
                     /db_xref="MGI:MGI:1923481"
                     /translation="MQKRGREVSCLLISLTAICLVVTPGSRVCPRRCACYVPTEVHCT
                     FRYLTSIPDGIPANVERVNLGYNSLTRLTENDFSGLSRLELLMLHSNGIHRVSDKTFS
                     GLQSLQVLKMSYNKVQIIEKDTLYGLRSLTRLHLDHNNIEFINPEAFYGLTLLRLVHL
                     EGNRLTKLHPDTFVSLSYLQIFKTSFIKYLYLSDNFLTSLPKEMVSSMPNLESLYLHG
                     NPWTCDCHLKWLSEWMQGNPDIIKCKKERIPSSPQQCPLCMNPRISKGRSIAMVPSGS
                     FLCTKPTIDPSLKSKSLGIQEDNGSASVSPQDFIEPFGSLSLNMTDLSGNKANVICSI
                     QKPSRTLPIAFTEENDYIMLNMSFSTNLVCSVNYNHIQPVWQLLALYSDSPLILERKP
                     QHTETPLLSPKYQQVALRPEDTFTNIEADFKADPFWFQQEKISLQLNRTATTLSTLQI
                     QFSTDAQITLPKAEMRPVKRKWTMILMMNNTRLEHTVLVGGTIALDCPGKGDPSPHLE
                     WVLADGSKVRAPYVSEDGRILIDKKGKLELQMADTFDAGLYHCISTNDADADILTYRI
                     TVVEPYVENKHENGALHTVIMGEILDLPCLSTGIPDASISWILPRNTVFSQSSRDMQI
                     LNNGTLRILQATPKDQGHYRCVAANPSGADFSSFQVSVQMKGQRTIEHDRDIDGSGLE
                     EPKPSVLLKQPPSLKLPASSLTGTEAGKQVSGIHKKNKHRDLTHRRRGDSTLRRFREH
                     RRQLPLSARRIDPQHWAALLEKAKKNSVLRKQENTTVKPTPLAIPLVELAGEEKDASG
                     LTPPDEEFTVLKTKAFGVPERSPTADSRPVNHGFVTSSASGTEVSSTVNPQTLLPTHL
                     PDFKLFNVVDSAAVSKSMNRPVTSKIEDTTHQNPIIIFPSVAEIQDSAQVGRTSSQSA
                     HPATGGAMATYGYTTMLSSFTNKANTVLQSANPTESYGPQIPLTEVSRVSSNNSLAHT
                     TKDPGFSKRPSDSHTTAPSLFQTPRNNSTGNVGRERTIWSRGRAISPYRTPVLRRHRH
                     RIVRPALKGPANRNISQVSATEPPGMCRTCSSTERLTMATAALSVTGSSHTTLPKANN
                     VGIISEESTTVVKKPSLLLKNKQDVDIETITTTINYFRSESTHMTPTEASMISAPTSI
                     SLGKTPIDTSGHLSMPRTIQAGTDLVVTPPLSSPLSQPSIPTKATSTKLSRRKIPWHP
                     IFANNHNKEGMLKNLHQFGLQKNTATKPPEKAPLLPTDHGSSSPSTTLLASLTPAQSA
                     TMAATRRNGTEVQGARSLSAGKEQPFINSFLVLPSTTRKRSSTLSFLSVETPTVTTPP
                     VIASAIISETQEVRSKKAKDQTKGSLKNRKGPTITPRQISGYSTYSVPTTTDTPLAFS
                     HSPGKVTGRTVSTAAPHSAASLLGITELPQKCTHTSGNITASETTLLSKSQESTAMKR
                     ASATPPLLSSGAPRMPTPSPPPFTKVVVTDSEVPAVFKMMSNRMVTIYESSRHDIDLQ
                     QPSAEASPNPEILTGSTDFPLSSLLTSTPMPAPRVDKPQDSQWKPSPWPENKFQLRSY
                     SETIEKGKRPEISLSPHLSFPEASTHALHWNAQRHAEKSVFDKKPAQNPTSKHLPYDS
                     LPKTILKKPRIIGGKAASFTVPTNSDVLLPCEAVGDPKPTIHWTRVSSGREISRGIQK
                     TRFHVLPNGTLSIQRVSIQDRGQYLCAASNPLGVDHLHVTLSVVSYPARILESHVKEI
                     TAHSGSTVKLKCRVEGMPRPTISWILANQTVVSETPEGSRKVWVTPDGTLIIHNLSLY
                     DRGFYKCVANNPSGQDSLLVKIQVITAPPVIIEQKRQAIVGVLGESLKLPCTAKGTPQ
                     PSVHWVLYDGTELKPLQLTHSRFFLYPNGTLYIRNIVSSVRGTYECIATSSSGSERRV
                     VILRVEEQETVPRIETASQKWTEVNLGEKLLLNCSATGDPKPTIIWKLPSKVVIDQWH
                     RMGSRIHVYPNGSLVIGSVTEKDGGDYLCVARNKMGDDLVLMHVRLRLTPAKIEHKQH
                     FKKQVLHGKDFQVDCKASGSPVPEVSWSLPDGTVVNNVAQADDSGYRTKRYTLFHNGT
                     LYFNKVGMAEEGDYICSAQNTLGKDEMKVHLTVLTAIPRIRQNYRSNVRIKAGDTAVL
                     DCEVTGEPKPNVFWLLPSNNVISFSNDRFIFHANGTLSINKVKPLDSGKYVCVAQNPS
                     GDDTKTYKLDIVSRPPLINGLYANKTVIKATAIQHSKKHLDCRADGVPPPQITWIMPD
                     NIFLTAPYYGGRITVHQNGTLEIRNIRLSDSADFTCVVRSEGGESVLVVQLKVLEMLR
                     RPTFRNPFNEKVVAQVGKPVAMNCSVDGNPTPEIIWILPDGTQFANGPQNSPYLMASN
                     GSLIVYKATRNKSGKYRCTARNKVGYIEKLILLEIGQKPVILTYEPGMIKSAGGESLS
                     LHCVSDGIPKPNVKWTTPGGLVIDRPQVGGKYILHENGTLVIKETTAHDRGNYICKAQ
                     NSVGQAVISVPVTIVAYPPRIINYLPRSMLRRTGEAMQLHCVALGVPKPQITWETPGY
                     SLLSTATERRPHRSEMLPLQGTLVIQNLRASDSGVYKCRAQNVLGADYATTYIQVL"
     exon            763..892
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /inference="alignment:Splign:2.1.0"
     exon            893..1283
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /inference="alignment:Splign:2.1.0"
     exon            1284..5543
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /inference="alignment:Splign:2.1.0"
     exon            5544..6444
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /inference="alignment:Splign:2.1.0"
     exon            6445..10084
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /inference="alignment:Splign:2.1.0"
     regulatory      8656..8661
                     /regulatory_class="polyA_signal_sequence"
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /note="hexamer: AGTAAA"
     polyA_site      8680
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /note="major polyA site"
     regulatory      8825..8830
                     /regulatory_class="polyA_signal_sequence"
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /note="hexamer: GATAAA"
     polyA_site      8845
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /note="major polyA site"
     polyA_site      8898
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
     regulatory      9263..9268
                     /regulatory_class="polyA_signal_sequence"
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /note="hexamer: AATATA"
     polyA_site      9283
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
     regulatory      10037..10042
                     /regulatory_class="polyA_signal_sequence"
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
                     /note="hexamer: AACAAA"
     polyA_site      10056
                     /gene="Igsf10"
                     /gene_synonym="6530405F15Rik; 9030224D03; Adlican2;
                     CMF608"
ORIGIN      
        1 gggcgagaca gagggtggga tgggcagaag ggtccaggaa aaggaaagta ctggagggga
       61 gttgggacaa aagcagcgac caagggaaca tcgcttcagt gactgaagcc aggcaaaagg
      121 agcgggaagg attatatgta gcctgggacg ctttcataaa cactgatgac gtgtttgtgc
      181 aaagcaagca atttgaggag aaacgcctgg gacgtcggaa agaaggagtg atcgattagt
      241 acttgtaagt ttaggtgagt ttgagaacta actaacctat actattgagg gagaaggaag
      301 agcattccag cagcagcagc agcagcagca atcagataaa ggaaagcttt ggttagtttg
      361 gaaatgtatg ataccattaa aataacagaa gcgcctccag ttctctgaag agtcagtccc
      421 ccagctagtg aagactaagc ctactaagcc ttttgctccc gttggaagca aagaacgttc
      481 cttcaatcag gtgaaggctc tcctcagaag atttcctgtc tctgcttatg ttacaagagg
      541 attcaaaagc aagacagaag agctcaggat gcagaagaga ggcagggaag tcagctgctt
      601 gctgatctcc ctcactgcca tctgcctggt ggtcacccct gggagcaggg tctgtcctcg
      661 ccgatgtgcc tgctatgtgc ccacagaggt gcactgtaca tttcggtacc tgacctccat
      721 cccagacggc atcccagcca atgtggaacg agtcaattta gggtataaca gcctcactag
      781 attgacagaa aatgactttt ctggcctgag cagactggag ttactcatgc tgcacagcaa
      841 tggcattcac agagtcagtg acaagacctt ctcgggcttg cagtccttgc aggtcttaaa
      901 aatgagctat aacaaagtcc aaataattga gaaggatact ttgtatggac tcaggagctt
      961 gacccggttg cacctggatc acaacaacat tgagtttatc aaccccgagg cgttttacgg
     1021 actcaccttg ctccgcttgg tacatctaga aggaaaccgg ctgacaaagc tccatccaga
     1081 cacatttgtc tctttgagct atctccagat atttaaaacc tccttcatta agtacctgta
     1141 cttgtctgat aacttcctga cctccctccc aaaagaaatg gtctcctcta tgccaaacct
     1201 agaaagcctt tacttgcatg gaaacccatg gacctgtgac tgccatttaa agtggttgtc
     1261 cgagtggatg cagggaaacc cagatataat aaaatgcaag aaggaaagaa tcccctccag
     1321 tcctcagcag tgtccccttt gcatgaaccc caggatctct aaaggcagat ctattgctat
     1381 ggttccatct ggctcgttcc tgtgtacaaa gccaaccatt gatccatcac tgaagtcaaa
     1441 aagcctgggt attcaggagg acaatggatc tgcctccgtc tcacctcaag atttcataga
     1501 accttttggc tccttgtctt tgaacatgac agacctgtct ggaaataagg ccaatgtgat
     1561 ctgtagtatc caaaagcctt ctaggacatt accaattgca ttcactgaag aaaatgacta
     1621 catcatgcta aatatgtcat tttcaacaaa tcttgtgtgc agtgtcaatt ataatcacat
     1681 ccagccagtg tggcaactcc tggctttgta cagtgactct cctctgatat tagaaaggaa
     1741 gccccagcat actgagactc cactgctgtc tcccaaatat caacaggtgg ctcttaggcc
     1801 tgaagacact tttaccaaca tagaggctga tttcaaagca gatccttttt ggttccaaca
     1861 agaaaaaatt tccctgcagc tcaacagaac tgctaccaca cttagcacat tacagatcca
     1921 attttccacg gatgctcaaa tcactttacc aaaggcagag atgagaccgg tgaaacgcaa
     1981 atggaccatg attctgatga tgaacaatac cagactggaa catactgttt tggttggcgg
     2041 cactattgcc ctggactgtc cgggcaaagg tgacccttca cctcacttgg aatgggtttt
     2101 agctgatggg agtaaagtga gagcccctta tgttagtgag gatgggcgaa tcctaataga
     2161 caaaaagggg aagttggaac tccagatggc tgataccttt gatgcaggtc tttaccattg
     2221 cataagcacc aatgatgctg atgcagatat tctcacatac aggataactg tggtagagcc
     2281 ctatgtagaa aacaagcatg aaaatggagc tctgcacaca gtaattatgg gtgagatact
     2341 cgatcttcca tgcctttcca ctggtattcc agatgcttct attagctgga ttcttccccg
     2401 gaacactgtg ttctctcagt catcaagaga catgcaaatt cttaacaatg ggaccttaag
     2461 aatattacag gctacaccaa aagatcaagg ccattaccga tgtgtagcag ccaacccatc
     2521 aggggctgat ttttccagtt ttcaagtttc agtccaaatg aaaggtcaaa ggacaattga
     2581 gcatgacagg gacatagatg gatctggact tgaagaaccc aagcccagtg ttctccttaa
     2641 gcagccacca tctttgaaac tccctgcatc atctttgaca gggacagagg ctggaaaaca
     2701 agtctctggg atacataaga aaaacaaaca tagagactta acacatcgac ggcgtgggga
     2761 ttccactctc cggagattca gggaacacag gaggcagctc cctctctctg ctcggagaat
     2821 tgacccccaa cactgggcag cacttttaga aaaagcaaag aagaattctg ttctaaggaa
     2881 gcaagaaaat accacagtaa agccaacgcc actggctatt ccacttgtgg aactcgctgg
     2941 ggaggaaaaa gacgcctccg gcctgactcc tccagatgaa gaattcacgg ttctgaaaac
     3001 taaggctttt ggtgtcccag aaaggtcacc aactgctgac tctagaccag taaatcatgg
     3061 ctttgtgaca agttcagctt ctggcacaga agtctcctcc accgtgaatc cgcaaacact
     3121 actacccacg caccttcctg atttcaaatt atttaatgtt gtggacagtg cagctgtgtc
     3181 aaagagtatg aaccgacctg taacaagcaa gatagaagat acaacacatc aaaacccaat
     3241 cattatcttt ccatcagtag ctgaaattca agattctgct caggtgggga gaacgtcttc
     3301 ccaaagtgca caccccgcaa cagggggagc catggctacc tatggctata ccaccatgct
     3361 tagtagcttc accaacaaag ccaatacagt cctgcagtca gcaaatccaa cagaaagtta
     3421 tggacctcag atacctttaa cagaagtaag tagagttagc agtaataact ccttggctca
     3481 cactactaaa gatccaggct tctccaagcg cccttcagat tcccacacca ctgccccttc
     3541 tttatttcaa actcctagaa acaacagtac aggtaacgtg ggaagagaga ggacaatttg
     3601 gagcagaggg cgagctataa gtccatatag aactccagtt ctccgtcggc atagacacag
     3661 gattgtgagg ccagcactca agggacctgc taacagaaat ataagtcaag tttcagccac
     3721 ggagccccct gggatgtgcc gaacctgttc ttccacagaa aggctcacca tggctacggc
     3781 agcactgtca gttacaggct catcccacac taccctcccc aaagctaaca atgttgggat
     3841 tatttcagaa gagtctacca ctgtggtcaa gaagccatct ttactattga agaacaaaca
     3901 agatgtagat atagagacaa taacaaccac tataaactat ttcagaagtg aaagtaccca
     3961 catgactccc actgaagcaa gcatgatttc tgctccaaca tccatatccc tgggaaaaac
     4021 tcctatagac actagtggtc acctgagcat gcctaggacc atccaagctg gaacagattt
     4081 agtggtgaca ccaccacttt ccagtccact tagccaaccc tcaataccaa caaaagcaac
     4141 aagcacaaaa ctctcaagaa gaaaaattcc ctggcaccca atctttgcaa ataaccataa
     4201 caaagagggg atgctaaaga atctgcatca gtttggttta caaaagaaca cagccactaa
     4261 gcctcctgaa aaagctcctc ttttacccac agatcatggt tcctcctcac cttctacaac
     4321 actcttggca agtctgacgc cagctcagtc tgcaacaatg gctgccactc ggcgcaatgg
     4381 cactgaagtg caaggtgcca gaagtctctc tgcagggaaa gagcagccct tcatcaactc
     4441 cttcctagtg cttcctagca ccacaagaaa gagatctagt acattaagct tcctgtcagt
     4501 ggaaaccccc acagtgacaa ctcctcctgt tattgcatct gccattatct ctgaaaccca
     4561 agaagtacga tccaaaaaag caaaagacca aacaaagggg tctctgaaga acaggaaagg
     4621 cccaaccatc acccccaggc agatttctgg ctatagcaca tactcagttc caacaacaac
     4681 tgatactccc ttggctttca gtcattcccc gggaaaagtc actggtagga ctgtaagtac
     4741 agctgctcct cactcagcag cttctctcct gggcataact gaactgcccc agaaatgcac
     4801 tcatacttcg ggaaatataa cagcttcgga aacaactctg ttgagcaaat cacaggagag
     4861 caccgcaatg aaaagagcct ccgccacacc accactcctc agcagtgggg caccccgaat
     4921 gcctactcct tcccctcctc ccttcactaa ggttgtggtt acagacagtg aggtcccagc
     4981 agttttcaag atgatgtcaa ataggatggt caccatatat gaatcttcaa ggcacgatat
     5041 agatctgcag caaccctcag cagaggctag ccccaatcct gagatcttaa ctggatccac
     5101 tgactttccc ctctctagtc tgttgacctc cactcctatg ccagcaccaa gagtggataa
     5161 accacaggat tctcaatgga agccttctcc ctggccagaa aacaaatttc agctcaggtc
     5221 atactcagaa accattgaaa agggcaaaag gccagaaata agcctgtcac cccacctcag
     5281 ctttccagag gccagcactc atgccttgca ttggaatgca cagaggcatg cagaaaagag
     5341 tgtctttgat aagaaacctg ctcaaaaccc aacttccaaa cacctgccct atgactctct
     5401 gcctaagact atattgaaga aaccaagaat aattggagga aaggctgcaa gctttactgt
     5461 tccaactaat tcagatgtcc ttcttccttg cgaggctgtt ggagacccaa agcccaccat
     5521 ccactggacc agagtctcat caggacgtga aatatcccga gggatacaga aaacccggtt
     5581 tcatgtgctt cccaatggca ccttgtccat ccagagggtc agcattcagg accgtggaca
     5641 gtacctgtgc gctgcctcta atccactagg tgtagaccac cttcatgtca ctctgtctgt
     5701 ggtctcctac cctgctagga ttctggagag tcatgtcaag gagatcacag ctcattccgg
     5761 aagtactgtg aaacttaagt gtagagtaga aggtatgcca agacctacaa tttcctggat
     5821 actcgcaaac caaacagtgg tctcggaaac acccgaggga agccggaagg tctgggtgac
     5881 acccgatgga acgttgatca tccataattt gagtctttat gaccgtggtt tttacaagtg
     5941 tgtagccaac aacccatctg gccaggattc actgttggtt aagatacaag tcatcacagc
     6001 tccccctgtt attatagagc aaaagagaca agccatcgtt ggcgttttag gtgaaagttt
     6061 gaaactgccc tgcactgcaa agggaactcc ccagcccagt gttcattggg tcctctatga
     6121 tgggactgaa ctaaaaccac tgcagttgac tcattccagg tttttcttgt atccaaatgg
     6181 gaccctgtat ataagaaaca tcgtttcttc agtcaggggc acttatgaat gcattgctac
     6241 cagctcctcg ggctcagaga gaagggtagt gattctaaga gtagaagagc aagagacagt
     6301 tcccaggata gaaactgcct cgcagaaatg gacagaggtg aatttgggtg agaaattact
     6361 actgaactgc tcagctactg gggatccgaa acctacaata atctggaagt taccatccaa
     6421 ggttgtcatt gaccagtggc acagaatggg cagccggatc catgtctacc caaatggctc
     6481 cttggttatt ggatcggtga cagaaaagga tggtggtgac tacttatgtg tggcaagaaa
     6541 caaaatggga gatgacctgg tcctgatgca tgtccgccta agactgacac ctgccaaaat
     6601 tgaacacaag cagcatttta agaagcaagt actccatggg aaagatttcc aagttgactg
     6661 caaggcttct ggctcccctg tgcctgaggt atcctggagt ttgcctgatg gaacagtggt
     6721 gaacaatgta gcacaagctg atgacagtgg ctacaggacc aagaggtaca ccctcttcca
     6781 caacggaacc ttgtatttca acaaagttgg gatggcagag gaaggagatt atatttgctc
     6841 tgctcagaac accttaggga aagatgaaat gaaagttcac ctaacagttc taacagccat
     6901 cccacggata aggcaaaact acaggagcaa tgtaaggatc aaggctggag acacagctgt
     6961 cctggactgt gaggtcactg gggaacccaa gccaaatgta ttttggttgc tgccttccaa
     7021 caatgtcatt tcattctcca atgacaggtt catatttcat gccaatggaa ctttgtccat
     7081 caataaagtg aaaccgcttg actctgggaa gtatgtgtgt gtagctcaaa atcctagtgg
     7141 ggatgacact aagacataca aactggatat tgtctctagg cctccattaa tcaatggttt
     7201 gtatgcaaac aaaactgtta ttaaagccac agccattcag cactccaaaa aacacttgga
     7261 ctgcagagca gatggggtcc caccacccca gatcacatgg attatgccag acaatatttt
     7321 cctcacggct ccatactacg gaggcagaat caccgtgcat caaaatggaa ccttggaaat
     7381 tcggaacata aggctttctg attctgcgga tttcacctgt gtggttcgga gcgaaggagg
     7441 agagagtgtg ttggtggtgc agttaaaagt actggaaatg ctgagaagac caacattcag
     7501 aaacccattc aatgaaaaag tagttgccca ggttggcaag cctgtagcaa tgaactgctc
     7561 tgtggatggg aacccaacac ctgaaattat ctggatctta cctgatggca cacaatttgc
     7621 taatgggcca caaaattccc catatctgat ggcaagcaat ggttctctca ttgtttacaa
     7681 agcaactcgg aacaagtcag gaaagtatcg ctgtacagca agaaataagg ttggctacat
     7741 cgagaaactc atcctgttag aaattggaca gaagccagtc attctgacat acgaaccggg
     7801 gatgataaag agcgccggtg gggaatcgct atccctgcat tgtgtgtctg atggaatccc
     7861 taagccaaat gtcaaatgga ctacgccagg tggccttgta atcgacagac ctcaagtcgg
     7921 tggaaaatac atattgcatg aaaatggcac gttggtcatc aaagaaacaa cagctcatga
     7981 cagaggaaat tatatctgta aggctcaaaa cagcgttggc caggcagtta ttagtgttcc
     8041 cgtgacgatt gtggcctacc ctccccgaat tataaactac cttcccagga gcatgctcag
     8101 gaggacagga gaggcaatgc agctccactg tgtggccttg ggagtcccca agccacaaat
     8161 cacctgggag acgccgggat actccctgct ctcaacggcg acagaaagaa ggccccacag
     8221 aagtgagatg cttcccctac aaggtacgct ggtcattcag aatctacgag cctcagattc
     8281 tggcgtctat aaatgcagag cacagaacgt gcttggtgcc gattatgcaa caacttacat
     8341 ccaggtcctc tgacaggaag ggagaaactg aatggaacaa aagccaacat ctgcagactt
     8401 tattttttgg aagaagttta atcaaaggca gccataggca tgtaaatgaa tccgaataca
     8461 tttacagtat taaatttaca atggacatgc agtgagactt gtaaataaat gcactgtgaa
     8521 ctgattccga gtttccatgg atttcaaagc aaactcttaa cttaaggcac tttgattttg
     8581 ccaacaaata ataaaaaaca ttaagagaaa atgatccgct acaaattaac aaatggcgaa
     8641 tgcacctgaa ttttcagtaa aaagaccttt cttccgctaa cagttgccag ctgccttgtg
     8701 tctgttttcc accaatgtta caaacatcgc acacagaatg aatggagaca acgtgaaaga
     8761 ttaggtttgc agcccgtgtt aatctcaatg cacaaatatt ttgtcactgg tttacaaaca
     8821 ttttgataaa acctacagaa aacaagcgca gaactgttct gattatgatt aatagtttac
     8881 catttgttca cactgaaagt tcccattgtt ttaatacctg cgttaaaaat gaaaccaaac
     8941 aagacaaaac aaatgcaggc tagcttttct acatgtacag ggcagcctaa tgctcacaca
     9001 ttgggaagtg caaagcgggt ttcacatttg tccacacctg tcatcctgaa atgctctaca
     9061 ggtacagtga cacttcctta taactttaaa gccttgctca ggcacccatg gttcagagcc
     9121 attctgaaga cagactttct aaggcagaat tcctccacga gtctagacaa ctgcttctat
     9181 ataatcaagt ttcactgtat ttaaatggtg ggttttattt tcatatttca ccgtactaac
     9241 attacatgtt taatttaacc caaatatatg tgggagtatc atatgattca cctcttttat
     9301 tctaaagact gggatttttc tagaataatt tctctggctt ctgtccaaat ttcatctact
     9361 tataaattta tttcatctat ttataaagga gccttgtaaa ttaaaaaagc aaaagtcatt
     9421 cagttagccc agatcactaa gaccaagagc tttgttagca catgccattc atctggaact
     9481 tgatgcctac tttccgtaat gcctactttc ttttggcccc tacctcagac atgagctgac
     9541 tccagttaac attggtactc tatggctgcc agaggtcaaa tgatacccac cgtagagtag
     9601 tctccctcta cttttagatg aaaaagggta cataaaacaa gaaatgccac cctctaaaga
     9661 ttcagcttac aatataacac agatgttaag gggttcttat agccagaaat ggtaagtata
     9721 cccaattcca ttagatttca aggtctggtc tttaatttcc tatctgcaac ccacccagca
     9781 aatgacaagg ttctgcaata gagctttttc cttaggacaa ttttaatgcc aaccacatgc
     9841 atttgctatg aaagaaaaaa aaaaacctct cagaatgcag aattaagtgg cagtaaatat
     9901 aataactaaa tttaaaattc cagttgcttt ccttgtaacg cgcagggcaa agagctctag
     9961 gtttttcctc atcccccacg gcatctcaga actagagggc tttagcatga tttaccttcc
    10021 tcatcttaac aaataaaaca aacaacgaca aaggaataac catagccttc atgtgcaaaa
    10081 tgat
//
