LOCUS       NM_001310601           10399 bp    mRNA    linear   ROD 03-JUN-2024
DEFINITION  Mus musculus biorientation of chromosomes in cell division 1-like
            (Bod1l), transcript variant 2, mRNA.
ACCESSION   NM_001310601 XM_006504052
VERSION     NM_001310601.1
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 10399)
  AUTHORS   Bayley,R., Borel,V., Moss,R.J., Sweatman,E., Ruis,P., Ormrod,A.,
            Goula,A., Mottram,R.M.A., Stanage,T., Hewitt,G., Saponaro,M.,
            Stewart,G.S., Boulton,S.J. and Higgs,M.R.
  TITLE     H3K4 methylation by SETD1A/BOD1L facilitates RIF1-dependent NHEJ
  JOURNAL   Mol Cell 82 (10), 1924-1939 (2022)
   PUBMED   35439434
REFERENCE   2  (bases 1 to 10399)
  AUTHORS   Castro,J.P., Yancoskie,M.N., Marchini,M., Belohlavy,S.,
            Hiramatsu,L., Kucka,M., Beluch,W.H., Naumann,R., Skuplik,I.,
            Cobb,J., Barton,N.H., Rolian,C. and Chan,Y.F.
  TITLE     An integrative genomic analysis of the Longshanks selection
            experiment for longer limbs in mice
  JOURNAL   Elife 8, e42014 (2019)
   PUBMED   31169497
  REMARK    Publication Status: Online-Only
REFERENCE   3  (bases 1 to 10399)
  AUTHORS   Benayahu,D., Efrati,M. and Wientroub,S.
  TITLE     Monoclonal antibodies recognize antigen expressed by osteoblasts
  JOURNAL   J Bone Miner Res 10 (10), 1496-1503 (1995)
   PUBMED   8686505
COMMENT     VALIDATED REFSEQ: This record has undergone validation or
            preliminary review. The reference sequence was derived from
            AC157932.8 and AC102858.11.
            
            On Jul 16, 2015 this sequence version replaced XM_006504052.2.
            
            Transcript Variant: This variant (2) lacks an alternate in-frame
            exon in the 3' coding region compared to variant 1. The encoded
            isoform (2) is shorter than isoform 1.
            
            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 :: mixed sample support SAMN00849374, SAMN00849375
                              [ECO:0006172]
            ##Evidence-Data-END##
            
            ##RefSeq-Attributes-START##
            inferred exon combination :: based on alignments, homology
            RefSeq Select criteria    :: based on conservation, expression
            ##RefSeq-Attributes-END##
            COMPLETENESS: complete on the 3' end.
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-384               AC157932.8         117133-117516
            385-509             AC102858.11        2349-2473
            510-700             AC102858.11        6665-6855
            701-1315            AC102858.11        7688-8302
            1316-1465           AC102858.11        8919-9068
            1466-1632           AC102858.11        11594-11760
            1633-1744           AC102858.11        13293-13404
            1745-1883           AC102858.11        13912-14050
            1884-1956           AC102858.11        16472-16544
            1957-7909           AC102858.11        18353-24305
            7910-7974           AC102858.11        26318-26382
            7975-8059           AC102858.11        27307-27391
            8060-8103           AC102858.11        30415-30458
            8104-8164           AC102858.11        31749-31809
            8165-8235           AC102858.11        33271-33341
            8236-8308           AC102858.11        33752-33824
            8309-8388           AC102858.11        35282-35361
            8389-8467           AC102858.11        39273-39351
            8468-8544           AC102858.11        39677-39753
            8545-8620           AC102858.11        40548-40623
            8621-8655           AC102858.11        40707-40741
            8656-8701           AC102858.11        42430-42475
            8702-8751           AC102858.11        45394-45443
            8752-8833           AC102858.11        45550-45631
            8834-8987           AC102858.11        46133-46286
            8988-10399          AC102858.11        51564-52975
FEATURES             Location/Qualifiers
     source          1..10399
                     /organism="Mus musculus"
                     /mol_type="mRNA"
                     /strain="C57BL/6"
                     /db_xref="taxon:10090"
                     /chromosome="5"
                     /map="5 22.58 cM"
     gene            1..10399
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /note="biorientation of chromosomes in cell division
                     1-like"
                     /db_xref="GeneID:665775"
                     /db_xref="MGI:MGI:2444804"
     exon            1..384
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     CDS             148..9105
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /note="isoform 2 is encoded by transcript variant 2;
                     family with sequence similarity 44, member A;
                     biorientation of chromosomes in cell division protein
                     1-like 1"
                     /codon_start=1
                     /product="biorientation of chromosomes in cell division
                     protein 1-like 1 isoform 2"
                     /protein_id="NP_001297530.1"
                     /db_xref="CCDS:CCDS80273.1"
                     /db_xref="GeneID:665775"
                     /db_xref="MGI:MGI:2444804"
                     /translation="MATNPQPQPPPPAPPPPPPQPQPPPPPPGPGAGPGASGPGSAGA
                     GAGDPQLVAMIVNHLKSQGLFDQFRRDCLADVDTKPAYQNLRQRVDNFVANHLATHTW
                     SPHLNKNQLRNNIRQQVLKSGMLESGIDRIISQVVDPKINHTFRPQVEKAVHEFLATL
                     NHKEEAAGSTAPDDEKPESSVITQGAPAPGPSANVASDAMSILETITSLNQEANAARA
                     STEMSNAKVSERTSRKLSSQPSTDVSTDKERGSEDATEREKATSDSGGDGLEAALKSE
                     EPSDLPCPVEETKNHMKENNSLLLLSKDAQQESTDPKIKSMDKGEKKPDGNEKGERKK
                     EKKEKTEKKIDHSKRNEDTQKVKDERQAKDKEVESTKLPSEKSNSRARAAEGTKEDCS
                     LLDSDVDGLTDITVSSVHTSDLSSFEEDTEEEVVVSESMEEGEITSEDEEKNKQNKAK
                     VQPGDSSDGKARGVRHAYVHKPYLYSKYYSDSDDELTVEQRRQSIAKEKEERLLRRRI
                     NREKLEEKRKQKAEKTKSSKVKSQGKSTVDLEDSSAKTLEPKAPRIKEVLKERKVLEK
                     KVALSKRRRKDSRNVDENSKKKPQAEEESKEALKTTEYCEKEKASSKDLRHTHGKGEP
                     SRPARRLSESLHSADENKTESKVEREYKRRTSTPVILEGAQEETDTRDGKKQPERSET
                     NVEETQKQKSTLKNEKYQKKDDPETHGKGLPKKEAKSAKERPEKEKAQSEDKPSSKHK
                     HKGDSVHKMSDETELHSSEKGETEESVRKQGQQTKLSSDDRTERKSKHKSERRLSVLG
                     RDGKPVSEYTIKTDEHARKDNKKEKHLSSEKSKAEHKSRRSSDSKLQKDALSSKQHSV
                     TSQKRSESCSEDKCETDSTNADSSFKPEELPHKERRRTKSLLEDKVVSKSKSKGQSKQ
                     TKAAETEAQEGVTRQVTTPKPDKEKNTEDNDTERQRKFKLEDRTSEETVTDPALENTV
                     SSAHSAQKDSGHRAKLASIKEKHKTDKDSTSSKLERKVSDGHRSRSLKHSNKDMKKKE
                     ENKPDDKNGKEVDSSHEKGRGNGPVTEKKLSRRLCENRRGSTSQEMAKEDKLVANMSG
                     TTSSSSLQRPKKSTETTSIPEQEPMEIDSEAAVENVSELSKTEDISSNSSQQDTDFEN
                     VTKHKATAGVLKDEFRTSMVDSKPAAAVTCKSGRGLAVTSISERHADHKSTLTKKVHS
                     QGNPSKAAPREREPIQRGAQEVSVDSEVSRKALSRAPSENEKGQKNLKGMSKTTEECG
                     THRNASLEYSTDSDLLSSSGSVTVVPQKESHNSNTIPVIDREAISEGGRASTSLANHS
                     DVPNQYSTVKKSEVHKTNGSKEGNDGFTVDMPTKANGGSKRHLSEDSQATLLYSKESK
                     ISIPLADKSMSVTGDNKNINKQRSLMGTAKRESDLKVNPDIKQDSAAGEHVVDLSTRK
                     EAETVRRKHNKEIPTDVERKTENSEVDTSARRDSAPVPQQRHGKMERGAAGSGRRDKA
                     FIATSTEGTDKGIMLNTVKTGDATTTSSEVGEKGTALPCTSIEADEGFMMGACPKKHP
                     LQVGAEASECTVFAAAEEGKGVVTEGFAESEILLTSSKEGESGECAVAESEDRVAGPL
                     AAHTVQAEANVNSITTEEKDDAVTSAGSEEKCGGSACTVEGTATFIGEVESDGAVTSA
                     GTEIRAGSLSSEDVDGSQENRIQVGPKKETEGTVTCTETKGRNDNFICLVTRVETQEQ
                     RVVTGADVVQVNAAKPQEANANQGDGSGTDGAEGESAVTSTGITEEDGEASANCTGSE
                     DNREGCAISSETEESAESAMDSTEAKDITNAPLVAAGPCDDEGIVTSTGAKEEDDEDE
                     GVVTSTGRGNEPGHASACTGIEESEGMMVCESGEGGAQIGPTIDHVNAEAGAATVNTN
                     DSNVDSMSGAEKEIKDTNICSSAKGIVESSVTSALAGNSDRPPVLCGSEGPMASASSH
                     HSDSQLTRKETVEDTTISTGLVKGSDDVLVSGEVPECEVGHMSPRKNEECDGLMASTA
                     SCDVSNKDSLAGSKSQGNGLMISTSTNACTPQISAVIDVRGGHLSTLSTEEIRDGVRV
                     HREGFEAPMPSAVSGENSQLTASRSEEKDECAMISTSIGEEFELPISSAVTVTCAERQ
                     QPVAAVEESTTGPALVSTEDFEVPMPSAPTEAESPLASTSKEEKDECALISTSIAEEC
                     EASVFGVSRNAPSVTDGNAVISTSSVEDCEGSVSSAVPQESVCPSVIPVEETGDTAMI
                     STSTSEGREAVMVGTIPTDDDQATTVRGEDLSDAAIISTSTAECVLTCTSLSRHEENQ
                     QATHNPEGNGGHLATKQSKCELPMPSLVAERNCKCPGPFRMGKGVGPLMAVGTRGEHD
                     RLPVCEPSVGQGQPGTALCLGEEESHGMDCPGQDLNAKERNTLLSSVQRESKSAEAEA
                     AGDSSTARRTVRKDSERNANSLSETNCLREPEQKPAEDTSGSTHCLTAVNPGAEADGM
                     LPITHAALEYPDHQEPESNLKTTTKCITGQESQMPSSHTGVLSAVCHVAPCASEQEGG
                     LPTKSDHSGTWTSEGSPEKMGHVAGARQSFHREGNLDVTLPPEDNGCGVGNEESPPKG
                     IGGLELSTGLTTEISVSSEEDTSHGVVAAPENPCVGRRRGAAELQMEALLMRESLNVE
                     KSESRINEEIHFESQNKEEICCGRKGSTEALSGCSVEADPEEVEEEEKQISQRNRKPD
                     YSSSEEELDDSPDVLDSRIETAQRQYSETEPHDTKEENSGDVEEFSSVTSKTNSSTGL
                     EDRDEFSSSEGTGEKTEPNEDDGSIKSQEDDHPIIIKRRRGRPRKYPAETAFKSKEDS
                     KTETDITTVEQSSPSGKLKVSQADESNKEIANLEEKSTSNDDSEEKTASMRLRGRKPK
                     RSLTSSDDAESSEPERKRQKSVSETSEDKKDEESDEEEEEEEEEEPLGATTRSATRSE
                     AQRSKAQLSPSVKRKREVSPPGARTRGQQKVDENPLKKAKR"
     exon            385..509
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            510..700
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            701..1315
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            1316..1465
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            1466..1632
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            1633..1744
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            1745..1883
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            1884..1956
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            1957..7909
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            7910..7974
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            7975..8059
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8060..8103
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8104..8164
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8165..8235
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8236..8308
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8309..8388
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8389..8467
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8468..8544
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8545..8620
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8621..8655
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8656..8701
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8702..8751
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8752..8833
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8834..8987
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     exon            8988..10399
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /inference="alignment:Splign:2.1.0"
     regulatory      10207..10212
                     /regulatory_class="polyA_signal_sequence"
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /note="hexamer: ATTAAA"
     polyA_site      10226
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /note="major polyA site"
     regulatory      10380..10385
                     /regulatory_class="polyA_signal_sequence"
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
                     /note="hexamer: TATAAA"
     polyA_site      10399
                     /gene="Bod1l"
                     /gene_synonym="A230054D04Rik; FAM44A; mKIAA1327"
ORIGIN      
        1 agttcctttt cacttccggg gttgctctag atccgctggt tccgtaacaa catcccgttg
       61 gcttccctca ggcggcggga cctgtgtagc cgccttcctc ggagcgcctg cccgcctggg
      121 ctcgcgggct ccccggtccg ggacgccatg gccaccaacc cgcagccgca gccaccgccg
      181 cccgcgcctc cgccgccgcc accgcaacca cagccgccgc ctccgccgcc tggccctggg
      241 gctggcccgg gagcgagcgg gccgggaagc gcgggggctg gtgctgggga cccgcagctc
      301 gttgccatga tcgtaaacca cctcaagagc caggggctct tcgaccagtt ccgcagggac
      361 tgcctggccg atgtggacac caagcctgcc tatcagaatc tcaggcagag agttgacaac
      421 ttcgttgcaa accacttggc aactcataca tggagtcccc acctcaacaa gaaccaactg
      481 agaaacaata tccgacagca agttctgaaa tcaggaatgc tggagtctgg tattgaccga
      541 attatttctc aggttgtgga tccaaagatc aaccacacat tcaggcctca ggtagaaaaa
      601 gctgtgcacg agttcctggc cacattgaat cacaaagagg aagctgctgg cagcacagct
      661 cctgatgatg agaagccaga atcttctgtc attacccaag gtgctcctgc tcctgggccc
      721 agtgctaatg tagccagtga tgccatgtca atcttggaaa ccataacttc tcttaaccaa
      781 gaagctaacg ctgccagagc ttcaacagaa atgtcaaatg ccaaggtcag tgagagaaca
      841 tccagaaaac tctcatctca gccaagcact gacgttagca cagacaagga gagaggctca
      901 gaagatgcga ctgagagaga aaaggctacc tctgattctg gaggagatgg gctagaagct
      961 gctctcaagt cagaagaacc cagtgatctc ccttgtccag tggaagaaac taaaaatcat
     1021 atgaaagaga ataatagctt actgttacta agtaaggatg ctcagcagga aagcactgac
     1081 ccaaaaatta aatcaatgga caaaggagaa aagaaacccg atggtaatga gaaaggagag
     1141 agaaagaaag agaagaagga aaagactgaa aaaaaaattg atcactctaa aaggaatgaa
     1201 gatacacaga aagtgaaaga tgagagacaa gcaaaggaca aagaagtgga gagcacaaag
     1261 cttccttctg aaaagagcaa cagcagagcc agggctgctg aggggacaaa agaagattgt
     1321 tctttgttag attctgatgt ggatggtctc actgatatca cagtcagctc tgtccacacc
     1381 agtgaccttt cgtcctttga agaagacaca gaggaggaag ttgtcgtgtc tgagagcatg
     1441 gaagaaggag agattacatc agaggatgaa gagaaaaaca agcagaataa agcaaaagtt
     1501 caacctggtg attctagtga tggaaaagcc agaggcgtac ggcatgctta tgttcacaaa
     1561 ccgtatcttt actcaaagta ctacagtgat tctgatgacg aactcacagt ggagcaacgg
     1621 cggcaatcca ttgctaaaga aaaagaagag agacttttaa gaagacgaat caatagagag
     1681 aaacttgaag aaaaacgaaa gcagaaagca gaaaagacaa aatcttctaa agtgaagagc
     1741 caaggcaaaa gtactgtgga cctagaagac tcatcagcca agactttgga acccaaagcc
     1801 ccaagaatta aagaagtcct taaagaacgg aaagttctag agaagaaagt agccttaagc
     1861 aaaagaagaa gaaaagattc aaggaatgtt gatgaaaatt ccaaaaagaa acctcaggct
     1921 gaggaagagt ccaaagaagc cctcaaaaca actgagtact gtgaaaaaga aaaggcctct
     1981 tccaaggacc tcaggcacac tcatggaaaa ggtgaaccaa gtagacctgc caggaggctg
     2041 tcagagtctc tgcattcagc agatgaaaac aagactgaat caaaagtaga aagagaatat
     2101 aagcgacgga catccactcc tgttatattg gaaggagctc aggaagaaac agataccaga
     2161 gatggaaaaa aacaaccaga acgctcagaa actaatgtgg aagaaaccca gaagcagaaa
     2221 agcaccctta aaaatgaaaa gtatcaaaag aaagatgatc ctgaaacaca tgggaaaggc
     2281 ctacctaaaa aagaggcaaa gtctgccaag gagaggcctg agaaagagaa agctcaatca
     2341 gaagacaagc catcgtcaaa acacaaacac aaaggtgaca gtgtgcataa aatgagcgac
     2401 gagactgaac ttcactcttc tgagaagggc gaaacagagg aaagtgttcg gaagcaaggt
     2461 caacaaacga aactttcttc agatgataga actgaacgta aaagtaaaca caagagtgaa
     2521 aggagactgt cagtattggg tagagatggg aagccagttt ctgaatacac tataaaaaca
     2581 gatgagcatg cacgtaaaga taacaaaaag gagaagcacc tgtcgtctga aaaatccaag
     2641 gctgagcaca aatcaagaag gtcaagtgac tctaaacttc agaaagatgc tctaagctcc
     2701 aagcagcaca gtgtaacctc gcagaaaaga agcgagagct gttctgaaga taagtgtgag
     2761 acagactcca ctaacgccga tagcagcttc aaaccagaag agcttcctca taaggagagg
     2821 cgacgaacga agagcttgtt agaagataag gttgtgtcaa aatctaaatc aaaaggtcaa
     2881 agcaaacaaa ccaaggctgc tgaaacagaa gcacaggaag gtgtcacaag acaggtgaca
     2941 actccaaagc ctgataaaga gaaaaacaca gaagacaatg acacagaaag gcagcgcaag
     3001 ttcaaacttg aagacagaac ttctgaagaa actgtcactg accctgcatt agagaatact
     3061 gtatcttcag cacatagtgc gcagaaggac tctgggcaca gagctaagtt agcatcaatt
     3121 aaagagaaac ataagacaga taaagactca acctcctcta aacttgagag gaaggtctca
     3181 gacgggcaca gaagcagaag cttaaagcat agtaataaag acatgaaaaa gaaagaagaa
     3241 aataagccag atgacaagaa tggtaaagaa gttgacagca gtcatgaaaa gggcagaggg
     3301 aatggcccag tcacagaaaa aaaactaagt agaaggctgt gtgaaaaccg aagaggaagc
     3361 acgtcacagg aaatggccaa ggaagataag ttagtagcaa acatgtcagg cactaccagt
     3421 agttcctctc tgcagagacc aaaaaaaagc acagaaacca catcgatccc tgaacaagag
     3481 ccaatggaaa ttgattctga ggctgctgtt gaaaatgtgt ctgaactttc taaaactgag
     3541 gacatcagta gtaacagttc tcagcaagac actgactttg aaaatgttac aaaacataaa
     3601 gccactgctg gagttttaaa ggatgagttc agaacttcca tggtagattc aaaaccagca
     3661 gcagctgtga catgtaaatc agggcgtgga ctagcagtaa cgagcatttc tgaaaggcat
     3721 gctgaccata aaagcacctt gaccaagaaa gtacatagcc aaggtaaccc atcaaaagca
     3781 gctcctaggg aaagagagcc aattcagcga ggagcccagg aagtaagtgt agactctgaa
     3841 gtgagtcgga aagcactctc tagggcccca tcagaaaacg agaaggggca gaagaatttg
     3901 aaaggcatgt ccaaaactac cgaggaatgt ggcactcaca gaaatgcttc tcttgaatac
     3961 tctacagact cagacctctt gtcatcctca ggctctgtga ctgttgttcc tcagaaagaa
     4021 tctcacaatt ctaatacaat tcctgtaatt gacagagaag ccatatcaga aggcggcaga
     4081 gccagtacct cccttgcaaa tcattctgat gtccctaacc aatattcgac tgttaagaag
     4141 tcagaagtac ataaaacaaa tggcagcaaa gaaggtaatg atggcttcac agtggatatg
     4201 ccaacaaaag caaatggcgg tagcaaaagg catctttctg aagatagcca ggccacattg
     4261 ctgtacagta aagaaagcaa aataagcata cctcttgctg acaagtcaat gagtgtgact
     4321 ggggacaata agaacattaa caaacaaagg agcctgatgg gcacagccaa gagagagagt
     4381 gatctgaaag taaatcctga tataaagcaa gacagtgctg caggcgagca tgtcgtagac
     4441 ctgagtacaa gaaaggaggc tgagacagtc agacgtaagc ataataaaga aataccaact
     4501 gatgttgaaa ggaagactga aaacagtgaa gtagacacca gtgctaggcg cgattctgct
     4561 cctgtgccac agcaaaggca cgggaaaatg gagagggggg cagctggatc tggtagacga
     4621 gacaaagctt ttattgctac tagtactgaa gggacggaca aaggcatcat gttaaacaca
     4681 gtcaagactg gagatgccac caccacttca tcagaagtgg gagagaaggg gacagcctta
     4741 ccttgcacca gtattgaggc ggacgaaggc ttcatgatgg gtgcttgccc taaaaaacat
     4801 cccctccagg ttggggcaga agccagtgaa tgcactgttt ttgctgcagc tgaagagggt
     4861 aagggtgttg tcacagaagg atttgctgaa agtgagattt tgcttacaag ctccaaggaa
     4921 ggagaaagtg gagaatgtgc tgtggctgag tcagaagaca gagtagcagg tcccttggct
     4981 gctcatacag ttcaagctga agccaatgtg aacagtatta caacagagga aaaagacgat
     5041 gcagtaacca gtgcaggctc tgaggaaaag tgtggtggat ctgcatgtac agttgagggg
     5101 acggctactt ttattggtga agttgaaagt gatggagctg ttacaagtgc tggaacggaa
     5161 ataagagcag gatctctgag cagtgaagat gttgatgggt cccaagaaaa taggatacaa
     5221 gttggtccta aaaaagaaac agaaggcact gtgacatgta ctgaaaccaa aggaagaaat
     5281 gataacttca tttgcttggt aactagagta gaaacccaag agcaacgtgt agttacaggt
     5341 gcagatgtgg tccaagtaaa tgctgctaaa ccccaagagg caaatgccaa tcaaggagat
     5401 ggttctggaa ctgatggtgc agaaggtgag agtgcagtca ccagcacagg cattactgaa
     5461 gaagatgggg aagcatcagc aaattgcaca ggctcagaag acaacaggga aggctgtgcc
     5521 ataagttctg aaacagaaga aagtgcagag agtgccatgg acagcacaga agccaaggac
     5581 attactaatg cacctttggt ggctgctggt ccctgtgatg atgaaggcat tgtgaccagc
     5641 acaggtgcaa aagaagagga tgatgaggac gagggtgttg tgactagcac tggaagagga
     5701 aatgaacctg gacatgcttc cgcttgcaca gggatagaag aaagtgaagg aatgatggtt
     5761 tgtgagagtg gagagggggg tgctcagatt ggccctacga tagaccatgt gaatgctgag
     5821 gctggggcag caactgtgaa tacaaatgac agtaatgttg atagtatgag tggtgcagag
     5881 aaggaaatca aggacaccaa catctgctcc agtgccaaag ggattgtgga aagcagcgta
     5941 accagtgcct tggcaggaaa cagtgacagg ccaccagttc tatgtggtag tgagggtcct
     6001 atggctagtg catcttctca ccacagtgat agtcagctta ccaggaaaga aacagtagaa
     6061 gatacaacta tttccactgg tttggtgaag ggcagtgatg atgttcttgt gtctggtgaa
     6121 gttccagaat gtgaagttgg ccacatgtca cccaggaaaa atgaagagtg cgatggcctt
     6181 atggcttcta cggccagttg tgatgtttcc aacaaggaca gcttagcagg tagtaaaagt
     6241 cagggcaatg gcttgatgat ttctactagt acaaatgctt gcacccctca gataagtgca
     6301 gtcatagatg tgagaggagg gcatttgagc actctgagca ctgaagaaat tagggacggc
     6361 gtcagagtac acagggaagg attcgaggct cctatgccca gtgcagtttc aggtgagaat
     6421 agccagctca ctgctagcag aagtgaagaa aaggatgagt gtgctatgat ttccacaagc
     6481 ataggggaag aattcgaact tcctatttct agcgctgtta cagtcacatg tgctgaaagg
     6541 cagcaaccag ttgcagcagt tgaggaaagc actacaggtc cagccttggt aagcaccgag
     6601 gactttgagg tacctatgcc cagtgctccc actgaagctg aaagccctct tgcctccacc
     6661 agcaaagaag agaaggatga atgtgctctc atttcgacca gcatagctga agagtgtgaa
     6721 gcttctgtct ttggtgtaag tagaaatgca ccatctgtta cagatgggaa tgcagtcatc
     6781 tcaacaagtt cagtggaaga ctgtgaaggc tctgtgtcca gtgctgtccc tcaggagtcc
     6841 gtctgtccct cagtcatacc agtagaggaa acaggtgaca ctgccatgat ttccacaagc
     6901 acttctgaag gacgcgaagc tgtcatggtt ggtactatcc ctacagatga tgaccaggcc
     6961 accactgtga gaggggaaga tttgagtgat gctgccatta tttccaccag cacagcagag
     7021 tgtgtgttga cgtgcactag cctaagcagg catgaagaga atcagcaagc cacgcacaac
     7081 ccagaaggaa atggtggaca tttagctaca aagcaaagta agtgtgaatt acccatgccc
     7141 agcctcgtgg ctgagcgtaa ttgtaagtgc cctgggccat tcaggatggg caaaggagta
     7201 ggtcctttaa tggcagtagg caccaggggg gagcatgaca ggctgccagt ctgtgagccc
     7261 tcagtgggac aaggccagcc aggcactgct ttgtgcttag gagaggaaga aagtcatggc
     7321 atggactgcc ctggtcaaga cctcaatgca aaagaaagaa atacattgct gagctctgtt
     7381 cagagggaga gcaaaagtgc agaggcagag gcagcagggg acagtagcac agccaggaga
     7441 acagtgagaa aggactcaga gaggaatgcc aactcactgt ctgagacaaa ctgtctgaga
     7501 gaaccagaac agaagcctgc tgaggacacc tctggcagta ctcactgtct gacagcagta
     7561 aatcctggtg ctgaagctga tggcatgctg cccatcacac atgctgcatt ggagtatcct
     7621 gaccaccagg aacctgagag caacttgaaa actaccacca aatgtattac aggccaagag
     7681 tcacaaatgc cttcttccca cacaggagtc ctttcagctg tctgccatgt agctccatgt
     7741 gcttcagaac aggagggggg cttgcctaca aaaagtgacc acagtggcac gtggactagt
     7801 gaagggtcgc ctgagaaaat gggacatgtt gctggtgcaa ggcagtcatt ccacagggaa
     7861 ggaaaccttg atgtcactct tcctcctgag gataatgggt gtggtgtagg caatgaagag
     7921 tcaccaccaa agggtatagg aggattggaa ctgtcgactg gcttaacaac tgagatatct
     7981 gtgagttcag aggaagatac aagtcatgga gttgtagcgg cacccgagaa cccgtgtgtt
     8041 ggaaggcgga gaggggcagc tgaactacag atggaagctt tattgatgag ggaatcacta
     8101 aatgttgaaa aatcagagtc aagaatcaat gaagaaattc actttgaatc tcaaaacaaa
     8161 gaagaaatat gctgtggtag aaaaggcagc acggaagctc tgagcggttg cagtgttgaa
     8221 gcggatcctg aagaggttga agaggaagaa aagcaaatat ctcaaagaaa cagaaagccg
     8281 gattactcct cctcagaaga agaactagat gatagcccag atgtcctgga ttccagaata
     8341 gaaacagcac agagacagta ttctgagact gagccacatg acacaaagga agagaactct
     8401 ggagatgtgg aggaattctc ctcagttact tcaaagacaa acagcagcac tggcctggaa
     8461 gacagagatg aatttagcag cagtgagggt acaggagaaa agactgagcc aaatgaagat
     8521 gatggcagca tcaagtcaca ggaggatgat catccaataa ttattaaaag gagaagagga
     8581 agaccccgca aataccctgc agaaacagcc tttaaatcaa aagaagattc caaaacagag
     8641 actgacatta ccacagtaga acaatcttca cctagtggca aactaaaagt cagccaagca
     8701 gatgagtcca ataaagaaat agccaaccta gaagaaaaaa gtacaagcaa tgacgatagt
     8761 gaagaaaaaa cagcaagtat gcgtctgaga ggaagaaagc ccaaacgctc actgacttca
     8821 tcagatgatg ctgaatcctc agagccagaa agaaagcgcc agaaatcggt gtctgaaaca
     8881 tcagaggaca aaaaagatga ggagtctgat gaggaagaag aggaggaaga ggaggaggag
     8941 cccttgggag ccaccacaag atcagccacc agatcagagg cacagagatc aaaggcacag
     9001 ctctcccctt ctgtcaagcg caagagagaa gtcagccctc ctggagctcg aacgagaggc
     9061 cagcagaaag tagacgaaaa ccctctgaaa aaggcaaagc ggtaatggtg gctctagctt
     9121 tctgactaac aacccagtgg aaagaaaatg gacaagcctt gccccatggc ctttttcttt
     9181 ttttaaaaca agagaaggat ctgcatgtgc tgtaagttcc taggtgcaag cttgttcatt
     9241 ttatgtttta aacagcttta caaaccattg ttcatggacg gtattatgta cattcacttc
     9301 agataaagga agataagttt actttgtatc agaactcagc aaagtagttg tatattttaa
     9361 cagcagaaat tggggtttcc aatgtgacac atcaagaatg gaatccttcc agcccatcag
     9421 acaccaggct gcccatgggg atctgtgtat agtatataaa catgtaaaaa caggctgtat
     9481 tttactcaat gtatgatgct aatcaatgaa cactttattt attttacaga gaaatcttat
     9541 ctgtgaactt tactatatat ctgtttattt tattttatta atttttttta ataaaaagag
     9601 ggttttaaat gctatgcagt cattaataga agagttctag gactccgagt gccctgtaac
     9661 tattagcata tggcctggca ggagacagaa attcacgcat gcatccgagt aaagtaggtt
     9721 agctaaagaa cggactctgc tgcttccgtc caaggccgcg actgttttgt ctttcgatta
     9781 cccttgcccc tgtggctcta cctgccagcc ccattaacgt aagttacctg gcccaggtaa
     9841 agccacatct ttcactgcag gcagcaagct ctgtgggttc attgttttca tctgtgttca
     9901 ccccaagcct cagccaccat ctccatactg tctgttcagt gaagagaagt gcttgaagat
     9961 tcactgctcc aggctattca gcttcaggat gccatgtttt atacagttct ttcgggatag
    10021 aaactggttt tatatatagc cagattcttt tttaaacatg atttaactcc cataatgaac
    10081 aaactgtctg acttaagttt ttcataaaat aacattttct taagattgga tctgtttctt
    10141 gcaatgatat gatcagttgc caaatgattg aaattttaaa tgctctgttc atactcttgt
    10201 tttataatta aaatttacat tcattatgtg taggtttttt tattgtttgg ggttatgatt
    10261 tttttgtctt tttttcattg tcttttttta aattttgatt ttattttttg ttttggctct
    10321 tgtaaggtgg atattcttgt cattttgcat tgtttcttac tgaaatttta tatataaatt
    10381 ataaaatgtt tccctaaaa
//
