LOCUS       NM_001367949           19504 bp    mRNA    linear   PRI 24-SEP-2024
DEFINITION  Homo sapiens FAT atypical cadherin 3 (FAT3), transcript variant 1,
            mRNA.
ACCESSION   NM_001367949 XM_017017181
VERSION     NM_001367949.2
KEYWORDS    RefSeq; MANE Select.
SOURCE      Homo sapiens (human)
  ORGANISM  Homo sapiens
            Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
            Mammalia; Eutheria; Euarchontoglires; Primates; Haplorrhini;
            Catarrhini; Hominidae; Homo.
REFERENCE   1  (bases 1 to 19504)
  AUTHORS   Jiang,Z., Zhu,M., Zhang,L., Cui,H., Jiang,R. and Yang,Y.
  TITLE     Antitumor immunity and prognosis value elicited by FAT3 and LRP1B
            co-mutation in endometrial cancer
  JOURNAL   Gynecol Oncol 187, 1-11 (2024)
   PUBMED   38696842
  REMARK    GeneRIF: Antitumor immunity and prognosis value elicited by FAT3
            and LRP1B co-mutation in endometrial cancer.
REFERENCE   2  (bases 1 to 19504)
  AUTHORS   Nada,D., Julien,C., Papillon-Cavanagh,S., Majewski,J., Elbakry,M.,
            Elremaly,W., Samuels,M.E. and Moreau,A.
  TITLE     Identification of FAT3 as a new candidate gene for adolescent
            idiopathic scoliosis
  JOURNAL   Sci Rep 12 (1), 12298 (2022)
   PUBMED   35853984
  REMARK    GeneRIF: Identification of FAT3 as a new candidate gene for
            adolescent idiopathic scoliosis.
            Publication Status: Online-Only
REFERENCE   3  (bases 1 to 19504)
  AUTHORS   Jiang,H., Tian,Y., Zhao,X., Zhang,L. and Wu,Z.
  TITLE     A circular RNA derived from FAT atypical cadherin 3 promotes lung
            cancer progression via forming a regulatory loop with oncogenic
            ELAV like RNA binding protein 1
  JOURNAL   J Biochem 171 (5), 519-528 (2022)
   PUBMED   34647573
  REMARK    GeneRIF: A circular RNA derived from FAT atypical cadherin 3
            promotes lung cancer progression via forming a regulatory loop with
            oncogenic ELAV like RNA binding protein 1.
REFERENCE   4  (bases 1 to 19504)
  AUTHORS   Aviles,E.C., Krol,A., Henle,S.J., Burroughs-Garcia,J., Deans,M.R.
            and Goodrich,L.V.
  TITLE     Fat3 acts through independent cytoskeletal effectors to coordinate
            asymmetric cell behaviors during polarized circuit assembly
  JOURNAL   Cell Rep 38 (5), 110307 (2022)
   PUBMED   35108541
  REMARK    GeneRIF: Fat3 acts through independent cytoskeletal effectors to
            coordinate asymmetric cell behaviors during polarized circuit
            assembly.
REFERENCE   5  (bases 1 to 19504)
  AUTHORS   Zhu,M., Zhang,L., Cui,H., Zhao,Q., Wang,H., Zhai,B., Jiang,R. and
            Jiang,Z.
  TITLE     Co-Mutation of FAT3 and LRP1B in Lung Adenocarcinoma Defines a
            Unique Subset Correlated With the Efficacy of Immunotherapy
  JOURNAL   Front Immunol 12, 800951 (2022)
   PUBMED   35069585
  REMARK    GeneRIF: Co-Mutation of FAT3 and LRP1B in Lung Adenocarcinoma
            Defines a Unique Subset Correlated With the Efficacy of
            Immunotherapy.
            Publication Status: Online-Only
REFERENCE   6  (bases 1 to 19504)
  AUTHORS   Cheng,H., Burroughs-Garcia,J., Birkness,J.E., Trinidad,J.C. and
            Deans,M.R.
  TITLE     Disparate Regulatory Mechanisms Control Fat3 and P75NTR Protein
            Transport through a Conserved Kif5-Interaction Domain
  JOURNAL   PLoS One 11 (10), e0165519 (2016)
   PUBMED   27788242
  REMARK    GeneRIF: For Fat3, the Kif5-ID is regulated by alternative
            splicing, and the timecourse of splicing suggests that the
            distribution of Fat3 may switch between early and later stages of
            retinal development. In contrast, P75NTR binding to Kif5B is
            enhanced by tyrosine phosphorylation and thus has the potential to
            be dynamically regulated on a more rapid time scale
            Publication Status: Online-Only
REFERENCE   7  (bases 1 to 19504)
  AUTHORS   Zheng,J.S., Arnett,D.K., Lee,Y.C., Shen,J., Parnell,L.D.,
            Smith,C.E., Richardson,K., Li,D., Borecki,I.B., Ordovas,J.M. and
            Lai,C.Q.
  TITLE     Genome-wide contribution of genotype by environment interaction to
            variation of diabetes-related traits
  JOURNAL   PLoS One 8 (10), e77442 (2013)
   PUBMED   24204828
  REMARK    Publication Status: Online-Only
REFERENCE   8  (bases 1 to 19504)
  AUTHORS   Wu,Q.
  TITLE     Comparative genomics and diversifying selection of the clustered
            vertebrate protocadherin genes
  JOURNAL   Genetics 169 (4), 2179-2188 (2005)
   PUBMED   15744052
REFERENCE   9  (bases 1 to 19504)
  AUTHORS   Mitsui,K., Nakajima,D., Ohara,O. and Nakayama,M.
  TITLE     Mammalian fat3: a large protein that contains multiple cadherin and
            EGF-like motifs
  JOURNAL   Biochem Biophys Res Commun 290 (4), 1260-1266 (2002)
   PUBMED   11811999
COMMENT     VALIDATED REFSEQ: This record has undergone validation or
            preliminary review. The reference sequence was derived from
            AP003124.3, AP000722.5, AP000805.4, AP002514.5, AP003718.3 and
            AP003171.2.
            This sequence is a reference standard in the RefSeqGene project.
            
            On Nov 30, 2019 this sequence version replaced NM_001367949.1.
            
            Transcript Variant: This variant (1) represents the longer
            transcript and encodes the longer 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 :: single sample supports all introns SAMEA2154665,
                              SAMN03267763 [ECO:0000348]
            ##Evidence-Data-END##
            
            ##RefSeq-Attributes-START##
            MANE Ensembl match     :: ENST00000525166.6/ ENSP00000432586.2
            RefSeq Select criteria :: based on manual assertion, conservation,
                                      expression
            ##RefSeq-Attributes-END##
            COMPLETENESS: full length.
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-357               AP003124.3         83393-83749
            358-3666            AP000722.5         119786-123094
            3667-3981           AP000805.4         140183-140497
            3982-4043           AP002514.5         140890-140951
            4044-4358           AP003718.3         6454-6768
            4359-4569           AP003718.3         9477-9687
            4570-4709           AP003718.3         18639-18778
            4710-4985           AP003718.3         34541-34816
            4986-5196           AP003718.3         37365-37575
            5197-9270           AP003718.3         42434-46507
            9271-9467           AP003718.3         49751-49947
            9468-9621           AP003718.3         50960-51113
            9622-9855           AP003718.3         54441-54674
            9856-10245          AP003718.3         76220-76609
            10246-10460         AP003718.3         79468-79682
            10461-10598         AP003718.3         81164-81301
            10599-10742         AP003718.3         82261-82404
            10743-10940         AP003171.2         2369-2566
            10941-11739         AP003171.2         5741-6539
            11740-11874         AP003171.2         19021-19155
            11875-12032         AP003171.2         20972-21129
            12033-12501         AP003171.2         28548-29016
            12502-12655         AP003171.2         42538-42691
            12656-13311         AP003171.2         44545-45200
            13312-13425         AP003171.2         48807-48920
            13426-13485         AP003171.2         50996-51055
            13486-13521         AP003171.2         51663-51698
            13522-19504         AP003171.2         52298-58280
FEATURES             Location/Qualifiers
     source          1..19504
                     /organism="Homo sapiens"
                     /mol_type="mRNA"
                     /db_xref="taxon:9606"
                     /chromosome="11"
                     /map="11q14.3"
     gene            1..19504
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /note="FAT atypical cadherin 3"
                     /db_xref="GeneID:120114"
                     /db_xref="HGNC:HGNC:23112"
                     /db_xref="MIM:612483"
     exon            1..357
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            358..3666
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     CDS             375..14144
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /note="isoform 1 precursor is encoded by transcript
                     variant 1; cadherin-related family member 10;
                     protocadherin Fat 3; cadherin family member 15; FAT tumor
                     suppressor homolog 3"
                     /codon_start=1
                     /product="protocadherin Fat 3 isoform 1 precursor"
                     /protein_id="NP_001354878.1"
                     /db_xref="CCDS:CCDS91573.1"
                     /db_xref="GeneID:120114"
                     /db_xref="HGNC:HGNC:23112"
                     /db_xref="MIM:612483"
                     /translation="MDIIMGHCVGTRPPACCLILLLFKLLATVSQGLPGTGPLGFHFT
                     HSIYNATVYENSAARTYVNSQSRMGITLIDLSWDIKYRIVSGDEEGFFKAEEVIIADF
                     CFLRIRTKGGNSAILNREIQDNYLLIVKGSVRGEDLEAWTKVNIQVLDMNDLRPLFSP
                     TTYSVTIAESTPLRTSVAQVTATDADIGSNGEFYYYFKNKVDLFSVHPTSGVISLSGR
                     LNYDEKNRYDLEILAVDRGMKLYGNNGVSSTAKLYVHIERINEHAPTIHVVTHVPFSL
                     EKEPTYAVVTVDDLDDGANGEIESVSIVAGDPLDQFFLAKEGKWLNEYKIKERKQIDW
                     ESFPYGYNLTLQAKDKGSPQKCSALKAVYIGNPTRDTVPIRFEKEVYDVSISEFSPPG
                     VVVAIVKLSPEPIDVEYKLSPGEDAVYFKINPRSGLIVTARPLNTVKKEVYKLEVTNK
                     EGDLKAQVTISIEDANDHTPEFQQPLYDAYVNESVPVGTSVLTVSASDKDKGENGYIT
                     YSIASLNLLPFVINQFTGVISTTEELDFESSPEIYRFIVRASDWGSPYRHESEVNVTI
                     RIGNVNDNSPLFEKVACQGVISYDFPVGGHITAVSAIDIDELELVKYKIISGNELGFF
                     YLNPDSGVLQLKKSLTNSGIKNGNFALRITATDGENLADPMSINISVLHGKVSSKSFS
                     CRETRVAQKLAEKLLIKAKANGKLNLEDGFLDFYSINRQGPYFDKSFPSDVAVKEDLP
                     VGANILKIKAYDADSGFNGKVLFTISDGNTDSCFNIDMETGQLKVLMPMDREHTDLYL
                     LNITIYDLGNPQKSSWRLLTINVEDANDNSPVFIQDSYSVNILESSGIGTEIIQVEAR
                     DKDLGSNGEVTYSVLTDTQQFAINSSTGIVYVADQLDRESKANYSLKIEARDKAESGQ
                     QLFSVVTLKVFLDDVNDCSPAFIPSSYSVKVLEDLPVGTVIAWLETHDPDLGLGGQVR
                     YSLVNDYNGRFEIDKASGAIRLSKELDYEKQQFYNLTVRAKDKGRPVSLSSVSFVEVE
                     VVDVNENLHTPYFPDFAVVGSVKENSRIGTSVLQVTARDEDSGRDGEIQYSIRDGSGL
                     GRFSIDDESGVITAADILDRETMGSYWLTVYATDRGVVPLYSTIEVYIEVEDVNDNAP
                     LTSEPIYYPVVMENSPKDVSVIQIQAEDPDSSSNEKLTYRITSGNPQNFFAINIKTGL
                     ITTTSRKLDREQQAEHFLEVTVTDGGPSPKQSTIWVVVQVLDENDNKPQFPEKVYQIK
                     LPERDRKKRGEPIYRAFAFDRDEGPNAEISYSIVDGNDDGKFFIDPKTGMVSSRKQFT
                     AGSYDILTIKAVDNGRPQKSSTARLHIEWIKKPPPSPIPLTFDEPFYNFTVMESDRVT
                     EIVGVVSVQPANTPLWFDIVGGNFDSAFDAEKGVGTIVIAKPLDAEQRSIYNMSVEVT
                     DGTNVAVTQVFIKVLDNNDNGPEFSQPNYDVTISEDVLPDTEILQIEATDRDEKHKLS
                     YTVHSSIDSISMRKFRIDPSTGVLYTAERLDHEAQDKHILNIMVRDQEFPYRRNLARV
                     IVNVEDANDHSPYFTNPLYEASVFESAALGSAVLQVTALDKDKGENAELIYTIEAGNT
                     GNMFKIEPVLGIITICKEPDMTTMGQFVLSIKVTDQGSPPMSATAIVRISVTMSDNSH
                     PKFIHKDYQAEVNENVDIGTSVILISAISQSTLIYEVKDGDINGIFTINPYSGVITTQ
                     KALDYERTSSYQLIIQATNMAGMASNATVNIQIVDENDNAPVFLFSQYSGSLSEAAPI
                     NSIVRSLDNSPLVIRATDADSNRNALLVYQIVESTAKKFFTVDSSTGAIRTIANLDHE
                     TIAHFHFHVHVRDSGSPQLTAESPVEVNIEVTDVNDNPPVFTQAVFETILLLPTYVGV
                     EVLKVSATDPDSEVPPELTYSLMEGSLDHFLIDSNSGVLTIKNNNLSKDHYMLIVKVS
                     DGKFYSTSMVTIMVKEAMDSGLHFTQSFYSTSISENNTNITKVAIVNAVGNRLNEPLK
                     YSILNPGNKFKIKSTSGVIQTTGVPFDREEQELYELVVEASRELDHLRVARVVVRVNI
                     EDINDNSPVFVGLPYYAAVQVDAEPGTLIYQVTAIDKDKGPNGEVTYVLQDDYGHFEI
                     NPNSGNVILKEAFNSDLSNIEYGVTILAKDGGKPSLSTSVELPITIVNKAMPVFDKPF
                     YTASVNEDIRMNTPILSINATSPEGQGIIYIIIDGDPFKQFNIDFDTGVLKVVSPLDY
                     EVTSAYKLTIRASDALTGARAEVTVDLLVNDVNDNPPIFDQPTYNTTLSEASLIGTPV
                     LQVVSIDADSENNKMVHYQIVQDTYNSTDYFHIDSSSGLILTARMLDHELVQHCTLKV
                     RSIDSGFPSLSSEVLVHIYISDVNDNPPVFNQLIYESYVSELAPRGHFVTCVQASDAD
                     SSDFDRLEYSILSGNDRTSFLMDSKSGVITLSNHRKQRMEPLYSLNVSVSDGLFTSTA
                     QVHIRVLGANLYSPAFSQSTYVAEVRENVAAGTKVIHVRATDGDPGTYGQISYAIIND
                     FAKDRFLIDSNGQVITTERLDRENPLEGDVSIFVRALDGGGRTTFCTVRVIVVDENDN
                     APQFMTVEYRASVRADVGRGHLVTQVQAIDPDDGANSRITYSLYSEASVSVADLLEID
                     PDNGWMVTKGNFNQLKNTVLSFFVKAVDGGIPVKHSLIPVYIHVLPPETFLPSFTQSQ
                     YSFTIAEDTAIGSTVDTLRILPSQNVWFSTVNGERPENNKGGIFVIEQETGTIKLDKR
                     LDRETSPAFHFKVAATIPLDKVDIVFTVDVDIKVLDLNDNKPVFETSSYDTIIMEGMP
                     VGTKLTQVRAIDMDWGANGQVTYSLHSDSQPEKVMEAFNIDSNTGWISTLKDLDHETD
                     PTFTFSVVASDLGEAFSLSSTALVSVRVTDINDNAPVFAQEVYRGNVKESDPPGEVVA
                     VLSTWDRDTSDVNRQVSYHITGGNPRGRFALGLVQSEWKVYVKRPLDREEQDIYFLNI
                     TATDGLFVTQAMVEVSVSDVNDNSPVCDQVAYTALLPEDIPSNKIILKVSAKDADIGS
                     NGYIRYSLYGSGNSEFFLDPESGELKTLALLDRERIPVYSLMAKATDGGGRFCQSNIH
                     LILEDVNDNPPVFSSDHYNTCVYENTATKALLTRVQAVDPDIGINRKVVYSLADSAGG
                     VFSIDSSSGIIILEQPLDREQQSSYNISVRATDQSPGQSLSSLTTVTITVLDINDNPP
                     VFERRDYLVTVPEDTSPGTQVLAVFATSKDIGTNAEITYLIRSGNEQGKFKINPKTGG
                     ISVSEVLDYELCKRFYLVVEAKDGGTPALSAVATVNINLTDVNDNPPKFSQDVYSAVI
                     SEDALVGDSVILLIAEDVDSQPNGQIHFSIVNGDRDNEFTVDPVLGLVKVKKKLDRER
                     VSGYSLLVQAVDSGIPAMSSTATVNIDISDVNDNSPVFTPANYTAVIQENKPVGTSIL
                     QLVVTDRDSFHNGPPFSFSILSGNEEEEFVLDPHGILRSAVVFQHTESLEYVLCVQAK
                     DSGKPQQVSHTYIRVRVIEESTHKPTAIPLEIFIVTMEDDFPGGVIGKIHATDQDMYD
                     VLTFALKSEQKSLFKVNSHDGKIIALGGLDSGKYVLNVSVSDGRFQVPIDVVVHVEQL
                     VHEMLQNTVTIRFENVSPEDFVGLHMHGFRRTLRNAVLTQKQDSLRIISIQPVAGTNQ
                     LDMLFAVEMHSSEFYKPAYLIQKLSNARRHLENIMRISAILEKNCSGLDCQEQHCEQG
                     LSLDSHALMTYSTARISFVCPRFYRNVRCTCNGGLCPGSNDPCVEKPCPGDMQCVSYE
                     ASRRPFLCQCPPGKLGECSGHTSLSFAGNSYIKYRLSENSKEEDFKLALRLRTLQSNG
                     IIMYTRANPCIILKIVDGKLWFQLDCGSGPGILGISGRAVNDGSWHSVFLELNRNFTS
                     LSLDDSYVERRRAPLYFQTLSTESSIYFGALVQADNIRSLTDTRVTQVLSGFQGCLDS
                     VILNNNELPLQNKRSSFAEVVGLTELKLGCVLYPDACKRSPCQHGGSCTGLPSGGYQC
                     TCLSQFTGRNCESEITACFPNPCRNGGSCDPIGNTFICNCKAGLTGVTCEEDINECER
                     EECENGGSCVNVFGSFLCNCTPGYVGQYCGLRPVVVPNIQAGHSYVGKEELIGIAVVL
                     FVIFILVVLFIVFRKKVFRKNYSRNNITLVQDPATAALLNKSNGIPFRNLRGSGDGRN
                     VYQEVGPPQVPVRPMAYTPCFQSDSRSNLDKIVDGLGGEHQEMTTFHPESPRILTARR
                     GVVVCSVAPNLPAVSPCRSDCDSIRKNGWDAGTENKGVDDPGEVTCFAGSNKGSNSEV
                     QSLSSFQSDSGDDNASIVTVIQLVNNVVDTIENEVSVMDQGQNYNRAYHWDTSDWMPG
                     ARLSDIEEVPNYENQDGGSAHQGSTRELESDYYLGGYDIDSEYPPPHEEEFLSQDQLP
                     PPLPEDFPDQYEALPPSQPVSLASTLSPDCRRRPQFHPSQYLPPHPFPNETDLVGPPA
                     SCEFSTFAVSMNQGTEPTGPADSVSLSLHNSRGTSSSDVSANCGFDDSEVAMSDYESV
                     GELSLASLHIPFVETQHQTQV"
     exon            3667..3981
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            3982..4043
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            4044..4358
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            4359..4569
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            4570..4709
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            4710..4985
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            4986..5196
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            5197..9270
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            9271..9467
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            9468..9621
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            9622..9855
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            9856..10245
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            10246..10460
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            10461..10598
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            10599..10742
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            10743..10940
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            10941..11739
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            11740..11874
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            11875..12032
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            12033..12501
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            12502..12655
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            12656..13311
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            13312..13425
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            13426..13485
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            13486..13521
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     exon            13522..19504
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /inference="alignment:Splign:2.1.0"
     regulatory      19481..19486
                     /regulatory_class="polyA_signal_sequence"
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /note="hexamer: AGTAAA"
     polyA_site      19504
                     /gene="FAT3"
                     /gene_synonym="CDHF15; CDHR10; hFat3"
                     /note="major polyA site"
ORIGIN      
        1 agtagcggcg gcggctgcag ctcggagcag acaggagagc cggcgctcct ccccgcaggc
       61 tgcgctgtga actggcctgc ggattgggat ctcgcgcctc ccgtccctct cctcccgctg
      121 ctgttctctt catctcggct cccctcctcc gcttgcgaac ccccggcggc ggcggcggcg
      181 gcgtcccgag cgcagagcgc ttctgctcgc ggcctcagtc ccggctagcg cgcggtgggc
      241 gctgcggcgg cagcagccgg gggaccggct cgcccggagc aagagcgccg agcaccgggt
      301 gaagaagacc acgggggagg cgcctcgtag agccgtggat cgccagcgga ggcaagggat
      361 ggaagtatga tgtgatggat ataattatgg gacactgtgt gggcacacgg cctcctgctt
      421 gttgcctcat cctcctgctt ttcaagcttt tggccactgt ctcccagggg ctgccaggga
      481 ctggacccct gggcttccac ttcacacatt ccatttataa tgctaccgtg tatgagaact
      541 cagcagcaag gacctacgtc aacagccaga gtagaatggg catcacctta atagatctat
      601 cctgggatat caaatacaga atagtgtccg gagacgagga aggctttttc aaagcagagg
      661 aagtcatcat tgcagatttc tgttttctca gaataagaac taaaggtggc aattctgcca
      721 tattaaatag ggaaatccag gataattatt tattgatagt aaaaggttct gtcagaggag
      781 aggatttgga agcatggacc aaagtgaata tacaggtttt agatatgaat gatctgagac
      841 ctttgttttc acccacaaca tactctgtta ccatagcaga aagcacacct ctaaggacta
      901 gtgttgccca ggtgactgca acagacgcag atattggttc caatggagaa ttctactact
      961 actttaaaaa taaagttgat ctcttttcag ttcaccccac gagtggtgtc atctccttaa
     1021 gtggtcgatt aaattatgat gaaaagaata ggtatgatct ggaaattttg gctgtggacc
     1081 ggggaatgaa actgtatggg aacaatggag tgagcagtac tgcaaagctt tatgttcaca
     1141 ttgagcgcat aaatgaacat gccccaacaa tccatgtagt cactcatgtt cctttctcgt
     1201 tggaaaaaga gccaacatat gcagtggtga cagttgatga cttagatgat ggagcgaatg
     1261 gagagatcga atctgtttcc attgtggctg gggatccttt agatcagttc ttcctggcta
     1321 aggaaggaaa gtggttgaat gagtacaaga ttaaggagag gaagcagatt gactgggaga
     1381 gctttcccta tggctacaat ctcactcttc aagcaaaaga caagggatct cctcaaaaat
     1441 gttcagcatt aaaggcagtc tacattggca accccacaag agacactgtc cccattagat
     1501 ttgaaaaaga agtgtacgat gtgagcataa gtgaattttc ccctcctggt gtcgtggttg
     1561 ctatagtaaa attaagtcct gaaccgatag atgtggaata caaattatct cctggtgagg
     1621 atgcagtgta ctttaaaatt aatcctcggt cgggtctgat tgttacagca cggccactga
     1681 atactgttaa gaaggaggtt tataaactgg aggtgacaaa caaggaagga gatttaaaag
     1741 cacaggtcac catcagcata gaagatgcaa atgaccacac cccagaattt cagcaaccac
     1801 tgtatgatgc ttatgtgaat gaaagtgtcc cagtgggaac cagcgttcta acagtttcag
     1861 cttctgataa ggataaagga gaaaatgggt acatcaccta tagtatcgct agcctgaatt
     1921 tgttaccatt tgtcattaat cagtttacag gtgttattag cacaactgaa gaactggatt
     1981 ttgaatcctc cccagaaatt tacagattca ttgttagagc ctctgactgg ggttcaccat
     2041 accgccatga aagtgaggtc aatgtgacta ttcgaatagg aaatgtcaac gacaacagcc
     2101 ctctctttga aaaagtggct tgccagggag ttatttcata tgactttcca gttggtggtc
     2161 acatcacagc agtctcagcg atcgatatcg atgaacttga acttgtaaag tacaaaatca
     2221 tttctggaaa tgaacttggc ttcttttatt taaacccaga ttctggtgtt ttacagctta
     2281 aaaaatcact gacaaattct ggcattaaaa atggcaattt tgccctcaga attacagcaa
     2341 ctgatggaga gaatcttgca gaccccatgt ctattaacat ttcagtccta catgggaaag
     2401 tgtcttcaaa gagcttcagt tgcagagaaa ctcgtgtggc tcaaaagctg gcagagaaac
     2461 tactcattaa ggcaaaagca aatgggaaac tgaatctgga agatggattt cttgactttt
     2521 attcaattaa tagacaggga ccatattttg acaagtcttt tccttctgat gtggctgtaa
     2581 aggaggatct gccagttggt gctaacattc tgaagattaa agcctatgat gccgactctg
     2641 gcttcaatgg aaaagtgcta tttacaatat cagatggaaa tacggatagt tgctttaata
     2701 ttgatatgga gactgggcag cttaaagtcc ttatgcccat ggatcgagaa cacacagacc
     2761 tctatctcct taatatcacc atctatgact taggtaatcc acagaaatcg tcatggagac
     2821 tgctgaccat caatgtggag gatgctaatg acaatagccc agtttttatt caagacagtt
     2881 actcagttaa cattcttgaa agttcaggca ttggtactga aatcattcaa gtggaagcca
     2941 gagacaaaga cttaggttct aatggtgaag tgacttactc agtcttgaca gatacacagc
     3001 agtttgccat caatagctca actggaatcg tttatgtagc cgaccagttg gaccgggaat
     3061 ccaaagccaa ttattctttg aaaatagaag ccagggacaa ggcagagagt ggtcagcagc
     3121 tgttttcagt tgtcactctt aaagtttttt tagatgatgt caatgactgc tccccagctt
     3181 tcattcccag tagctatagt gtgaaggttc ttgaagatct ccctgttggc actgtcattg
     3241 cttggcttga gacccatgat ccagatcttg gactgggggg tcaagtgcgc tattctttgg
     3301 tcaatgacta taatgggaga tttgaaatag ataaagcaag tggtgccatc cgcttgagca
     3361 aagagcttga ttatgagaaa cagcagttct ataaccttac tgtgcgggcc aaagacaaag
     3421 ggcggcctgt ctctctgtca tctgtttcct ttgttgaggt ggaagtggtg gatgtcaatg
     3481 aaaacctcca cactccctat ttcccagact ttgctgttgt tggatctgta aaggaaaact
     3541 cacgcattgg aacaagcgtg ctgcaggtga ctgctcgaga tgaagactcc ggaagggatg
     3601 gagagatcca gtactccatc agggatggca gtggtcttgg aaggttcagt atagacgacg
     3661 agagtggggt catcactgcc gcagacattc ttgatcggga gacaatgggg tcatactggc
     3721 taacagtgta tgccacagac aggggcgttg ttccactcta ctccaccatt gaggtctaca
     3781 ttgaagttga agatgtgaat gacaatgccc cgctgacctc agaacctata tattatcctg
     3841 ttgtcatgga aaactctcca aaggacgtat ctgtcattca gatccaggct gaagatcctg
     3901 actccagttc caatgaaaaa ctgacataca ggattacaag tggaaatcct cagaattttt
     3961 ttgccatcaa tatcaaaaca ggtctgatta caacaacttc aaggaaattg gatcgagaac
     4021 agcaggcaga acattttctg gaggtgactg tgacagatgg tggtccctct ccaaaacagt
     4081 caaccatttg ggtggtggtt caggttctag atgaaaatga caacaagccc cagttcccag
     4141 agaaggtcta ccagatcaag ctgccagaac gtgaccgaaa gaagagagga gaaccgattt
     4201 acagggcttt tgcatttgat agagatgagg gccccaacgc agaaatctcc tacagtattg
     4261 tggatgggaa tgatgacgga aagttcttta ttgaccctaa aactgggatg gtttcttcta
     4321 gaaagcagtt tacagcaggc agttatgaca tcctaacgat aaaggcagtg gacaatgggc
     4381 gcccacagaa atcctccacg gcccgcctcc acattgaatg gattaagaaa ccaccccctt
     4441 cacctatacc attgaccttc gatgagccgt tttataactt cacagtcatg gaaagtgata
     4501 gagtgactga aattgtaggg gtggtgtctg tgcagccagc taacacccct ctgtggtttg
     4561 acatagttgg ggggaatttt gacagcgctt ttgatgcaga gaagggtgtt gggacaattg
     4621 tcatcgcaaa acctttggat gcagagcaga ggtccatcta taatatgagt gtggaagtca
     4681 ccgatgggac aaatgttgct gttactcagg tatttatcaa agtgctggat aataatgata
     4741 atggcccaga attctctcag ccgaattacg atgtgacaat ttccgaggat gtgcttccag
     4801 acacggagat cctgcagatt gaagccacag atagagatga gaagcacaag ctgagctaca
     4861 ctgttcatag cagcatcgac tccatcagca tgagaaaatt ccggattgac cctagcactg
     4921 gcgtgctcta tactgccgag aggctggacc atgaggccca ggacaagcac attctcaaca
     4981 taatggtcag agatcaggag tttccttatc gaagaaactt ggcccgagtc attgtgaatg
     5041 tggaggatgc taatgatcac agtccttatt ttaccaaccc actgtatgaa gcgtctgtgt
     5101 ttgaatctgc tgctctggga tcagctgttc tgcaagtgac ggctctggac aaagacaaag
     5161 gagaaaatgc agaactcata tataccatag aagcagggaa cactgggaac atgtttaaga
     5221 tcgaaccggt cctaggcatc atcaccattt gcaaagaacc agacatgacg acgatgggtc
     5281 agtttgtcct atccatcaaa gtcacagatc agggatcccc gccaatgtct gctactgcaa
     5341 ttgtgcgcat ttccgtcacc atgtctgaca attctcaccc caagttcatt cacaaagact
     5401 accaagcaga agtaaatgaa aatgttgaca ttggaacatc agtcattcta atctctgcca
     5461 tcagtcaatc taccctcatt tatgaagtca aagatggaga cattaatggg atctttacca
     5521 taaatccata ttctggagtc atcaccactc agaaggccct ggattatgag cgcacatcct
     5581 cttatcaact catcattcag gccaccaata tggcaggaat ggcttccaat gctacagtca
     5641 atattcagat tgttgatgaa aatgataatg ccccagtttt tctcttttct caatactcag
     5701 gcagcctaag tgaggctgcc ccaattaata gcattgtcag gagcttggat aacagcccac
     5761 tggtgattcg agccacagat gctgacagca accggaatgc tctgcttgtg tatcagattg
     5821 tggagtcaac agcaaaaaag tttttcacgg tggactccag tacaggtgca atcagaacaa
     5881 ttgccaacct ggaccatgaa accattgccc atttccattt tcatgtgcat gtgagagaca
     5941 gtggtagccc ccaactgact gcagagagtc ccgttgaagt caacattgag gtgacagatg
     6001 tgaatgataa cccacctgtt tttactcagg ctgtgtttga gactatctta cttctaccta
     6061 cctatgttgg agtggaggtt ctgaaagtta gtgccacaga tcctgactct gaggtacccc
     6121 ctgaactgac atacagccta atggaaggca gtttggatca ttttttaatt gactcaaaca
     6181 gtggagtact taccataaaa aacaacaacc tctccaagga tcactacatg ctgatagtta
     6241 aggtgtctga tggaaagttc tacagtacct ccatggtcac catcatggtt aaagaagcca
     6301 tggacagcgg cctccacttt acacaaagct tctattccac ctcaatctca gagaacaaca
     6361 ctaacataac caaagttgct attgtcaatg cagttggaaa tcgccttaat gagcccttaa
     6421 aatacagcat cttaaaccca ggaaataagt tcaagataaa atctacctca ggggtcattc
     6481 agacgactgg agtccccttt gaccgtgaag aacaagagtt atatgagctg gtggtagaag
     6541 ccagccgtga gctggaccat ctgcgtgtgg ccagagtggt ggtcagggtt aacattgaag
     6601 acataaatga caattctcca gtctttgtgg gcctcccata ctatgctgct gttcaagtgg
     6661 atgcggaacc cgggactctg atttatcagg tgacagccat tgacaaagat aaaggtccaa
     6721 atggagaagt gacctatgtc ctgcaggatg actatggcca ctttgaaatt aaccctaatt
     6781 cagggaatgt tattttaaag gaagcattca actctgactt gtccaacatt gagtatggag
     6841 tcaccatcct agccaaggat ggcggaaaac cttctttgtc tacatctgtg gagcttccca
     6901 tcactattgt caacaaagca atgcctgtgt ttgataagcc cttttataca gcatctgtca
     6961 atgaagacat cagaatgaac acacccatcc taagcatcaa tgccaccagt ccagaaggcc
     7021 aaggcatcat atatatcatt atcgatgggg acccttttaa acagtttaac attgactttg
     7081 acactggggt cctgaaagtt gttagccctt tggattatga agttacatct gcttacaagc
     7141 tgacaataag agccagcgac gcccttactg gtgctagggc tgaagtcact gttgacttgc
     7201 tagttaatga tgtaaatgac aaccccccta ttttcgatca gcctacatac aatacaacac
     7261 tatcagaagc atctcttatt gggacacctg ttttacaagt tgtctctatt gatgcagact
     7321 cagaaaacaa taaaatggta cattatcaga ttgtccagga tacctacaat agcacagatt
     7381 attttcacat agatagctca agtggcttaa tcctgacagc acgaatgctg gaccatgagt
     7441 tagtacaaca ctgcactttg aaagtcagat caatagatag tggcttccca tcactgagca
     7501 gtgaggttct cgttcatatc tacatctctg atgtaaatga caaccctcca gtttttaatc
     7561 agctcattta tgagtcatat gtgagtgaat tagccccccg gggccatttt gtaacctgtg
     7621 tacaagcctc tgatgcagac agctctgatt ttgaccggtt ggaatatagc attttatctg
     7681 ggaatgaccg gacgagcttt ctgatggaca gcaagagtgg agttatcaca ttgtccaacc
     7741 atcggaagca gcggatggag cctctgtaca gtctcaatgt gtctgtctct gatgggttgt
     7801 tcaccagcac tgcacaggtg catattaggg tacttggggc taacttgtac agccctgcct
     7861 tttcacaaag cacatacgta gctgaggtga gagagaacgt ggctgcagga acaaaggtaa
     7921 ttcatgttcg agccacagat ggtgatccag ggacttatgg gcagatcagc tatgccatca
     7981 tcaatgactt tgccaaggat cgattcctca tagacagcaa tgggcaggtc atcaccacag
     8041 aaaggctaga ccgggaaaac cctctagaag gggatgttag tatttttgtg agggcccttg
     8101 atggtggagg gagaacaact ttctgcactg tgagagtgat tgttgtggat gaaaatgaca
     8161 atgctcccca gttcatgaca gtggaatata gagccagtgt cagggcagat gttggaaggg
     8221 gccacttggt cactcaagtt caagccatag atcccgatga tggagcaaat tcaaggatta
     8281 cttattccct ctatagcgag gcctctgttt cagtggccga cctcctggaa atcgatcctg
     8341 acaatggctg gatggtcaca aagggtaatt ttaaccagct gaaaaataca gtgctttcgt
     8401 tctttgtcaa agcagtagat gggggcatcc cagtaaagca ctccctcatt cctgtctata
     8461 tccacgtctt gccccctgaa acgttcttgc catcattcac ccagtctcag tattccttta
     8521 ccattgcaga agatacagcc attgggagta cagtggacac cctgaggatt ttgcccagtc
     8581 agaatgtctg gttcagcaca gttaatgggg aacggccaga aaataacaaa gggggcatat
     8641 tcgtcataga acaggaaaca ggcactatta agcttgacaa acgccttgac cgtgaaacca
     8701 gcccagcttt ccactttaaa gtagcagcca ctatacccct ggacaaagta gacattgtgt
     8761 ttactgtgga tgtagatatc aaggtattgg atttgaatga caacaagcca gtctttgaaa
     8821 cttcaagcta tgacaccatt ataatggaag ggatgcctgt tggcaccaaa ctcacacaag
     8881 tgagagctat tgatatggac tggggagcca atggacaagt cacttactcc ctccactcgg
     8941 attcccagcc cgaaaaggta atggaagcat tcaatattga cagcaacacg ggctggatca
     9001 gtaccttgaa ggacctagat cacgagacag accccacatt caccttctct gtggtggcct
     9061 ctgaccttgg agaggcattc tctctttcct ccacggcctt ggtctctgtc agagtgacag
     9121 atataaatga caatgcacca gtcttcgcgc aggaagtgta ccgagggaat gtgaaggaga
     9181 gcgacccacc gggcgaggtg gtagccgtcc tcagcacctg ggacagagac acatccgacg
     9241 ttaatcgcca agtgagctac catattacag gaggaaaccc tcgaggaagg tttgctctgg
     9301 gcctggtgca aagtgagtgg aaggtctatg tgaagaggcc tctagacaga gaagaacagg
     9361 acatttactt tctcaatatc actgccactg atgggctttt tgtcacacag gccatggtgg
     9421 aagtgagcgt cagtgatgtg aatgacaata gcccagtgtg tgatcaggtt gcatatacag
     9481 cattacttcc tgaagacatt ccatcaaata aaatcatcct gaaagtcagt gcaaaggatg
     9541 ctgatattgg atccaatgga tatatacgat actcactcta tggatctgga aacagtgaat
     9601 tttttctaga tccagaaagt ggcgagttaa aaaccttggc tctgttggac cgggagagga
     9661 tccccgtgta cagcctgatg gccaaggcca ctgacggggg tggcaggttc tgccagtcca
     9721 acatccacct aatcctggag gatgtgaatg ataacccccc tgtgttttct tctgaccact
     9781 acaacacctg tgtctatgag aacacagcca ccaaggctct gttgaccaga gttcaagccg
     9841 tggaccccga cattggcatc aataggaagg tcgtgtactc cctggcagac tcagctggtg
     9901 gggtcttctc cattgacagc tcatctggca tcatcatcct ggagcagcca ctggaccgtg
     9961 agcagcagtc ttcgtacaac atcagcgtgc gggccactga ccagagtcct ggacagtccc
    10021 tgtcctctct cactactgtc accatcaccg ttctggacat taatgacaac ccccctgtgt
    10081 ttgagaggag ggactacctg gtgacggtgc ctgaggacac ctcccctggc acccaagtcc
    10141 ttgctgtttt tgccaccagc aaagatattg gcacaaatgc tgagatcact tatctcatcc
    10201 ggtctgggaa cgaacaaggg aaatttaaga tcaaccccaa gacagggggt atttctgtct
    10261 ctgaagtcct ggactatgaa ttatgcaaaa ggttttacct ggtagtggaa gccaaagatg
    10321 ggggcacccc agctctcagc gctgtggcca ctgtcaacat caacctcaca gatgttaatg
    10381 acaaccctcc caagttcagc caagacgtct acagtgcggt tatcagtgaa gacgccttgg
    10441 tgggagactc tgtcattttg ctaatagcag aagatgtaga cagccagccc aacggacaga
    10501 ttcatttttc cattgtgaat ggagatcggg acaatgaatt tactgtagat cctgtcttgg
    10561 gacttgtgaa agttaagaag aaattggacc gggaacgggt gtctggatac tctctgcttg
    10621 tccaggccgt agacagtggc attcctgcaa tgtcatcaac tgcaactgtc aacattgata
    10681 tttctgatgt gaatgacaac agcccggtgt ttacacctgc caactatact gctgtgattc
    10741 aggaaaataa gccagtgggc accagcatct tgcagctggt ggtgacagac agagactcct
    10801 ttcacaatgg gcctcccttt tcattctcta ttttgtcggg aaatgaagag gaggagtttg
    10861 tgttggaccc tcatgggatc ttgcggtcgg ctgtggtctt ccagcacaca gagtctctgg
    10921 aatacgtgtt gtgtgtccag gcaaaggatt caggcaaacc ccagcaagtt tctcacactt
    10981 acatccgcgt gcgagtcatt gaggaaagca cccacaagcc cacagccatt cccctggaaa
    11041 ttttcattgt caccatggag gatgactttc ctggtggggt cattgggaag attcatgcca
    11101 cagatcaaga catgtatgat gtgctcacat ttgccctgaa atcggagcag aaaagcttat
    11161 ttaaagtgaa cagtcacgat gggaaaatca tcgccctggg aggcctggac agcggcaagt
    11221 atgtcctgaa tgtgtctgtg agtgatggtc gcttccaggt acccattgat gtggtcgtgc
    11281 atgtggagca gttggtgcat gagatgctgc agaacactgt caccatccgc tttgaaaatg
    11341 tgtcccctga ggacttcgtg gggctgcaca tgcatgggtt ccggcgcacc ctgcggaatg
    11401 cagtcctcac ccagaagcag gacagcctgc gcatcatcag catccagccc gtggcaggca
    11461 ccaaccaact ggacatgctg tttgcggtgg agatgcacag cagcgagttc tacaagccag
    11521 cctacctgat ccagaagctg tccaatgcta gaagacacct ggagaatatc atgcgcatct
    11581 cagccatctt ggagaagaac tgctcagggc tggactgtca ggaacagcat tgtgagcaag
    11641 gcttgtcact cgattcccac gcgctcatga cctacagcac ggctcgcatc agctttgtgt
    11701 gtccgcgttt ctacaggaac gtgcgttgca cctgcaatgg aggactgtgt ccggggtcca
    11761 acgatccttg tgtggagaag ccgtgtccag gggacatgca gtgtgtcagt tatgaagcca
    11821 gcaggagacc gttcctctgc cagtgtccac cagggaagct cggagagtgc tcagggcaca
    11881 cttctctcag ctttgctgga aacagttaca tcaaatatcg gctttctgaa aatagcaaag
    11941 aagaggattt caaactagct ctgcgtcttc gaacactgca aagcaatggg attataatgt
    12001 acaccagagc aaatccctgc ataattctga agattgtgga tggcaagctg tggttccagc
    12061 tggactgcgg cagcggccct ggaatcttgg gcatctcggg ccgtgctgtc aacgacggga
    12121 gctggcactc ggtcttcctg gagctcaacc gcaatttcac gagcctgtcc ctggatgaca
    12181 gctacgtgga gcggcgccgg gcgcccctct acttccagac gctgagcact gagagtagca
    12241 tctacttcgg cgccctggtg caagcggata acatccgcag cctgactgac acgcgggtca
    12301 cgcaggtgct cagcggcttc cagggctgcc tggactcggt gatactgaat aacaatgagc
    12361 tgccgctgca gaacaagcgc agcagcttcg cggaggtggt gggcctgacg gagctgaagc
    12421 tgggctgcgt gctctatccc gacgcctgca agcgcagccc gtgccagcac gggggcagct
    12481 gcactggcct gccatcgggg ggctatcagt gtacctgtct ctcacagttt acggggagaa
    12541 actgtgaatc tgagattaca gcctgcttcc caaacccctg ccggaatgga ggatcctgcg
    12601 atccaatagg aaacactttc atctgcaatt gtaaagctgg gctcactgga gtcacgtgtg
    12661 aggaggacat caatgagtgc gaacgagagg agtgtgagaa cggaggctcc tgcgtgaacg
    12721 tgttcggctc cttcctctgc aactgcacgc cgggctacgt gggccagtac tgcgggctgc
    12781 gccccgtggt ggtacccaat atccaggctg gccactccta cgtggggaag gaggagctca
    12841 tcggcatcgc cgtggtcctc ttcgtcatct tcatcctggt ggttctcttc atagtcttcc
    12901 gcaagaaggt cttccgcaag aactactccc gcaacaacat cacgctagtg caggacccgg
    12961 ccaccgccgc cctgcttaac aagagcaatg gcatcccgtt ccggaacctg cgcggcagtg
    13021 gggacggccg caacgtctac caggaggtgg ggcccccgca ggtccccgtg cgccccatgg
    13081 cctacacacc ctgcttccag agtgactcca ggagcaacct ggataagatc gtggacgggc
    13141 tgggaggcga gcaccaggaa atgaccacgt ttcaccctga gtcgccccgc atcctgacag
    13201 cccggcgggg cgtggtcgtg tgcagtgtgg cccccaacct ccccgccgtg tcaccctgcc
    13261 gctccgactg cgactccatc cggaagaatg gctgggacgc gggaactgag aacaaagggg
    13321 ttgatgaccc gggagaagtg acctgctttg caggtagtaa taaaggcagc aactctgaag
    13381 ttcagtccct cagctccttc cagtcagatt ctggtgacga caatgcctcc atagtgactg
    13441 tcattcagct tgtcaacaat gtagttgaca ctatagagaa tgaagtgtct gtcatggacc
    13501 aaggacagaa ctacaaccga gcctatcact gggacacctc tgattggatg ccaggggccc
    13561 gcctgtcgga catagaggaa gtgcccaact atgagaacca ggatggaggg tctgcacacc
    13621 aggggagcac acgggagctg gagagcgatt actacctggg tggttatgac attgacagtg
    13681 aatacccacc ccctcatgaa gaggagttct tgagtcagga ccagctgcct cctcctctcc
    13741 cggaggactt cccagaccaa tatgaggccc tgccaccctc ccagcctgtc tccctggcca
    13801 gcacactgag cccagactgc aggagaaggc cccagtttca tcctagccag tatctccctc
    13861 ctcacccatt ccccaacgaa acggatttgg tgggcccgcc tgccagctgt gaatttagta
    13921 cttttgctgt gagcatgaac cagggcacag agcccacagg cccagcagac agcgtgtctc
    13981 tgtccttgca caattccaga ggcacctcat cctcggatgt gtctgccaac tgcggctttg
    14041 acgattccga agtagccatg agtgactacg agagcgtggg agagctcagc ctcgccagcc
    14101 ttcacattcc ctttgtggag actcagcatc agactcaagt gtagacatca catcttgggt
    14161 acttcaccct gtttgttaca gaaaagtgga agcagattgg ctgggcttct gtcccagtgg
    14221 agcattgtct gtggaatgag aagggaatac tgtatttttc cactagaaac ttcttcacaa
    14281 gtcatactgt cccaacaagc aagcttgatt ccagttgggt gaaaatgaaa ggctcagaaa
    14341 ttgtttttga gaggtgactg gtaatccttg atgtaggtac ctatgttcac agctaaaaat
    14401 gcaaagaggg aaaaattatt tcacccacta agttatacag ccagtcttgt atggctttgt
    14461 gcagtattgt gccctggaaa gtgttacagc atcagtcctt gcagtattaa aaactggcaa
    14521 caatcaaaga ggcattgttg catgtaattt tgagccaatg aaatgaaaat agtagtaatg
    14581 attgttggaa aagttagtct cttaggcgaa agagaagaga aacaaatatt attaaacaaa
    14641 ccagaaaatg ggctgaagcc ttttaaatca actctatttt tttgataagc tgcccaattt
    14701 tcagctataa aattaggctt gaataacatg tttagtatgc tcagttattt ctgtttgttt
    14761 gtgttaagca tccaatctaa tatagttggg ttttatgatc ttcaagaaag gtatcaatga
    14821 agagcaacat gaggcttttt gggttccatt tggtgggtgg gggaggaagt taaagttgtt
    14881 tgaacattag aaagaatgtg attatctggt tggttttgtg ttttctggta aatattccag
    14941 ttggtaaatc taacattgct acagaagttg gctttgttca tatagcttct ctacaattag
    15001 atatttttag aagtttaagc aaaactcaca aattcagggg ggaaaaaaga aaaaacgata
    15061 ccttcaaagt ttgcggccta gataatcaca attcttcata atgcagagga aaggtgtctg
    15121 ttattctaaa tcggtagcat caccattata aatacaatta tgttaagaaa agaggaaagt
    15181 agactagtta ttgtgtataa attataatag tgtgtgtgtg tctgggccta tgtacaaata
    15241 tgtgcttgca ctcagtaagg ctgctcttga ggaaagctaa tgtgaaggtt ttgggaaatg
    15301 gaccatgttg aaaattctgc cggcgagcat ggcatacctt tcaatttctc tgatctctat
    15361 ggtgttagag aaacatcaaa tgccatattt tactctggtt cagttaactt tattttggta
    15421 ctgccaataa agcaaaattg tgcttttttt tttttttctc aagacagagt cttgctctgt
    15481 cacccaggct agagtgcaat ggcatgatct cagctcactg caatctccac ctcctgggtt
    15541 caagcgattc tcctgcctca gcctcccagg ttgctggggt tacaggtgtg tgccaccacg
    15601 cctggctaat tttttgtatt tttagtagag atggggtttc accatgttgg ccaggctggt
    15661 ctcaaactcc tgacctcgta atccacctgc cgtggcctcc caaagtgctg ggattacagg
    15721 catgagccac cgtgcccagc ccaaaactgt gctttttaaa aacagtattt tgttataatt
    15781 ttccagaact tacctctgtt ttaaaagtgt gtaatgtttg attacaccct gggattccct
    15841 tctcatctgt gggctttggc catgatttcc aaaattaaca ggagaatcat tccactggaa
    15901 atataacaat ccagtcctca aaactgaaag ttgacaggtt gagggacttt ccttttttgc
    15961 ttcaatcaga ttacggccgc ctgtgcagtg gccatggtaa atatatgcat atttgcacta
    16021 tctgcttaat gagcaaatct gtgtccacag tttctgatga catatggcat tggtgtgtaa
    16081 attgtactgt ccctagtctg tgcattattc actcagacat atttttagtt atttcaattg
    16141 cgtttaatcc acttcttttt tatgagtcag tgtttctgaa tgtttatgca aaaaaaaaaa
    16201 tcctttttca ttcccaaact ttctaagtaa gtggatacac tacacttcac aagttttcca
    16261 gcctttctct tcctgtctct tggtcagacc tactcatgga ggtattatcc acactgtgat
    16321 cttgaaataa atgaatttca ctaaggctgc tttcgagaac aaagtctttg gtatttttct
    16381 tatgtaagaa gcacatttgc aagaatcatg gaaaaaaatg acaaactaat ggcctagaat
    16441 agagtgactg ctacacttta agtaatgcaa tgacataaaa accatcaaag taaaaccaac
    16501 atgtcatttc ctgcccccag gaaatattag aatgagatta atgctgatga gtccctactg
    16561 cttacacagc atctctttga gggagaatgc ctgactgaca cagtaatgaa agaataaata
    16621 gatcctaatg cagtcatgaa gccactgaag aaaattgtgc ccaccctttg ctgtgaccta
    16681 tataaaatat ctctttcttt gggatatcat cccctgattt tctgcagaat agctctgcag
    16741 ctaaatatat accaggcaag catgtattgt gttttgattt attatcttta aacacatgat
    16801 atctcttcac tttttggaaa gttagatttc tctgtagatt atgaaatgct ttgcagtcag
    16861 gccaagatgc tactaggtgg ggatgatcac taattcaaaa aagctggaag aatcctattt
    16921 gctagtccaa actccttatt ttatcaaaga ggaaacatac ccagagtggg aaagagactt
    16981 gcccaagccc acagaggaag ttaattcgct taacaaggag tagaacccat ccatctagcc
    17041 aatattcttt ttacatcata ttgttcaccc ctacactgcc ttgagcatgg gagtcacctg
    17101 gttctgatgg accctctgac ttccaccatt ccttctttgg aatatgctat aaaagaaaat
    17161 tcatggagaa tatttttctg aaagcctcat gatcttatgt ttccttgcag tccccctagg
    17221 gagaggggtt atagaattca tacatttctg tagacattca tcgaaatgct gcttttgcca
    17281 aatgaatgtt tgtataatag ggatgaaatg ataattacag agttcagctc agaccagtca
    17341 tcagttgtag tgaaactttg attatactgt tacctactgg ttgcattttt ggttttggtt
    17401 ttgcattttt ttcttcccac aaacactggc tactctttgt cctaccccct ccaccatgat
    17461 gaaccatgtg gaaactattt aaatcaatta atgtctttct catttttcga acatgtatgt
    17521 gccacctcct ggaagccatt tcccataatc tgttgtaggc actttactag tattgcacac
    17581 attctggtta ggttgagaat agctagactc ttggtgctcg tcatatagta agcaagaact
    17641 tgggagtaat aaaaggtgaa taaaatgcat gcttcattta ttccctttcc tctatgaata
    17701 ttttgctgct gcattctagt ctatgccagc tttccatgta cccttggcct gcctattcat
    17761 gaaatgccat ataaaagact taggaacatg agtaggtggt ccatgctttg aggttcatcc
    17821 aattagggaa taaatgtgaa aggctggaaa gggaactagt ttctgggatt tgcctggaac
    17881 ttcccttgga cattactagc acattctgga aaaaaagcaa gttgaacata tctaccatca
    17941 gtcctctcct acttacttcc caccccaccc tatccactac ccccactgat gctatgtttg
    18001 catcatcaaa gtcaggggaa ttgagaaaag agattatcaa aataaattat taaaatccag
    18061 aaaacagttt tatgtgaagt aattcaggaa gatctagtgt tcattttgca tggattgtcc
    18121 agataattgg ctcttcactc cgctgccttc ccagtgcaca ggtattgcta aagtggttag
    18181 gctttaatgt tttatgtttt tagtttcaaa ctatgggaaa tggagatttg aagaggcatt
    18241 tattccttgt catcattttg tgtgctctgt gagaaggtgg ttatatgttt ttgctggttt
    18301 gtgtcccaca gtgttcaact gcacattatt ctgatgaaaa tccacaatgt ctttgagctt
    18361 ctggttgtgt aatgctgggg tttaaagtca ccatttgtgg gtttggcatc aattaatatt
    18421 tagccagctg gctaagagat aggaaaagaa tatgatattt ctttccttat gtaataatga
    18481 aaagcaataa ttacaagtag gtaataatac acaaaggcca taattagtct cttctagtgt
    18541 ttagaatgca cttgagaatc gtagagtcat ttggagcgtg tttggaccaa ttagtatgta
    18601 ctgtagtacc cttctggcaa acaaataact gaattgctac tatttaacaa tcttatgagc
    18661 ccacactact gcattttggg agtggcaaat gtgtttggaa atggaagcag ttctttttaa
    18721 gcactgtatc agagagattg tcttgtacgt ttgcctgttg caaacaggct ggtttgtaaa
    18781 agatgtatgt tttggtgttt gaaatgttta taaaattgta tataaatggt ttcaattttc
    18841 caggcttttg tagatactat atttgatgcc tatcaggatg ctttaatttg gggggtcgaa
    18901 tataattgta agtcatccac gctgttggtc tgcaaacttt tgaggtaact acacacacac
    18961 acacacacac aaggatttta gatttgaaaa tgatgttttt tactcatttc aaaatgtact
    19021 gtaacctttc tttggttctt actgttttca tttaactttc tctgttttca agaaaaattg
    19081 tctttattga catttgtaaa aaagaatgtg ttttgcccag ttattaagta ttttattttt
    19141 atgcaatttc agaatcacaa tgaggtatgc catttcttca tatacatgca cattcacctc
    19201 aacttgcaca cacatcacac accaaacctt atgcaaaggg gaaagctaac acttagagtg
    19261 gattttgtcc cttaaggaaa tggattgttc ctgcatatat tgctggtggc agtattcagt
    19321 cttgtgttct ttttctaaaa aaaaagaaaa gaaaagaaaa aaaaaacaaa agcaaacaaa
    19381 aaaaaagaca gccaaaaaaa agaaacaaca acaacaaaaa aaaacacaac agtgtacagg
    19441 tttgtaactg ccaaaatttg atggttaaaa caagttttca agtaaaaaga aaaaaatgaa
    19501 acta
//
