LOCUS       NM_020759              15637 bp    mRNA    linear   PRI 04-APR-2024
DEFINITION  Homo sapiens StAR related lipid transfer domain containing 9
            (STARD9), mRNA.
ACCESSION   NM_020759 XM_031744
VERSION     NM_020759.3
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 15637)
  AUTHORS   Sterling,F.R., D'Amico,J., Brumfield,A.M., Huegel,K.L.,
            Vaughan,P.S., Morris,K., Schwarz,S., Joyce,M.V., Boggess,B.,
            Champion,M.M., Maciuba,K., Allen,P., Marasco,E., Koch,G.,
            Gonzalez,P., Hodges,S., Leahy,S., Gerstbauer,E., Hinchcliffe,E.H.
            and Vaughan,K.T.
  TITLE     StARD9 is a novel lysosomal kinesin required for membrane
            tubulation, cholesterol transport and Purkinje cell survival
  JOURNAL   J Cell Sci 136 (5) (2023)
   PUBMED   36861884
REFERENCE   2  (bases 1 to 15637)
  AUTHORS   Srivastava,S. and Panda,D.
  TITLE     A centrosomal protein STARD9 promotes microtubule stability and
            regulates spindle microtubule dynamics
  JOURNAL   Cell Cycle 17 (16), 2052-2068 (2018)
   PUBMED   30160609
  REMARK    GeneRIF: STARD9 regulates the assembly and stability of both
            interphase and spindle microtubules.
REFERENCE   3  (bases 1 to 15637)
  AUTHORS   Okamoto,N., Tsuchiya,Y., Miya,F., Tsunoda,T., Yamashita,K.,
            Boroevich,K.A., Kato,M., Saitoh,S., Yamasaki,M., Kanemura,Y.,
            Kosaki,K. and Kitagawa,D.
  TITLE     A novel genetic syndrome with STARD9 mutation and abnormal spindle
            morphology
  JOURNAL   Am J Med Genet A 173 (10), 2690-2696 (2017)
   PUBMED   28777490
  REMARK    GeneRIF: STARD9 frame shift mutation is associated with abnormal
            spindle morphology in Intellectual disability.
REFERENCE   4  (bases 1 to 15637)
  AUTHORS   Senese,S., Cheung,K., Lo,Y.C., Gholkar,A.A., Xia,X.,
            Wohlschlegel,J.A. and Torres,J.Z.
  TITLE     A unique insertion in STARD9's motor domain regulates its stability
  JOURNAL   Mol Biol Cell 26 (3), 440-452 (2015)
   PUBMED   25501367
  REMARK    GeneRIF: STARD9 could be regulated by Plk1 and SCFbeta-TrCP to
            promote proper mitotic spindle assembly.
REFERENCE   5  (bases 1 to 15637)
  AUTHORS   Torres,J.Z., Summers,M.K., Peterson,D., Brauer,M.J., Lee,J.,
            Senese,S., Gholkar,A.A., Lo,Y.C., Lei,X., Jung,K., Anderson,D.C.,
            Davis,D.P., Belmont,L. and Jackson,P.K.
  TITLE     The STARD9/Kif16a kinesin associates with mitotic microtubules and
            regulates spindle pole assembly
  JOURNAL   Cell 147 (6), 1309-1323 (2011)
   PUBMED   22153075
  REMARK    GeneRIF: Analysis of 592 mitotic microtubule copurifying proteins
            by functional RNAi screens for mitotic arrest, checkpoint bypass,
            and induction of apoptosis resulted in identification of a kinesin,
            STARD9, with a critical role in cancer cell division.
REFERENCE   6  (bases 1 to 15637)
  AUTHORS   Halama,N., Grauling-Halama,S.A. and Jager,D.
  TITLE     Identification and characterization of the human StARD9 gene in the
            LGMD2A-region on chromosome 15q15 by in silico methods
  JOURNAL   Int J Mol Med 18 (4), 653-656 (2006)
   PUBMED   16964419
REFERENCE   7  (bases 1 to 15637)
  AUTHORS   Chiannilkulchai,N., Pasturaud,P., Richard,I., Auffray,C. and
            Beckmann,J.S.
  TITLE     A primary expression map of the chromosome 15q15 region containing
            the recessive form of limb-girdle muscular dystrophy (LGMD2A) gene
  JOURNAL   Hum Mol Genet 4 (4), 717-725 (1995)
   PUBMED   7633422
COMMENT     VALIDATED REFSEQ: This record has undergone validation or
            preliminary review. The reference sequence was derived from
            AC018362.8 and AC090510.4.
            
            On Nov 22, 2018 this sequence version replaced NM_020759.2.
            
            Sequence Note: The RefSeq transcript and protein are derived from
            genomic sequence based on coordinates inferred from partial
            transcript alignments from human, mouse, and other species. A
            transcript with the complete combination of exons represented in
            the RefSeqs has not been experimentally confirmed.
            
            ##Evidence-Data-START##
            RNAseq introns :: single sample supports all introns SAMEA1968189,
                              SAMEA1968540 [ECO:0000348]
            ##Evidence-Data-END##
            
            ##RefSeq-Attributes-START##
            inferred exon combination :: based on alignments, homology
            MANE Ensembl match        :: ENST00000290607.12/ ENSP00000290607.7
            RefSeq Select criteria    :: based on conservation, expression
            ##RefSeq-Attributes-END##
            COMPLETENESS: full length.
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-157               AC018362.8         112707-112863
            158-227             AC018362.8         120447-120516
            228-344             AC018362.8         122622-122738
            345-461             AC018362.8         171957-172073
            462-494             AC018362.8         175008-175040
            495-556             AC018362.8         175127-175188
            557-669             AC018362.8         175801-175913
            670-739             AC090510.4         12034-12103
            740-812             AC090510.4         13538-13610
            813-880             AC090510.4         22176-22243
            881-978             AC090510.4         23812-23909
            979-1188            AC090510.4         24299-24508
            1189-1286           AC090510.4         24838-24935
            1287-1364           AC090510.4         26271-26348
            1365-1427           AC090510.4         26804-26866
            1428-1607           AC090510.4         30176-30355
            1608-1659           AC090510.4         35458-35509
            1660-1797           AC090510.4         35845-35982
            1798-1880           AC090510.4         36682-36764
            1881-1984           AC090510.4         36890-36993
            1985-2175           AC090510.4         42440-42630
            2176-2647           AC090510.4         43122-43593
            2648-12874          AC090510.4         45134-55360
            12875-13072         AC090510.4         55546-55743
            13073-13256         AC090510.4         56158-56341
            13257-13394         AC090510.4         56761-56898
            13395-13482         AC090510.4         77695-77782
            13483-13604         AC090510.4         77945-78066
            13605-13669         AC090510.4         78749-78813
            13670-13872         AC090510.4         78995-79197
            13873-13952         AC090510.4         79453-79532
            13953-14111         AC090510.4         79770-79928
            14112-15637         AC090510.4         80491-82016
FEATURES             Location/Qualifiers
     source          1..15637
                     /organism="Homo sapiens"
                     /mol_type="mRNA"
                     /db_xref="taxon:9606"
                     /chromosome="15"
                     /map="15q15.2"
     gene            1..15637
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /note="StAR related lipid transfer domain containing 9"
                     /db_xref="GeneID:57519"
                     /db_xref="HGNC:HGNC:19162"
                     /db_xref="MIM:614642"
     exon            1..157
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     CDS             111..14213
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /note="START domain-containing protein 9; StAR-related
                     lipid transfer (START) domain containing 9"
                     /codon_start=1
                     /product="stAR-related lipid transfer protein 9"
                     /protein_id="NP_065810.2"
                     /db_xref="CCDS:CCDS53935.1"
                     /db_xref="GeneID:57519"
                     /db_xref="HGNC:HGNC:19162"
                     /db_xref="MIM:614642"
                     /translation="MANVQVAVRVRPLSKRETKEGGRIIVEVDGKVAKIRNLKVDNRP
                     DGFGDSREKVMAFGFDYCYWSVNPEDPQYASQDVVFQDLGMEVLSGVAKGYNICLFAY
                     GQTGSGKTYTMLGTPASVGLTPRICEGLFVREKDCASLPSSCRIKVSFLEIYNERVRD
                     LLKQSGQKKSYTLRVREHPEMGPYVQGLSQHVVTNYKQVIQLLEEGIANRITAATHVH
                     EASSRSHAIFTIHYTQAILENNLPSEMASKINLVDLAGSERADPSYCKDRIAEGANIN
                     KSLVTLGIVISTLAQNSQVFSSCQSLNSSVSNGGDSGILSSPSGTSSGGAPSRRQSYI
                     PYRDSVLTWLLKDSLGGNSKTIMVATVSPAHTSYSETMSTLRYASSAKNIINKPRVNE
                     DANLKLIRELREEIERLKALLLSFELRNFSSLSDENLKELVLQNELKIDQLTKDWTQK
                     WNDWQALMEHYSVDINRRRAGVVIDSSLPHLMALEDDVLSTGVVLYHLKEGTTKIGRI
                     DSDQEQDIVLQGQWIERDHCTITSACGVVVLRPARGARCTVNGREVTASCRLTQGAVI
                     TLGKAQKFRFNHPAEAAVLRQRRQVGEAAAGRGSLEWLDLDGDLAASRLGLSPLLWKE
                     RRALEEQCDEDHQTPRDGETSHRAQIQQQQSYVEDLRHQILAEEIRAAKELEFDQAWI
                     SQQIKENQQCLLREETWLASLQQQQQEDQVAEKELEASVALDAWLQTDPEIQPSPFVQ
                     SQKRVVHLQLLRRHTLRAAERNVRRKKVSFQLERIIKKQRLLEAQKRLEKLTTLCWLQ
                     DDSTQEPPYQVLSPDATVPRPPCRSKLTSCSSLSPQRLCSKHMPQLHSIFLSWDPSTT
                     LPPRPDPTHQTSEKTSSEEHLPQAASYPARTGCLRKNGLHSSGHGQPCTARAALARKG
                     ASAPDACLTMSPNSVGIQEMEMGVKQPHQMVSQGLASLRKSANKLKPRHEPKIFTSTT
                     QTRGAKGLADPSHTQAGWRKEGNLGTHKAAKGASCNSLYPHGPRQTAGHGKAVKTFWT
                     EYKPPSPSRASKRHQRVLATRVRNITKKSSHLPLGSPLKRQQNTRDPDTMVPLTDFSP
                     VMDHSREKDNDLSDTDSNYSLDSLSCVYAKALIEPLKPEERKWDFPEPENSESDDSQL
                     SEDSLAEKRYQSPKNRLGGNRPTNNRGQPRTRTRASVRGFTAASDSDLLAQTHRSFSL
                     DSLIDAEEELGEDQQEEPFPGSADEIPTETFWHLEDSSLPVMDQEAICRLGPINYRTA
                     ARLDAVLPMSSSFYLDPQFQPHCELQPHCELQPHCELQPHCEQAESQVEPSYSEQADS
                     LQGMQLSRESPLMSMDSWFSCDSKINPSSPPGIVGSLCPSPDMQEFHSCKGERPGYWP
                     NTEELKPSDAETVLPYSSKLHQGSTELLCSARDEHTASAADTSRLSLWGIQRLIQPGA
                     DGTFQGRCIPDMTQQGSSEASHNSSVSNVLAASATTLTHVGSTHERDWSALQQKYLLE
                     LSCPVLEAIGAPKPAYPYLEEDSGSLAQASSKGGDTLLPVGPRVSSNLNLNNFPVHLS
                     RIRRLRAEKEQDSLNAKLEGVSDFFSTSEKEASYDETYSADLESLSASRSTNAQVFAT
                     ENAIPDSMTEACEVKQNNLEECLQSCRKPGLMTSSDEDFFQKNACHSNVTTATKADHW
                     SQGWAPLRKNSAVQPGQLSPDSHYPLEEEKTDCQESSKEAVRRHINVSFALPSGPELY
                     LHSAPWNPLSSSLQPPLLETFYVTKSRDALTETALEIPACREVRVPSPPPREAWGFGH
                     NHQALQGAYLKNNLPVLLQNQNSKIASSQQVTAEIPVDLNTREVIRESGKCPGNITEE
                     SHDSVYSSVTQNRHFLPSTSTKVCEFENQVVILNKKHSFPALEGGEVTAQSCCGASSD
                     STESGKSLLFRESEAREEEELDQNTVLRQTINVSLEKDMPGESAVSLKSRSVDRRVSS
                     PVMVAQGGGPTPKWEGKNETGLLEKGLRPKDSSEEFKLPGTKPAYERFQLVACPQERN
                     PSECKSQEMLNPNREPSGKKQNKRVNNTDEMARLIRSVMQLENGILEIESKQNKQVHA
                     SHTPGTDKELVFQDQKEQEKTDHAFRPDSSGNPLPSKDQPSSPRQTDDTVFRDSEAGA
                     MEVNSIGNHPQVQKITPNPFRSREGVRESEPVREHTHPAGSDRPARDICDSLGKHTTC
                     REFTNTSLHPQRMKALARALPLQPRLERSSKNNGQFVKASASLKGQPWGLGSLEELET
                     VKGFQESQVAEHVSSSNQEEPKAQGKVEEMPMQRGGSLQEENKVTQKFPSLSQLCRDT
                     FFRQETVSPLLSRTEFCTAPLHQDLSNTLPLNSPRWPRRCLHVPVALGISSLDCVLDL
                     TMLKIHNSPLVTGVEHQDQSTETRSHSPEGNVRGRSSEAHTAWCGSVRSMAMGSHSQS
                     GVPESIPLGTEDRISASTSPQDHGKDLRITLLGFSTSEDFASEAEVAVQKEIRVSSLN
                     KVSSQPEKRVSFSLEEDSDQASKPRQKAEKETEDVGLTSGVSLAPVSLPRVPSPEPRL
                     LEPSDHASMCLAILEEIRQAKAQRKQLHDFVARGTVLSYCETLLEPECSSRVAGRPQC
                     KQIDQSSSDQTRNEGEAPGFHVASLSAEAGQIDLLPDERKVQATSLSADSFESLPNTE
                     TDREPWDPVQAFSHAAPAQDRKRRTGELRQFAGASEPFICHSSSSEIIEKKKDATRTP
                     SSADPLAPDSPRSSAPVEEVRRVVSKKVVAALPSQAPYDDPRVTLHELSQSVPQETAE
                     GIPPGSQDSSPEHQEPRTLDTTYGEVSDNLLVTAQGEKTAHFESQSVTCDVQNSTSAS
                     GPKQDHVQCPEASTGFEEGRASPKQDTILPGALTRVALEAPTQQCVQCKESVGSGLTE
                     VCRAGSKHSRPIPLPDQRPSANPGGIGEEAPCRHPREALDGPVFSRNPEGSRTLSPSR
                     GKESRTLPCRQPCSSQPVATHAYSSHSSTLLCFRDGDLGKEPFKAAPHTIHPPCVVPS
                     RAYEMDETGEISRGPDVHLTHGLEPKDVNREFRLTESSTCEPSTVAAVLSRAQGCRSP
                     SAPDVRTGSFSHSATDGSVGLIGVPEKKVAEKQASTELEAASFPAGMYSEPLRQFRDS
                     SVGDQNAQVCQTNPEPPATTQGPHTLDLSEGSAESKLVVEPQHECLENTTRCFLEKPQ
                     FSTELRDHNRLDSQAKFVARLKHTCSPQEDSPWQEEEQHRDQASGGGEGFAQGVNPLP
                     DEDGLDGCQILDAGREEVAVAKPPVSKILSQGFKDPATVSLRQNETPQPAAQRSGHLY
                     TGREQPAPNHRGSLPVTTIFSGPKHSRSSPTPQFSVVGSSRSLQELNLSVEPPSPTDE
                     DTQGPNRLWNPHLRGYSSGKSVARTSLQAEDSNQKASSRLDDGTTDHRHLKPATPPYP
                     MPSTLSHMPTPDFTTSWMSGTLEQAQQGKREKLGVQVRPENWCSQMDKGMLHFGSSDI
                     SPYALPWRPEEPARISWKQYMSGSAVDVSCSQKPQGLTLSNVARCSSMDNGLEDQNSP
                     FHSHLSTYANICDLSTTHSSTENAQGSNEAWEVFRGSSSIALGDPHIPTSPEGVAPTS
                     GHDRRPQFRGPSGEADCLRSKPPLAKGSAAGPVDEIMLLYPSEAGCPVGQTRTNTFEQ
                     GTQTLGSRRHWSSTDISFAQPEASAVSAFDLASWTSMHNLSLHLSQLLHSTSELLGSL
                     SQPDVARREQNTKRDIPDKAPQALMMDGSTQTTVDEGSQTDLTLPTLCLQTSEAEPQG
                     ANVILEGLGSDTSTVSQEEGDVPGVPQKREAEETAQKMAQLLYLQEESTPYKPQSPSI
                     PSSHLRFQKAPVGQHLPSVSPSVSDAFLPPSSQPEESYCLVVSSPSPSSPHSPGLFPS
                     TSEYPGDSRVQKKLGPTSALFVDRASSPILTLSASTQEPGLSPGSLTLSAPSTHPVEG
                     HQKLDSSPDPVDAPRTPMDNYSQTTDELGGSQRGRSSLQRSNGRSFLELHSPHSPQQS
                     PKLQFSFLGQHPQQLQPRTTIGVQSRLLPPPLRHRSQRLGNSFVPEKVASPEHCPLSG
                     REPSQWQSRTENGGESSASPGEPQRTLDRPSSWGGLQHLSPCPVSELTDTAGLRGSAL
                     GLPQACQPEELLCFSCQMCMAPEHQHHSLRDLPVHNKFSNWCGVQKGSPGGLDMTEEE
                     LGASGDLSSEKQEQSPPQPPNDHSQDSEWSKREQIPLQVGAQNLSLSVELTEAKLHHG
                     FGEADALLQVLQSGTGEALAADEPVTSTWKELYARQKKAIETLRRERAERLGNFCRTR
                     SLSPQKQLSLLPNKDLFIWDLDLPSRRREYLQQLRKDVVETTRSPESVSRSAHTPSDI
                     ELMLQDYQQAHEEAKVEIARARDQLRERTEQEKLRIHQKIISQLLKEEDKLHTLANSS
                     SLCTSSNGSLSSGMTSGYNSSPALSGQLQFPENMGHTNLPDSRDVWIGDERGGHSAVR
                     KNSAYSHRASLGSCCCSPSSLSSLGTCFSSSYQDLAKHVVDTSMADVMAACSDNLHNL
                     FSCQATAGWNYQGEEQAVQLYYKVFSPTRHGFLGAGVVSQPLSRVWAAVSDPTVWPLY
                     YKPIQTARLHQRVTNSISLVYLVCNTTLCALKQPRDFCCVCVEAKEGHLSVMAAQSVY
                     DTSMPRPSRKMVRGEILPSAWILQPITVEGKEVTRVIYLAQVELGAPGFPPQLLSSFI
                     KRQPLVIARLASFLGR"
     exon            158..227
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            228..344
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            345..461
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            462..494
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            495..556
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            557..669
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            670..739
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            740..812
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            813..880
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            881..978
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            979..1188
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1189..1286
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1287..1364
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1365..1427
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1428..1607
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1608..1659
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1660..1797
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1798..1880
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1881..1984
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            1985..2175
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            2176..2647
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            2648..12874
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            12875..13072
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            13073..13256
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            13257..13394
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            13395..13482
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            13483..13604
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            13605..13669
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            13670..13872
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            13873..13952
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            13953..14111
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     exon            14112..15637
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /inference="alignment:Splign:2.1.0"
     regulatory      15568..15573
                     /regulatory_class="polyA_signal_sequence"
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /note="hexamer: TATAAA"
     polyA_site      15601
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /note="major polyA site"
     regulatory      15614..15619
                     /regulatory_class="polyA_signal_sequence"
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /note="hexamer: ATTAAA"
     polyA_site      15620
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /note="major polyA site"
     polyA_site      15637
                     /gene="STARD9"
                     /gene_synonym="KIF16A"
                     /note="major polyA site"
ORIGIN      
        1 agaggcgcgt ggggcgggcg gggctgggtt ggggctgtgt ctgggcttag ggcgggggcc
       61 tgggatgctg ccgctgagct gacccgctgg acttgggttg tggcagacgg atggcgaacg
      121 tgcaggtcgc cgtgcgggtc cggccgctca gcaagaggga gaccaaagaa gggggaagaa
      181 ttattgtgga agttgatggc aaagtggcaa aaatcaggaa tttaaaggtg gacaatcgac
      241 cagatggctt tggggactcc cgggagaagg ttatggcatt tggctttgat tactgctact
      301 ggtcagtcaa cccagaggat ccccagtatg catctcaaga tgtggttttc caggatttag
      361 ggatggaagt actgtctgga gttgccaaag gctataacat atgccttttt gcttatggac
      421 agacaggctc tgggaagaca tataccatgc tggggacccc agcctctgtt gggttgacac
      481 cacggatatg tgagggtctc ttcgtcaggg agaaagactg tgcctcactg ccttcctcct
      541 gtaggataaa agtaagtttt ctagaaatct ataatgaacg ggtgcgggat ctgttgaagc
      601 aatctggtca aaaaaagtcc tataccctgc gggtcaggga gcatccagag atggggccct
      661 atgtacaagg tttatctcaa catgtagtta ccaattataa gcaagtaatc caactcttgg
      721 aggagggaat tgcaaacaga atcacagcag ccacccatgt tcatgaggcc agcagcagat
      781 cccacgccat tttcacgatc cactacacgc aggcaatcct ggagaacaac ctcccttctg
      841 aaatggctag caagatcaac cttgtggacc tagcaggcag cgaaagagca gatcccagtt
      901 actgtaagga ccgcattgct gaaggagcca atatcaacaa gtcccttgtg actctaggaa
      961 ttgtcatctc caccttagcc cagaactccc aagttttcag cagctgccag agcctcaaca
     1021 gctcagtcag caatggtggt gacagtggga tccttagctc tccttctggg accagcagtg
     1081 gaggggcacc ctcccgaagg cagtcttata tcccataccg agactctgtg ttgacctggc
     1141 tgctgaagga cagccttgga ggcaactcta aaaccatcat ggttgccacg gtgtctcctg
     1201 cacacactag ctacagtgag accatgagca cactgagata tgcatccagt gccaaaaaca
     1261 ttatcaacaa gccacgagta aatgaggatg caaacttaaa actgattaga gaactcagag
     1321 aagagattga aagactgaaa gccctgctgc tgagctttga actgagaaac ttcagttcat
     1381 tgagtgatga aaacctgaag gagctggttc tccaaaatga attgaagata gaccagctga
     1441 ctaaagactg gacccagaag tggaatgatt ggcaggccct catggagcat tacagtgtgg
     1501 acatcaacag gaggagggct ggggtggtca tcgactccag cctgccacac ttgatggcct
     1561 tggaggatga tgtgctcagc acaggtgttg tgctctatca tctcaaggaa gggacaacaa
     1621 aaataggaag gattgactca gaccaggaac aggacattgt cctgcagggt cagtggattg
     1681 agagagacca ctgcactatc accagtgcct gtggtgtagt tgttctacga cctgcccgtg
     1741 gggcccgctg tacagtcaat ggccgggagg tcactgcctc ctgccgtctg actcaaggag
     1801 ctgtcataac cctggggaag gcacagaagt tccgattcaa ccacccagca gaggctgctg
     1861 tcctgcggca gcgaaggcag gttggagagg ctgctgctgg tcgtggctcg ttggagtggc
     1921 tggatttgga tggagatctc gctgcctccc ggctgggtct ctcccctttg ctttggaagg
     1981 aaaggagagc gcttgaagag caatgtgacg aggaccatca gacaccgagg gatggagaga
     2041 catcccacag ggcccagatt cagcagcagc agagctacgt agaggatttg aggcatcaaa
     2101 tcctagcaga agagattcga gctgcgaagg aactggaatt tgaccaagct tggattagcc
     2161 agcagattaa agaaaaccag cagtgtctgc tcagagaaga gacctggctg gccagcttgc
     2221 aacagcagca gcaagaagac caggtagcag agaaagaact tgaggcatct gtggcacttg
     2281 atgcttggct tcagacagat cctgagattc agccatcccc atttgtccaa agtcagaaaa
     2341 gggtggtgca cctgcagctc ctgcggagac acactcttcg ggcagcagag cggaatgtcc
     2401 ggcggaaaaa ggtctcattc cagctagaga gaatcatcaa aaagcagagg ctgctggagg
     2461 cccagaagag actggagaag ctcacgacat tgtgctggct ccaggatgac agcacccagg
     2521 agcccccata ccaggtcctc agccctgatg ccacagtccc acggcctcca tgtagaagca
     2581 aattgacgag ttgcagttct ttgagccccc aaagactctg cagcaagcac atgccccagc
     2641 tacacagcat tttcctaagt tgggatccct ctaccacatt gccacctagg cctgacccta
     2701 cacaccaaac atcagagaaa acatcatcag aagagcattt gccacaggct gcttcctacc
     2761 ctgcaaggac agggtgcctc cgcaagaacg gcctgcattc ctcaggtcat gggcagccct
     2821 gcacagccag agcagccttg gccaggaagg gagcctcagc tccagacgct tgcctcacca
     2881 tgagtcccaa ctctgttggc atccaggaaa tggagatggg ggttaagcag ccccatcaga
     2941 tggtgagcca gggcttagca tctctgagga aatcagctaa caaactaaag ccaaggcatg
     3001 agccaaagat cttcacctct actacccaga ccagaggggc gaagggacta gcagacccta
     3061 gccacacaca agctgggtgg cgaaaagaag ggaaccttgg gacccacaag gctgctaagg
     3121 gagccagttg caattccttg tatcctcatg gacccaggca gactgctggg cacggaaagg
     3181 cagtcaagac tttttggaca gaatacaaac caccttctcc aagcagggca tcaaaaaggc
     3241 atcagagggt tctggcaact agggtcagaa atattaccaa aaagtcctct cacttgcctc
     3301 ttggcagtcc tttgaagaga caacaaaata caagggaccc agacaccatg gtcccactca
     3361 cagatttcag cccagtaatg gatcattcaa gagaaaaaga caatgattta tctgacacag
     3421 atagcaacta ctcattggat tctctctcat gtgtctatgc caaagccctg atagagccac
     3481 tgaagccaga ggagaggaaa tgggatttcc cagagccaga gaactctgaa agtgatgaca
     3541 gccaactatc tgaggactca ctggctgaga agaggtacca aagccccaaa aacaggctag
     3601 ggggcaatcg tcccaccaac aaccgtggcc aacccaggac cagaactaga gcttctgtga
     3661 ggggcttcac tgcagcctca gacagtgacc tacttgctca aactcatagg agcttctcct
     3721 tggatagcct gattgatgca gaggaagaac tgggggaaga tcagcaagaa gaacctttcc
     3781 ctggttcagc tgacgagata cccacagaga ctttttggca cctggaggac tctagtctgc
     3841 ctgtaatgga ccaagaggca atatgcaggc ttggtcccat caactacaga acagcagcta
     3901 ggctggatgc cgtcctgcca atgagcagtt cgttttacct tgatcctcag ttccaacccc
     3961 attgtgagct ccaaccccat tgtgagctcc aaccccattg tgagctccag ccccattgtg
     4021 agcaggctga atcacaggta gagccaagct actctgaaca agccgactct ctccaaggca
     4081 tgcagctttc aagagagagc ccactgatgt ccatggattc ctggttttcc tgtgactcta
     4141 agatcaaccc cagcagcccc ccaggaatag tgggttcttt atgtccaagt cctgatatgc
     4201 aggaatttca ctcctgtaag ggggagaggc ctggatactg gccaaatact gaggaactaa
     4261 agccatcaga tgcagaaacg gttctgccat atagctccaa actgcaccaa ggcagtactg
     4321 agctcctctg cagtgcaaga gatgagcaca cagcctctgc tgctgatacg tctaggctgt
     4381 ctctctgggg aattcaaagg cttattcaac caggagctga tggcaccttt cagggcagat
     4441 gtatccctga catgacccag cagggcagct ctgaagcatc ccacaattct agcgtatcaa
     4501 acgtgctggc tgcctctgcc accaccttga ctcatgtagg cagcacccat gaaagggatt
     4561 ggtctgccct tcagcagaag tacctccttg aactctcttg tcctgttttg gaggccatag
     4621 gagcacccaa gccagcttac ccctaccttg aggaagactc tggttccctg gcccaagctt
     4681 ctagcaaagg aggagatact ctattgccag ttggccctag ggtatctagc aatctgaatc
     4741 tcaacaactt tccagtccat ctgtccagaa tcaggcgttt gagggcagag aaagaacagg
     4801 acagtttaaa tgccaaatta gaaggtgttt cagatttctt tagcactagt gagaaagagg
     4861 cgagttatga cgaaacttat tcggcagact tagaatcatt gtctgcttct cgatctacaa
     4921 atgcacaggt ctttgcaaca gagaacgcga taccagattc catgacagaa gcatgtgaag
     4981 tcaagcagaa caacttggaa gaatgccttc agagttgcag gaaacctgga ctgatgactt
     5041 cctctgatga ggattttttc cagaagaacg cttgtcacag taatgtcact acagccacca
     5101 aagcagacca ttggtcccaa ggctgggctc ctctcaggaa aaatagtgca gtccagccag
     5161 ggcaattaag tcccgacagc cactacccac tagaggaaga gaagacagat tgccaggaga
     5221 gctctaagga agcagttaga agacacataa atgtttcctt tgcccttcct tcaggtccag
     5281 agctatacct tcactctgct ccctggaatc cattgtcatc ttccctgcag cccccactct
     5341 tggaaacatt ctatgtgacc aaaagcaggg atgccctgac agaaactgcc ttagagattc
     5401 cagcttgcag agaagtaagg gtaccctccc caccccccag ggaagcctgg ggctttggtc
     5461 acaaccacca agctctccaa ggtgcttatt tgaagaataa tttgccagtg ctgttacaaa
     5521 accagaattc taagattgcc tcatctcagc aggtcacagc tgagatacca gttgatctga
     5581 ataccaggga agtcatcaga gaatcaggta aatgccctgg aaatattaca gaagaaagcc
     5641 atgattcagt ttattcttct gttactcaga acagacattt tctcccctct accagcacaa
     5701 aagtatgtga atttgaaaac caagttgtaa ttttaaataa aaaacacagt tttccagcac
     5761 ttgagggagg agaggtcact gctcagtcct gttgcggtgc ttcctcagac agcactgagt
     5821 ctgggaagtc tctcctcttt cgtgaatctg aggcacgaga ggaagaagag ctggatcaga
     5881 atacggttct gaggcagacc atcaatgtaa gccttgagaa agacatgcca ggggaaagtg
     5941 ctgtttcttt gaaatccaga tcagtagatc gtagagtaag cagcccagtg atggtggccc
     6001 agggtggtgg cccaacccct aagtgggaag ggaaaaatga aactgggctt cttgaaaaag
     6061 gtcttcgtcc caaagatagc tcagaagagt ttaagcttcc aggtacaaag cctgcatatg
     6121 aaaggttcca gttagttgca tgccctcagg aaagaaaccc cagtgaatgc aagtcacaag
     6181 aaatgttaaa tcccaacaga gaaccttctg gaaagaaaca gaataaaaga gttaataata
     6241 ctgatgaaat ggctaggcta attaggagtg taatgcagct ggaaaatggc atcttagaaa
     6301 ttgaatctaa gcagaataag caggttcatg cttcccacac accaggaacc gataaggagt
     6361 tggtgttcca ggaccagaag gagcaggaga agactgacca tgcctttagg ccagacagct
     6421 ctggaaaccc tttgccctct aaggatcagc catcttctcc aagacagaca gatgatactg
     6481 tctttaggga tagtgaagct ggagcgatgg aggttaacag cattgggaac catccccagg
     6541 tccagaaaat caccccaaac cccttcaggt caagggaagg tgtacgagag agtgaacctg
     6601 tgagagagca cacccaccca gctggatcgg acagacctgc cagggatatt tgtgattctt
     6661 tagggaaaca cacaacttgc agagagttca ccaacacttc tcttcaccca cagagaatga
     6721 aagcattggc tagagctctg ccattgcaac ccaggctaga gaggtcttct aagaataatg
     6781 gccagtttgt aaaagcatca gcaagtctca aagggcagcc ttggggctta ggaagtcttg
     6841 aggaattgga gactgtgaaa ggttttcagg aaagccaagt agctgaacac gtaagtagtt
     6901 ccaaccaaga agagccaaaa gctcaaggta aagttgaaga aatgcctatg caaaggggag
     6961 gcagccttca ggaagaaaat aaagtgactc agaaatttcc tagtctcagc cagctttgta
     7021 gggacacgtt tttcaggcag gaaactgtca gcccattact aagccggaca gaattctgta
     7081 cagctcctct tcaccaagac ctgagtaata ccttgccctt gaattctcca aggtggccaa
     7141 gaaggtgtct tcatgtacct gttgctctag gcatctcttc acttgactgt gtgctggatc
     7201 tcacaatgtt gaaaattcat aacagtccct tggtaactgg agtagagcat caggaccaga
     7261 gtacggagac cagaagccac agccccgaag gaaatgttag agggcgttcc tctgaggcac
     7321 acactgcctg gtgtgggtct gtgcgatcca tggccatggg atctcatagt caatctggtg
     7381 taccagagag cattcctctg gggacagagg acaggatctc agcaagcacc agcccccaag
     7441 accatggaaa ggacctcaga atcaccttgc tgggtttcag taccagtgaa gattttgctt
     7501 ctgaagccga ggtggctgta caaaaagaaa taagagtcag ttcactgaac aaggtctcta
     7561 gccagcctga aaagagggtc agcttctcct tggaagagga tagtgaccaa gccagcaagc
     7621 caaggcagaa ggcagagaag gagactgagg acgtcggact gaccagcggt gtttccttag
     7681 cacctgtttc cctgccgagg gtgcccagtc cagagcctag gctgttggag ccctctgacc
     7741 atgcatccat gtgcctggcc atcttggagg agatcagaca ggcaaaggcc cagagaaagc
     7801 agcttcatga ctttgtggcc aggggcacag tcctttctta ctgtgaaact ttactagaac
     7861 ccgaatgttc ttcaagggtt gctggcaggc ctcagtgtaa acaaatagac cagtcatcat
     7921 cagaccagac caggaatgag ggtgaagcac cgggatttca tgtggcatct ctatctgctg
     7981 aagcagggca gatagatctg ttacctgatg agaggaaagt ccaggccaca tctctgtctg
     8041 cagacagctt tgaatctctg cccaatacgg aaactgacag agagccatgg gatcctgtgc
     8101 aggctttctc ccatgctgct cctgctcaag acaggaaacg tcgtactgga gaactgaggc
     8161 agttcgcggg agcaagtgaa ccatttatat gtcactctag ttcttctgaa atcatagaga
     8221 aaaagaaaga tgcaaccaga acaccttcct cagctgatcc tttggcccca gacagtcctc
     8281 gttcttcagc acctgtggag gaggtcagga gggtagtatc aaagaaggta gtggctgcct
     8341 taccttctca ggccccttat gatgatccta gagtgactct gcatgagcta agtcagtcag
     8401 ttccgcagga gactgcagag ggcatacccc ctggcagtca ggacagcagc ccagagcatc
     8461 aggaacccag aactctagac accacatatg gagaagtttc agataatttg ttagtgactg
     8521 cacagggaga aaaaacagcc cattttgaaa gtcagtctgt gacctgtgat gttcagaatt
     8581 ctacaagtgc ctcagggcct aagcaagacc atgtccaatg ccctgaggct tctactggct
     8641 ttgaagaagg tagggcaagt cccaaacaag ataccattct gcctggagct ctgacaaggg
     8701 ttgcactgga agctcccaca cagcagtgtg tgcagtgtaa ggagagtgtt gggtctgggt
     8761 tgacagaagt ctgcagggct ggcagcaaac attccaggcc aattccactg ccagatcaaa
     8821 gaccaagcgc aaatcctggg ggaattgggg aggaagcccc atgtagacac ccaagggaag
     8881 ctttagatgg ccctgtcttc tcaaggaacc ctgaaggcag caggactctc agcccgtcta
     8941 gagggaaaga gagcagaact cttccttgcc gacagccatg cagttctcaa cctgttgcta
     9001 ctcatgctta ttcctcccat tcctctactt tactgtgttt tagagatggt gacctaggga
     9061 aggagccttt caaggctgcc ccacatacta tccacccacc ctgtgtagta ccttccaggg
     9121 cctatgaaat ggatgagaca ggagagatct ctaggggacc tgatgtgcac ttgacacatg
     9181 gccttgagcc caaagatgtt aacagggaat ttaggctaac agagagcagc acttgtgagc
     9241 cttctactgt ggctgctgtc ctatctcgag ctcaaggctg cagatcccct tctgctcctg
     9301 acgtgaggac aggttccttc agccactcag ctactgatgg aagcgtgggg ttaatagggg
     9361 ttcctgagaa aaaggttgct gagaagcaag caagcacaga acttgaggct gcctctttcc
     9421 ctgcaggcat gtactctgag cccctgaggc agtttaggga cagctctgta ggtgaccaga
     9481 atgcacaggt gtgtcaaacc aatccagaac cacctgcaac aactcaggga ccacacaccc
     9541 tggatttaag tgaagggtct gctgagagca agttggtggt agagccacag catgaatgtt
     9601 tagaaaatac cactagatgt tttttggaaa agccacaatt ttccactgag ttgagggatc
     9661 acaatcgctt ggattcccaa gccaagtttg tagcaaggtt aaaacatacc tgcagccccc
     9721 aggaagacag tccctggcag gaagaagagc agcacagaga ccaggcttca ggtggtggag
     9781 aaggcttcgc ccagggtgtg aatccccttc ctgatgaaga tggcttagat ggctgtcaga
     9841 ttttagatgc tgggagagag gaggtggctg tggccaagcc tcctgtgtcc aagattttat
     9901 cacagggctt caaagaccca gccactgtgt ccttgaggca aaatgaaaca ccgcagcctg
     9961 ctgctcagag gagtggccac ctctacactg gcagagagca gccagcaccc aaccacaggg
    10021 gctcacttcc tgtgactaca atcttctctg gccccaaaca ctccaggtcc tcccccacac
    10081 cacagttctc agttgtcggc tcttctcgtt ctcttcagga gctgaacttg agtgtggagc
    10141 ctccttcccc tacagacgaa gatacacagg ggcctaacag attgtggaac ccacatctca
    10201 ggggctattc ctcaggaaag tcagtggcaa gaacatctct gcaggctgag gacagcaatc
    10261 agaaagcctc atctcgcttg gatgatggga ctaccgatca caggcacctg aagcctgcca
    10321 cccctcctta tccaatgcct tccactctct cacacatgcc aacccctgat ttcacgacca
    10381 gctggatgtc tggtactttg gaacaagccc aacagggaaa gcgagagaaa ctgggtgtcc
    10441 aggttaggcc agaaaattgg tgctctcaga tggacaaagg aatgctgcac tttggctcca
    10501 gtgacatcag tccctatgcg ctgccgtggc gtccggagga gcctgcacgt atcagctgga
    10561 agcagtatat gtctggcagt gcagtcgatg tttcctgcag ccagaagccc caggggctga
    10621 cactatcaaa tgtggcccgg tgctccagca tggacaatgg cctagaagac cagaactccc
    10681 ctttccactc ccacctcagc acttacgcca atatttgtga tctgtcaacc acacacagca
    10741 gcactgagaa tgcccagggt tcaaatgagg cctgggaagt attccgaggg agttcttcaa
    10801 ttgccttagg agacccccac atcccgacga gccctgaagg agtagccccc acttcgggtc
    10861 atgacagaag gcctcagttc aggggccctt ctggtgaagc agactgtctg aggagtaagc
    10921 cccccttggc caaaggaagt gctgcaggtc cagtggatga gattatgctg ctgtatccat
    10981 cagaggcagg ctgccctgtg ggacagacca ggacgaacac attcgaacag ggcacacaga
    11041 ccctcggcag caggcgccac tggagcagca ctgacatctc ctttgctcag cctgaagcca
    11101 gtgcagtatc agcctttgat ctggcctcat ggaccagcat gcacaatctg tctctccacc
    11161 tctcacagct cctgcacagt acctcagagc tgcttgggag tctctcccag ccagatgtgg
    11221 ccagaaggga gcagaacacc aagagggaca tcccagataa agccccacag gccctgatga
    11281 tggatggctc tactcagacc actgtggatg agggcagcca gactgacctc accttaccca
    11341 ccctgtgcct ccagacttca gaggctgaac ctcagggagc caatgtgatc cttgaagggc
    11401 taggctcaga tacctcgact gtgtctcaag aagagggaga tgtgccaggg gtacctcaga
    11461 agagagaggc agaggaaaca gcacagaaaa tggctcagct cctctatctt caggaagaaa
    11521 gcactcccta caagccccag agcccttcaa taccctcatc ccacttgagg tttcagaaag
    11581 cccccgttgg gcagcatctt ccttctgtga gcccctcagt ttctgatgct ttcctgcctc
    11641 ccagctccca gccagaggag tcatattgct tagttgtcag cagtcccagt cccagctccc
    11701 ctcattcccc agggctcttt cccagtactt ccgagtatcc tggggactcc agggtccaga
    11761 agaagctggg ccccacaagt gctttgttcg tggacagggc ctcctcccca atcctcactc
    11821 ttagtgccag cacccaagag ccgggtcttt ccccaggctc tttgaccctc tcagcccctt
    11881 caactcaccc tgttgaaggc caccagaagc ttgactccag cccagaccct gttgatgccc
    11941 caaggactcc aatggataat tattcccaaa ccactgacga gttaggtggc tcccagagag
    12001 gtagaagttc cttacaaagg agtaatggga gatccttcct tgagttgcac tccccacaca
    12061 gcccacagca gagtccaaaa ctccaattta gtttcttagg gcagcaccct cagcagcttc
    12121 agcccaggac aactatcggg gtccaaagca gactgctgcc accaccactg aggcacagga
    12181 gccaaaggct gggcaacagc tttgtgcctg agaaggtggc ttccccggag cattgcccac
    12241 tgagcggtag ggagccaagt cagtggcaga gcaggacaga aaatggaggt gagagttcag
    12301 catctccagg ggaaccacaa cgcactctgg accgaccttc ttcatgggga ggcctccagc
    12361 acctcagccc ctgccctgtc tctgagttga ctgatactgc agggctccga ggttctgcct
    12421 tgggcctccc tcaggcctgc caacctgagg agttactgtg cttcagttgc cagatgtgca
    12481 tggcccctga gcaccagcac cacagtctga gggacctccc ggtgcataac aaatttagta
    12541 actggtgtgg ggttcagaag ggctcacctg gggggttgga catgactgag gaggagctgg
    12601 gggccagcgg tgatctcagc tctgaaaagc aggaacagag tcccccacaa cctcctaatg
    12661 accacagcca ggattctgag tggtccaaga gggagcagat ccccctgcaa gttggggccc
    12721 agaacctctc actcagcgtg gaactcacag aagcgaaact gcaccatggc tttggggagg
    12781 ccgatgccct gctccaggtg ctgcagagtg ggacagggga ggcgcttgct gctgatgaac
    12841 ctgtgacatc cacctggaag gagctctatg cacggcaaaa aaaggccatt gagaccctca
    12901 ggagagagcg ggctgagcga cttgggaact tctgccggac gcgaagcctt agccctcaga
    12961 aacaactgag cctcctgccc aacaaagatc tcttcatctg ggatcttgac ttgcccagca
    13021 gacgccgaga atacctgcag caactgagga aggatgttgt ggagaccacc aggagcccag
    13081 agtcagtgtc aaggtcagct cacacaccct ctgacataga gttgatgctg caagactacc
    13141 agcaggccca tgaggaggcc aaggtggaga ttgcccgggc ccgagaccaa ctgcgggagc
    13201 ggactgaaca agagaagctg agaatccacc agaagatcat ttcccagcta ttgaaggaag
    13261 aggataaact acataccttg gccaattcca gctccctgtg caccagctct aatggaagcc
    13321 tctcgtctgg catgacctct ggctataata gcagcccagc cttgtcaggc cagctccagt
    13381 tcccagagaa tatggggcat acaaacttgc ctgattccag ggatgtatgg ataggggatg
    13441 agcgaggagg ccattctgca gtgaggaaga actctgccta cagccacaga gcctccctgg
    13501 gcagttgctg ctgttcacca tccagtctgt ccagcttggg gacctgcttt tcctcctcct
    13561 accaggattt ggccaagcat gtcgtggaca cttctatggc tgatgtaatg gctgcttgtt
    13621 cggataattt gcacaacctc ttcagctgcc aggcaactgc tggctggaac tatcagggtg
    13681 aggagcaggc ggtgcagctt tactacaagg tgttttctcc cactcggcat ggcttcctgg
    13741 gggcaggtgt ggtgtcccag ccgctgtctc gtgtgtgggc ggctgtcagt gaccccactg
    13801 tgtggcccct gtattacaag cccatccaga cagcaaggct gcatcagcga gtgaccaaca
    13861 gcatcagcct ggtgtacttg gtgtgcaaca ccaccctgtg cgcactgaag cagccacggg
    13921 atttctgttg tgtctgcgtg gaagccaaag agggtcacct gtctgtcatg gcagcccagt
    13981 ctgtgtatga tacatccatg ccaagaccca gcagaaaaat ggttcgcggg gagatcctgc
    14041 ccagtgcctg gatcttgcag cccatcactg tggaagggaa ggaagtcacc agagtcatct
    14101 acttggccca ggtggaactt ggtgctccag gcttcccacc tcagctcctg agctctttca
    14161 tcaaacggca gccactggtt atagccagac tggcttcctt ccttggtagg tagcatctca
    14221 ccgtcaagat ggtgctgctg agatgcaggc ccaggctgct caagagagac actgtggcag
    14281 ctccttgtta ctttccatac cacagtgcag gaaaagctga tgctacctgc tgtggccgat
    14341 tggggcagac agcactggcc cagggatgct agcaaagccc agtcagtact tggtcacagc
    14401 tggcaccagt gcagagcaaa cggcctgagc tcctggccca gactatccag agtgaatgca
    14461 gctccgctca ccttttggat ttctcacctt tctttcctgt ttctgggact ctgcggcaga
    14521 caggacactt aaggaccagg actgggcaca gccagcagag ccggggactg cagtgctttg
    14581 gcaaggtgct tccgcaggct ggtagggaag caggcagcca ctggccaaga ctctgttctg
    14641 aatctacctc ctctagcatt cagctctact gtgtgatggg acgttaaaaa taccaaaaca
    14701 gaaagagggt ttaaaaaaca gctgcacaaa ccagaacacc gattcagaat cttttctccc
    14761 tcttgagttt ttgcaaaata ctttattatt gatttttgct ttttttctcc ctttccctcc
    14821 caggagaaga catttgggtc ttggcctgag gcaggggtgt tgagcgatga tgctctgata
    14881 tggagctgtc actctagagc tcggtcagat ggaagacact atagaaccag gttggacaga
    14941 tttggggtca gggttggagg ctgagttctt ttgaggactg gttggagtgg cagccagatg
    15001 gtggctgctg acaaggcaag aggaatttca gagattaaac attgtccttt gaggaaggga
    15061 gaggaggtga atgaactccc agaggaggtg agtggcttgt tgggaggaag ctcagttcca
    15121 gaacttacct cagtgcactt gggaggggtg gagtcctgag cattccatga tttctgccct
    15181 ggccccacct atcctaggat ggggtgggat ggagagtggg ttcagttttc ttgtacttta
    15241 gcctggctga acatgaactt tgtgtttacc tggaagtggt aggggtggga gagattctca
    15301 tctttagttc tggtgcccaa aatctttggt agatggaggg aactggggat tcagaagatg
    15361 tggtaaaggt ctatttctgt agtgtggcag agatgtgttt ttctaaagtg tttgcagggc
    15421 atttttccct cttacctcag attaagttat ttatatattg ttgattgaag gttttttaaa
    15481 attgctttta aacttctatt tctcgggtaa attttttggt gacatgatat atttaacacc
    15541 ctatttatat actcctacct cttttcatat aaatctctta ctaagactac tgaccaaaaa
    15601 agaacatttt aaaattaaaa gtcctctgtg tacttta
//
