LOCUS       NM_001370940           15076 bp    mRNA    linear   ROD 29-OCT-2024
DEFINITION  Mus musculus StAR related lipid transfer domain containing 9
            (Stard9), mRNA.
ACCESSION   NM_001370940 XM_006500509
VERSION     NM_001370940.1
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 15076)
  AUTHORS   Wang,W., Shi,Z., Zhang,D., Hou,W., Ma,H., Liu,X., Zhang,Y., Zhu,J.,
            Yang,Z., Jia,B., Xu,Q., Zhang,Y. and Zhang,M.
  TITLE     Kinesin motor KIF16A regulates microtubule stability and
            actin-dependent spindle migration in mouse oocyte meiosis
  JOURNAL   FASEB J 38 (13), e23750 (2024)
   PUBMED   38888878
  REMARK    GeneRIF: Kinesin motor KIF16A regulates microtubule stability and
            actin-dependent spindle migration in mouse oocyte meiosis.
REFERENCE   2  (bases 1 to 15076)
  AUTHORS   Adams,D.J., Barlas,B., McIntyre,R.E., Salguero,I., van der
            Weyden,L., Barros,A., Vicente,J.R., Karimpour,N., Haider,A.,
            Ranzani,M., Turner,G., Thompson,N.A., Harle,V., Olvera-Leon,R.,
            Robles-Espinoza,C.D., Speak,A.O., Geisler,N., Weninger,W.J.,
            Geyer,S.H., Hewinson,J., Karp,N.A., Fu,B., Yang,F., Kozik,Z.,
            Choudhary,J., Yu,L., van Ruiten,M.S., Rowland,B.D., Lelliott,C.J.,
            Del Castillo Velasco-Herrera,M., Verstraten,R., Bruckner,L.,
            Henssen,A.G., Rooimans,M.A., de Lange,J., Mohun,T.J., Arends,M.J.,
            Kentistou,K.A., Coelho,P.A., Zhao,Y., Zecchini,H., Perry,J.R.B.,
            Jackson,S.P. and Balmus,G.
  CONSRTM   Sanger Mouse Genetics Project
  TITLE     Genetic determinants of micronucleus formation in vivo
  JOURNAL   Nature 627 (8002), 130-136 (2024)
   PUBMED   38355793
REFERENCE   3  (bases 1 to 15076)
  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
  REMARK    GeneRIF: StARD9 is a novel lysosomal kinesin required for membrane
            tubulation, cholesterol transport and Purkinje cell survival.
REFERENCE   4  (bases 1 to 15076)
  AUTHORS   Miki,H., Setou,M., Kaneshiro,K. and Hirokawa,N.
  TITLE     All kinesin superfamily protein, KIF, genes in mouse and human
  JOURNAL   Proc Natl Acad Sci U S A 98 (13), 7004-7011 (2001)
   PUBMED   11416179
  REMARK    Review article
REFERENCE   5  (bases 1 to 15076)
  AUTHORS   Nakagawa,T., Tanaka,Y., Matsuoka,E., Kondo,S., Okada,Y., Noda,Y.,
            Kanai,Y. and Hirokawa,N.
  TITLE     Identification and classification of 16 new kinesin superfamily
            (KIF) proteins in mouse genome
  JOURNAL   Proc Natl Acad Sci U S A 94 (18), 9654-9659 (1997)
   PUBMED   9275178
  REMARK    Erratum:[Proc Natl Acad Sci U S A 1999 Mar 30;96(7):4214]
REFERENCE   6  (bases 1 to 15076)
  AUTHORS   Winter,H., Siry,P., Tobiasch,E. and Schweizer,J.
  TITLE     Sequence and expression of murine type I hair keratins mHa2 and
            mHa3
  JOURNAL   Exp Cell Res 212 (2), 190-200 (1994)
   PUBMED   7514534
COMMENT     VALIDATED REFSEQ: This record has undergone validation or
            preliminary review. The reference sequence was derived from
            AL772299.10 and AL935168.11.
            
            On Jun 15, 2019 this sequence version replaced XM_006500509.3.
            
            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 SAMN00849375,
                              SAMN00849381 [ECO:0000348]
            ##Evidence-Data-END##
            
            ##RefSeq-Attributes-START##
            inferred exon combination :: based on alignments, homology
            RefSeq Select criteria    :: based on conservation, expression
            ##RefSeq-Attributes-END##
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-150               AL772299.10        119079-119228
            151-220             AL772299.10        121381-121450
            221-337             AL772299.10        124131-124247
            338-454             AL772299.10        154838-154954
            455-487             AL772299.10        156331-156363
            488-549             AL772299.10        156452-156513
            550-662             AL772299.10        157961-158073
            663-732             AL772299.10        161038-161107
            733-805             AL772299.10        163561-163633
            806-873             AL772299.10        167873-167940
            874-971             AL772299.10        169311-169408
            972-1181            AL772299.10        169766-169975
            1182-1279           AL772299.10        170126-170223
            1280-1357           AL772299.10        172682-172759
            1358-1429           AL772299.10        173631-173702
            1430-1609           AL772299.10        174814-174993
            1610-1661           AL772299.10        177677-177728
            1662-1799           AL772299.10        178041-178178
            1800-1885           AL772299.10        178700-178785
            1886-1989           AL772299.10        178871-178974
            1990-2180           AL772299.10        182638-182828
            2181-2655           AL772299.10        183289-183763
            2656-12492          AL772299.10        185702-195538
            12493-12690         AL772299.10        195627-195824
            12691-12874         AL772299.10        196223-196406
            12875-13012         AL772299.10        196776-196913
            13013-13130         AL772299.10        202583-202700
            13131-13252         AL772299.10        202808-202929
            13253-13317         AL772299.10        203133-203197
            13318-13363         AL772299.10        203323-203368
            13364-13520         AL935168.11        2001-2157
            13521-13600         AL935168.11        2337-2416
            13601-13759         AL935168.11        2595-2753
            13760-15076         AL935168.11        3155-4471
FEATURES             Location/Qualifiers
     source          1..15076
                     /organism="Mus musculus"
                     /mol_type="mRNA"
                     /strain="C57BL/6"
                     /db_xref="taxon:10090"
                     /chromosome="2"
                     /map="2 60.37 cM"
     gene            1..15076
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /note="StAR related lipid transfer domain containing 9"
                     /db_xref="GeneID:668880"
                     /db_xref="MGI:MGI:3045258"
     exon            1..150
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     CDS             104..13861
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /note="kinesin family member 16A; kinesin 16A; N-3
                     kinesin; kinesin-like protein Kif16a; START
                     domain-containing protein 9; START domain containing 9"
                     /codon_start=1
                     /product="stAR-related lipid transfer protein 9"
                     /protein_id="NP_001357869.1"
                     /db_xref="GeneID:668880"
                     /db_xref="MGI:MGI:3045258"
                     /translation="MANVQVAVRVRPLSKRETKEGGRIIVEVDDKVAKIRNVKVDSRP
                     ESFGDTREKVVAFGFDYCYWSVNPEDPHYASQEVVFRDLGTEVLSGAAKGYNICLFAY
                     GQTGSGKTYTMLGTPASVGLTPRICEGLFIREDDCASQPCSRSIKVSFLEIYNERVRD
                     LLKQSNQNKSYTLRVREHPEMGPYVQGLSQHVVTNYQQVIQLLEAGIANRITAATHVH
                     EASSRSHAIFTIHCTQAILQNNLPSETASKINLVDLAGSERADPSYCKDRITEGANIN
                     KSLVTLGIVISTLAQNSQVFSSCQSLSSAASSGGDSGVPSTTSGASSGGGPARRQSYI
                     PYRDSVLTWLLKESLGGNSKTIMVATVSPAHTSYSETMSTMRYASNAKNIINKPRVNE
                     DANVKLIRELREEIERLKAVLLNFELRNFSSLNDDLDESLQELVFQSDLKIDTLTQHW
                     TEKRNDRQALMEHYGVDINRKRARVVIDSSLPHLMALEDDVLSTGVVLYHLKEGTTKI
                     GRIDSDQEQDIVLQGQWIERDHCTITSTCGVVILRPTQGARCTVNGREVTASCRLTQG
                     AVITLGKAQKFRFNHPAEAAVLRHQRLKVGEALGSSGSLEWLDLDGDVSASRLGLCPV
                     LRKERRVLEEQCDRDQQPSRHSEIPYRAQPEQQQCHVEALKQQAKEGQSRVQKELELD
                     HTHISQQIKDNQQWLLTEETWLASLRETQQEGNCGEEKELEASVAPDAWLPTVPQTPP
                     SPLVQSQKRVVQPQCSPRHTTRATVWNIRQKKVSFQLERIIKKRRLLEAQRRLEQLST
                     FFWIQDDGASRAPSWASSSNTSGPGSQRRSRWTTCSSLSLQRLGCRRLPQLHSDFMNW
                     DPSAMSPPVPELTHQMPEKTLSTDCIPPKAGRLGRNSFHSSRWRKFSPARRASTQGTH
                     LTVSHKSVSSQEIESLGKQPCQMSSQGQSTKKQKARDGSRTFIPAAQTRWASVNTKTG
                     WQKEGTCGTYKDPKETTSQSTDLSGLEPAAGHRKVVKTFQAESKPSPSSRASKKHQRV
                     LAARARDIVKTFSRLPHGGPLKNQPRAGDPGTPASFTDSRPIKDPVREEDRDLSDTES
                     SYSVDSLSYIYAKVPKKLLKPEDLQGKWNLPDSENSESDNSQISEDSLAGKGHKSLPE
                     NSRGEYSMKDHGHSRARTSASVRGLPMPSDSSLCTQKYRSFSLDSLIDPENRQGEPFL
                     GSADEMPTETFWHLQNATPSSVDQEAMDRPSPTNHRMGVGVNVLLPKSNSFYLDPQFQ
                     PPCEQLESEMEASYSEHTNPLRGLQLARESPLLSVDSWFSCDSKVSPSSPSGDIHSLC
                     PSPDIHEIQPHDEKPKHWLSIEEPKPPGTCKLPQSSTEPPCSSDLYATSASDTSKPSV
                     CESQGLLQPGDGGFFQGREMPDMTNQGISEESHNSDMSSVLAPSATSFTQVCSVNKDW
                     AALHQEYLLELSDSGFEAVGEPRPAFPFLEEDSSSLAEASDKVDTQLPTGPGLPRNLD
                     FSSFPVHISKIGHLRAEKDHDSLSAKVESASDLLSTVERMSSNGTYPADIESLTSGSI
                     NAQPYTAGNVIPSSMTEAWEVHRASLEGCLQGDRHSVLITSSGQKRAYHNDDTLATEG
                     DCLPQDGALLGKNTKVQPGLLSHNSYQQPLLEEKAASQQCTDGEVAGTRIDACCAFPS
                     GPELFLHSTPWSSSPSSLQPPPLETFYVTKSRDALTETALEIPACREAWVPSPPPREA
                     WGFDHSHQVSQKAHWKNNLPKLSQSQNSKIDSPQQTTTKRPTDLDTGEGTEELGKHSR
                     NMREEENHDSAYSFVAQNRQHLPSTRLKVCECGNQLGILNKEYSLSVHQDEEGASAWH
                     HGSVAFNGSEPKTLLFICDSKASGEEQSLLLPQIQSCGMHSQSPGARSDFIGKIANLD
                     PEKVIPEEAAVSLKSRSLHCLSSPVIVAGGRSPTRRREGRNETGLLREVISKDIQEEF
                     SLPGTQYICERCHLLLCSRERKPTECKAHGQSQEVQSKEEPLEEKQNKRVNNIDEMAR
                     LMRSVMQLETGILEIESKHNKHLHASHMPSTELMLQDLEDQEKADHVPTPESSGEHLC
                     FEDQPSFPIQIKDDIFEDSKAREIEVTNATSNNNTQIQKLTGSPFRSREYVQTRESES
                     EHSYPPPGADRLARDTCDSLGKGTALRKPSNISLHSRTMRGLARALPLQPSIERPKKD
                     NELLKASAKFQGQTWALESLEELESMERFQESQIVVVPSGSELEDAKTQGGVEEMTVD
                     RRGSLQEKEDMVSSTQKVPTPSQHWKGTFFSQEAVSPFYYQTGFSAALPHGELSGTQP
                     VHSLSFPRSGLHGSDTKGVSSFEYILEPVMLKTNRNSLATGVGDQDHSGETRSSSPQE
                     RASGDVSTTHTPLGGSVMPVVVRASGQAVTSDSTLLNTEDWITVSTSSQEDQEGDFRD
                     TSTGSTTQEALGSEAEATVQKERKNSSLDRISRQAEKRVSFLLQEDSNQGEEERQKAE
                     ETSEDQQLPNSAYLTPISELKGPDAEPLLLPDSSINASICLGILAEIRQAKTQRKQLT
                     DLVAEGTVLPYETLQEAEWFSEAAGKPQTQKVKLGWGSTRNDAKAQRLHEASPSAVSA
                     DLLADERKAQVSAGSFHHLPNPETDRGPQHHLLASPHIVSELEKRYCTGKPRQFCGAS
                     GRSDSSEVIEKRKEASRTKSSVDPLPSDRLLSIPAVEQDGGLGSEKVSVLPSQTSYAP
                     GRILHGQGQLTARETVKGLSFGGKDSILGHQEPRSLDSTHGGGSEKISVTTQKENAVF
                     SECPSVICTVDNAVDLSQSKQDHVQGLDASTGLEETKASPKSGAVHPEAPGNVGAEAN
                     IRHPVKWKNVDSGLACGGDSKNPWSTPFLDQRPSLHPSGVREEAPGPCPKECLVFERN
                     TGGSRPLGSSYEEAENRTIPCPHLSGSQPTTAVHACCSHSSTLLCCRDGVLRKGTPWA
                     AAPPDHSLCIVPSTVCEVDGTGECLSRVSLAHDLKHKCGPVDNSIPNPPTTTPVSSPA
                     QNCSCLSTSEMRARCLTHTFARGRSVEGSGEETTGKKVTTAPEDTFPSSPAGMSSEPL
                     RTLKNNSVDENGQASQTMPEPPAVTQGPGTLNSNECVDSKLVIAAQFGHLENTKCCSE
                     KMQPSTKVRGHSCLAPQARFVDMLKPTCHPKIETSWEEEEQQRDQVSGDGKDHAQVRN
                     LVPSNVGGFDGYQTRDGETKSSVPQTFFSDFEAQTEPSQPAAQTHSQHCSDREQLPRS
                     HRHLLPVIAIFSGPKHARYSPRPQFTVVSSSRSLQELNLSVEPPSPTDEDAQRPDSSW
                     RPHLRGYSSEKPISTSLKTQDCSQKALCNLNNSSSNHRPLNPVIPPYPTSSTVSCMPT
                     PEFMTTWMPGALEQAHQGKTDKLSVQGMPENWHSQTDEEMLHFGSSELSPSVLSSCPQ
                     GLVHIGWKQYVFGSAVDVSCSQKPQCLIQSNMAQCSSIDNVLEDKKSPFHSHPKTDAQ
                     TQDLPNIHSDVENDQSSNELPLVGGSATAQVDEILLLCPPEMGCAGGEASVNTFEQGT
                     QALGSRRHWCCTDVSLQPEARTMSDSELASWTSMHNLSVHLSQLLHSTSELLGSLSHP
                     GVVIKEQNVKRDSLDEAQQALRMDGSASTTVDEGIQTDLALPPLAFQGPEVKSEEVSV
                     ILDMMDSGITTVAQEKGDVPVVFQKREAEGAAETPGLHEESTHNKLQSPPLPSPHLRV
                     QKADLGQNFTFMSPPASPDGSPPPSLRPEESCMVVNMPRFSPHSGLSLGAFESTQEPR
                     TQKRLCGSRAVLVDRASSPILTFSASIQELSNPLACVTLSAPSVHPLEDFQKLDDINS
                     DLAVGDPRPPVDNSQATDESGDSQRAESLDREGKSPLGKSSERLLLDNSSSCSPQQSS
                     SLQVSFLGIAPQQLQPKTTTGDQSKLPSPPPRHKNPKLDDSCVSEKVTSVEHGPLRPS
                     QWQGRTTNKDWGSEFMVEPQPNLDQPSSRRGLQPLSPCQISDTTGLQSPAVDPPQACH
                     PVGLLCSGSHMHVAPGPQHYNLRDLPVHNNFNNLYGVQGGPGRGLHEGESLGVRCDSS
                     SVGTHRPPQLSDKYSQNLEWLRLEHIPLQAGVQKLALSVELTEAKLHHGFGETDALLK
                     VLQSGTGEVLAPQEPAVPSSEEFYTRQKKTIETLRRQRAERLHNFRRTRSLSPQKQLG
                     LLPSKDLPTWELDLPSRRQEYLQQLRKHIVDTTRIPEPAPGLARPPSDIELMLQEYRR
                     AREEAKVEIAQARDRLKERTEQEKMRIRQQIISQLLKEEEKLQTLANFSSLYTSSNGS
                     ISSGVTSGYNSSPAFSGHLQSLEVSGDSQVPDSQDTWIGDWQDQSTVRNSYLYLTGSS
                     WKSLAHSRRASMGSGCCSASSLSSLGACFSFPYQDLAKHIVSTSMADVMAACSDNLHN
                     LFIRQATDGWNYQGEEQEVQLYYKEFSSTRHGFLGASVVSQPLSQVWAAVSDPTLWPL
                     YHKPIQTARLHQRVTNSISLVYLVCNTTLCELKQLRDFCCVCVEAKEGCLSIMAAQSV
                     YDASMPRPSRKMVRGEILPSAWVLQPVIIEGKEITRVISLVQVELGAPGFPPHLLNSC
                     IKQQPLVVAKLASFLRS"
     exon            151..220
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            221..337
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            338..454
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            455..487
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            488..549
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            550..662
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            663..732
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            733..805
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            806..873
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            874..971
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            972..1181
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1182..1279
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1280..1357
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1358..1429
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1430..1609
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1610..1661
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1662..1799
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1800..1885
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1886..1989
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            1990..2180
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            2181..2655
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            2656..12492
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            12493..12690
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            12691..12874
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            12875..13012
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            13013..13130
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            13131..13252
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            13253..13317
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            13318..13520
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            13521..13600
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            13601..13759
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     exon            13760..15076
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /inference="alignment:Splign:2.1.0"
     regulatory      15007..15012
                     /regulatory_class="polyA_signal_sequence"
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /note="hexamer: AGTAAA"
     polyA_site      15029
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
                     /note="major polyA site"
     polyA_site      15065
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
     polyA_site      15076
                     /gene="Stard9"
                     /gene_synonym="4831403C07Rik; E230025N21Rik; Kif16a;
                     mKIAA1300"
ORIGIN      
        1 agtctgtggc tcttgcagtg cctgtggctg ggtctgttcg ctggacgccg gccagggatg
       61 cttccgccgg accgctgtgt gggtcttggg ttgtggcgga gggatggcga atgtgcaggt
      121 ggccgtgagg gtccggcctc tcagcaagcg ggagaccaaa gaagggggaa gaattattgt
      181 ggaagttgat gacaaagtgg caaaaatcag gaatgtaaag gtggacagtc gaccagagag
      241 ctttggagac acccgggaga aggttgtggc atttggcttt gattactgct attggtcagt
      301 caacccagag gaccctcact atgcatctca ggaagtggtg ttccgggact tgggaactga
      361 agtactgtct ggagcagcca aaggctacaa catatgtctc tttgcctatg ggcagacagg
      421 ctctgggaag acatatacca tgctggggac tccagcctct gttgggctga ctccgaggat
      481 atgtgagggt ctcttcatca gggaggatga ctgtgcctct cagccttgtt cccgtagcat
      541 aaaagtaagc ttcctagaaa tctacaacga acgggtgaga gatcttttga aacaatccaa
      601 tcaaaataag tcctatacct taagggtcag ggagcaccca gagatgggac cctacgtcca
      661 aggtctgtct cagcatgttg ttaccaacta tcagcaggtt atccagctcc tggaggcagg
      721 gatagcaaac aggatcacag cagccaccca tgttcacgag gccagcagca gatcccatgc
      781 catcttcact atccactgca cacaggcaat cctacagaac aacctcccct cagagacggc
      841 cagcaagatc aatcttgtgg acctagcagg cagtgagaga gctgatccca gttactgtaa
      901 ggaccggatt acggaaggtg ccaatatcaa caagtccctt gtgaccctgg gaattgtaat
      961 ctccacttta gcccagaact cacaagtgtt cagcagctgc cagagcctca gtagtgcagc
     1021 cagcagtggg ggtgacagtg gggttcccag caccacatct ggggccagca gtggaggggg
     1081 gcctgcgagg aggcagtcgt acatcccata ccgggactct gtgctcacct ggctgctgaa
     1141 ggagagcctt ggaggcaact ccaaaaccat catggttgcc actgtgtccc ctgcacatac
     1201 cagctacagt gagaccatga gtacaatgag atacgcatcc aacgccaaaa acatcatcaa
     1261 caagccacgg gtgaacgagg acgcgaatgt gaagctcatc cgagaactca gggaagagat
     1321 tgagaggttg aaagccgtgt tgctgaactt tgaactgagg aacttcagct cactgaatga
     1381 tgatctggat gagagcctgc aggagctagt cttccagagt gatttgaaga tagacacgct
     1441 gactcaacac tggactgaga agcggaatga ccggcaggcg ctcatggagc attatggtgt
     1501 ggacatcaac aggaagaggg ccagggtggt tattgactcc agcctgccac acctgatggc
     1561 cttggaggat gatgtgctca gcacaggggt tgtgctttat cacctcaagg aagggacaac
     1621 aaaaatcgga aggattgatt cagaccagga gcaggatatc gtccttcagg gccagtggat
     1681 tgagagagac cactgcacga tcactagcac ttgtggggtg gtcatcctcc ggcctaccca
     1741 aggggcacgc tgtacggtca atggccgtga ggtcactgct tcctgccgtc tgacacaagg
     1801 agctgtcata accctgggga aagcacagaa gttccgattt aaccacccag ccgaggccgc
     1861 tgtgctgcgg caccaaaggc tcaaggttgg agaggctctt ggcagtagtg gctctttgga
     1921 atggctggac ttggatggag atgtcagtgc ctcaagactg ggtctctgcc ctgtgctcag
     1981 gaaggagagg agagtgctgg aagagcagtg tgacagggac cagcagccat caagacatag
     2041 cgagatccct tacagagccc agcctgagca acagcagtgc catgtggagg ctctgaagca
     2101 gcaagccaaa gaaggacaga gtagagtcca gaaggagcta gaactggacc acacacatat
     2161 cagccagcag ataaaagaca accagcagtg gctactcaca gaagagacct ggctagccag
     2221 cttacgagag acacagcaag aaggcaactg tggagaagag aaagaacttg aggcctctgt
     2281 ggcacctgat gcttggcttc caacagttcc tcagactcca ccatccccac tggtccaaag
     2341 ccagaagagg gtggtgcagc cccagtgctc accgagacat actactcggg ctaccgtttg
     2401 gaacatcagg cagaaaaagg tatcattcca gctggaaaga attattaaga agcggaggct
     2461 gctggaggcc cagaggagac tggagcagct cagtaccttc ttctggatcc aggacgatgg
     2521 tgcttccagg gccccaagtt gggcctctag ctctaacacc tcaggcccag gttctcagcg
     2581 gagaagcaga tggacaactt gcagttctct gagtctccaa aggctcggct gccgacgcct
     2641 gccccagcta cacagtgatt tcatgaactg ggatccttct gccatgtcac cacctgtgcc
     2701 tgagctgact caccaaatgc cagaaaaaac cttgtcaaca gattgcattc ctccaaaggc
     2761 aggtcgcctg ggcaggaaca gcttccattc atctcggtgg aggaagttct ctccagccag
     2821 gagagcctct acccaaggca cccatctcac tgtgagccac aagtctgtca gtagtcaaga
     2881 aattgagtcg ctgggtaagc aaccctgtca gatgtcatcc cagggccaat caactaagaa
     2941 acaaaaagca agagatggtt caaggacctt catccctgct gcccagacca gatgggcctc
     3001 tgtcaacaca aaaactggat ggcaaaaaga agggacctgt gggacctaca aggatcccaa
     3061 ggaaactact tcccaatcta cggatctcag tggattggag ccagcagctg ggcatagaaa
     3121 agtcgtcaag acttttcagg cagaatccaa accatctcct tcaagcaggg catcaaaaaa
     3181 gcatcagcgg gtgctggcag ctagggccag agacattgtc aaaacgttct ctcgtttgcc
     3241 tcatggcggt cctttaaaaa accaacctcg tgcaggggat ccaggcacac cagcctcctt
     3301 cacagattct agacctataa aggaccctgt aagggaagag gacagagatt tatctgacac
     3361 tgaaagcagt tactcagtgg attctctttc ttatatctat gccaaagttc caaagaaact
     3421 actgaaacca gaggaccttc agggaaaatg gaatctcccg gattcagaga actctgaaag
     3481 tgacaacagt caaatatctg aggattcact tgctgggaag ggacacaaaa gcctcccaga
     3541 aaactctaga ggtgaatatt ccatgaagga ccatgggcat tcaagggcca gaacttcagc
     3601 ctctgtgcgg ggtctcccca tgccttcaga cagtagctta tgtactcaaa aatacaggag
     3661 cttttctttg gacagcctga ttgatcctga aaataggcaa ggggagcctt ttcttggttc
     3721 tgctgatgag atgcctacag agactttttg gcatctgcag aatgccaccc cgtcttcagt
     3781 agaccaggag gcaatggata ggcctagccc taccaaccat agaatgggag ttggggtaaa
     3841 tgttctcttg ccaaaaagca attcatttta ccttgatcct cagttccagc ccccttgtga
     3901 gcagcttgag tcagaaatgg aagcaagcta ttctgaacac accaaccctc tccgaggcct
     3961 tcaacttgca agagagagcc ccctgttatc tgtggattca tggttttctt gtgactctaa
     4021 ggtcagtccc agcagtccct caggggacat acattcttta tgtccaagcc ctgacataca
     4081 tgaaattcag ccccatgatg agaagcccaa acactggcta agcattgaag aaccaaagcc
     4141 accaggtacc tgcaaacttc cccaaagcag tactgagcca ccctgcagtt cagatttgta
     4201 tgcaacctct gcttctgata catccaagcc ctcagtttgt gaaagccaag gactccttca
     4261 gccaggagat ggtggattct ttcagggcag agaaatgcct gacatgacca accagggtat
     4321 ctctgaagag tcccacaatt ctgacatgtc aagcgtgctg gctccctctg ccacctcgtt
     4381 cactcaagta tgtagtgtta ataaggactg ggctgccctt catcaagaat atctccttga
     4441 gctctctgat tctggttttg aggctgtggg agagcccagg ccagctttcc ccttcctgga
     4501 ggaagactcc agttccctgg ctgaagcttc tgataaagta gacactcagt tgccaactgg
     4561 ccccgggtta cctagaaatt tagatttcag ctcctttcca gtccacatat ccaaaatcgg
     4621 gcacttaaga gcagagaaag accatgacag cctgagtgcc aaggtagaaa gtgcttctga
     4681 tctcctcagt actgttgaga ggatgagttc taatgggaca tacccagcag acatcgagtc
     4741 actgacttct ggatctataa atgcacagcc ctatacagca ggaaatgtga taccaagttc
     4801 catgaccgaa gcatgggaag tccatcgtgc cagcttagaa ggatgccttc agggtgacag
     4861 acattctgta ctgataactt cctctgggca gaagagggct tatcataatg atgacacctt
     4921 agccactgaa ggagactgct tacctcaaga tggggctctt ctcgggaaaa atactaaggt
     4981 tcaaccagga ctattaagtc acaacagcta ccagcaaccc ctgctggaag agaaggcagc
     5041 ttcccagcag tgcaccgatg gggaagtagc tggaacacgc atagatgcct gttgtgcttt
     5101 cccttcaggt cctgagttgt tcctgcactc taccccctgg agctcttccc catcctccct
     5161 gcagccgcct cccctggaaa cgttctatgt aaccaaaagc agggatgccc tgacagaaac
     5221 tgccttagag attccagcct gcagagaagc ctgggtgcca tccccgcccc ctagggaagc
     5281 ctggggcttt gatcatagcc atcaagtctc ccagaaggct cactggaaaa ataatttgcc
     5341 caagttgtcc caaagtcaga attctaagat tgattcacct cagcagacaa caacaaaaag
     5401 gccaacagat ctggacacag gcgaaggcac tgaagaactg gggaaacact ctagaaatat
     5461 gagagaggaa gaaaaccatg attctgctta ctcttttgtt gctcagaaca gacagcatct
     5521 cccttctacc agactcaaag tttgtgagtg tgggaatcaa cttggaattt taaataagga
     5581 gtacagcctc tcagtccacc aggacgaaga aggggcctct gcgtggcatc acggcagtgt
     5641 tgccttcaat ggctctgagc caaagacttt gctcttcatt tgtgattcca aggcaagtgg
     5701 ggaagaacag agtctactcc tgccacagat acagtcctgt ggtatgcaca gtcagtctcc
     5761 tggagccagg tctgatttca ttggcaaaat cgccaattta gacccggaga aggtcatacc
     5821 agaggaagct gctgtctctt tgaaatcaag atcactccac tgtctaagca gccctgtgat
     5881 cgtggccgga gggagaagtc caacccgcag gcgggagggg aggaatgaaa ctgggcttct
     5941 cagagaagtg atttccaaag acatccagga agagtttagt cttccaggga cccagtatat
     6001 ctgtgaaaga tgccatctac ttctgtgctc tcgggaaaga aagcccactg aatgcaaggc
     6061 ccatgggcag tcacaagaag tacagtccaa agaagagcct ttggaagaga aacagaataa
     6121 aagagttaat aatatcgacg aaatggctag gctgatgagg agtgtgatgc agctggaaac
     6181 gggcatctta gaaattgaat ccaagcacaa taagcatctt catgcttccc acatgccaag
     6241 tacagagctg atgctccagg acttagagga ccaggagaag gcggaccatg tccctacgcc
     6301 agaaagttct ggagaacatt tatgctttga ggatcagcca tctttcccaa tacagataaa
     6361 ggatgatatc tttgaagata gcaaagctag agaaatagag gttaccaatg caactagtaa
     6421 taataatacc cagattcaga aactcacagg aagccccttc agatcaaggg aatatgtaca
     6481 aacgagggag tctgagagcg agcactcata cccgccacct ggagcagaca gacttgctag
     6541 ggacacatgc gattctttgg ggaaaggcac agctcttaga aagcctagca acatttccct
     6601 tcactctagg acaatgagag gattagctag agctctgcca ctgcagccca gcatagagag
     6661 acccaagaag gacaatgagc ttctaaaagc atcagcaaaa ttccaaggcc agacttgggc
     6721 cttggaaagt cttgaggaac tggagagtat ggaacgtttt caggaaagcc aaattgttgt
     6781 agttccgagt ggttcagaat tggaggatgc aaaaactcaa ggaggagttg aagaaatgac
     6841 cgtggaccgg agagggagcc tacaggaaaa agaggatatg gtctcatcga ctcagaaagt
     6901 tcctactccc agccagcact ggaagggcac atttttcagc caggaggctg tttccccatt
     6961 ctattaccag acaggcttct ctgcagctct tcctcatgga gagctgagtg gtacccaacc
     7021 tgtgcattct ctaagcttcc ccagaagcgg tttgcatggc tctgatacca aaggcgtctc
     7081 ttcatttgag tacatattag aacctgtgat gttgaaaact aatagaaatt ctttggcaac
     7141 tggagtaggg gatcaggatc acagtggaga gaccagaagc agcagcccac aggaacgtgc
     7201 ttcgggggat gtctccacca cacacactcc cttgggtgga tctgtaatgc ccgtggtcgt
     7261 gagagctagt ggtcaggctg ttacatcaga cagcactctc ctaaatacag aggactggat
     7321 aacagtaagc actagctccc aagaagacca ggaaggggac ttcagagata cctccacagg
     7381 ctcaactacc caggaagctt tgggttctga ggctgaggca actgtacaaa aagaaagaaa
     7441 aaacagttcc ttggacagga tctcaaggca ggctgaaaag agagtcagtt ttctcttaca
     7501 agaagatagt aaccagggtg aagaggaaag gcagaaggca gaggagacgt cagaagacca
     7561 acagcttcct aactctgctt acttaacacc catatctgaa ctgaagggac ctgatgcaga
     7621 gcctctgttg ctaccggact cctctatcaa tgcatccata tgcctgggta tcctagcaga
     7681 gatcagacag gcaaaaacac agaggaagca gcttactgac ttagtggctg aggggacagt
     7741 ccttccgtat gagactttac aagaagctga atggttttca gaggctgctg gtaagcctca
     7801 gacacagaag gttaagttag ggtggggtag caccaggaat gacgctaaag cacaaagact
     7861 gcatgaggca tctccatctg ctgtgtctgc agacctcttg gctgatgaga ggaaagccca
     7921 ggtcagtgca gggagctttc atcatctgcc caatcctgaa actgacagag gaccacagca
     7981 tcatttgctg gcttcccctc acattgtttc agagctagaa aaaagatact gcactggtaa
     8041 accaaggcaa ttttgtggag caagtggacg gtctgattct tctgaagtca tagagaaaag
     8101 gaaagaagca tccagaacaa agtcatctgt tgatcctttg ccctcagaca ggcttctttc
     8161 tataccagct gtcgagcagg atggcgggct gggatcagag aaagtgtctg tcttaccttc
     8221 tcaaacttct tatgctcctg gcaggattct gcatgggcaa ggtcagttga ctgctcggga
     8281 gactgtaaag ggtttatcct ttggtgggaa ggacagtatc ctgggtcatc aggaacctcg
     8341 aagtctagat agcacacatg gaggaggctc agagaagatc tcagtgacca cacagaaaga
     8401 aaacgcggtc ttttctgagt gtccgtctgt gatctgtact gttgataatg ctgtagacct
     8461 ttctcagtct aagcaagacc atgttcaggg cttggatgct tctactggct tagaagaaac
     8521 gaaggcaagt ccaaagtcag gtgctgttca ccctgaagct ccaggaaatg ttggagcaga
     8581 agctaacata cggcatcctg ttaagtggaa aaatgttgac tctggtctgg catgtggggg
     8641 tgacagcaaa aatccatggt caactccatt tctagatcag agaccaagcc ttcatcccag
     8701 tggagttaga gaagaggctc caggtccatg cccaaaagag tgccttgtct ttgagaggaa
     8761 cactggaggc agcaggccac ttggctcttc ttatgaggag gcagagaaca gaactattcc
     8821 ttgccctcac ttaagtggtt ctcaacctac tactgctgtt cacgcctgct gctctcattc
     8881 ctctactctg ctatgctgta gagatggtgt ccttaggaag ggaaccccct gggctgctgc
     8941 tcctcctgac cattcacttt gcatagtacc atctacggtc tgtgaagtgg atggaacagg
     9001 agagtgcctt tctcgagtgt ctttggcaca tgacctcaag cacaaatgtg ggccagtaga
     9061 caacagcatt cccaacccac ctactacaac tcctgtctcc tctccagctc aaaattgcag
     9121 ctgcctttcc acctcagaaa tgagggcacg ttgcctcacc cacacatttg ctaggggaag
     9181 gtcagtggaa ggttctgggg aagagactac agggaagaag gtcaccactg cccctgagga
     9241 tacttttcca tccagtcctg caggcatgag ctctgagcca ctgagaactt tgaagaataa
     9301 ctctgtagat gagaatggac aagcatccca aaccatgcca gaacctcctg cggtgactca
     9361 gggaccaggt accctaaatt caaatgaatg tgtggacagt aagctggtga tagcagctca
     9421 gtttggacat ttagaaaaca ctaaatgctg ttcagaaaag atgcaaccat ccactaaggt
     9481 caggggtcac agttgcttgg ctccccaagc cagatttgta gacatgttga aacctacctg
     9541 ccaccctaag attgagactt catgggaaga ggaagaacaa cagagagacc aggtctcagg
     9601 agatggcaaa gaccatgccc aggtcagaaa tctagtacct tctaacgttg gtggctttga
     9661 tggctatcag actagagatg gtgaaaccaa gtcttctgtg ccccagactt tcttttcaga
     9721 ctttgaagcc caaacggaac catcacagcc tgctgcccag actcatagcc agcactgctc
     9781 tgatagggag cagctgccac gcagccacag gcacttgctt cctgtgattg caatcttctc
     9841 tggccccaag catgccaggt attcccctag accacagttt actgtggtca gctcatctcg
     9901 gtctcttcaa gaactaaatt tgagtgtgga acctccatcc ccaacagatg aagatgcaca
     9961 gaggccagat agctcgtgga gaccacatct caggggttat tcctctgaaa agccaatatc
    10021 aacatctctg aagactcagg attgcagtca gaaagctttg tgtaacttga acaatagctc
    10081 ctctaatcac aggcccttga accctgtcat tcctccttac ccaacgtctt ccactgtgtc
    10141 atgtatgcca acccctgagt tcatgaccac ctggatgcct ggtgctttgg aacaggccca
    10201 tcaaggaaag acagataaac tgagtgtcca gggtatgcca gagaattggc attctcagac
    10261 ggacgaagaa atgctgcact ttggttctag tgaattaagt ccctctgtcc tgtcctcgtg
    10321 tccacaggga cttgtgcata ttggttggaa gcaatatgta tttggaagtg cagttgatgt
    10381 ctcttgtagc cagaaacccc aatgcctgat acaatcaaat atggctcagt gttctagcat
    10441 agacaatgtc ctagaagaca agaaatctcc atttcactct catcccaaga ctgacgccca
    10501 aacccaggat ttgccaaaca tacacagtga cgttgagaat gaccaaagtt caaatgagct
    10561 gcctctggtt ggagggagtg ccaccgctca ggtagatgag attttacttc tctgcccacc
    10621 agagatgggc tgtgctgggg gggaagccag tgtgaatacc tttgagcagg gaacacaggc
    10681 cctgggcagc aggcgccact ggtgttgcac tgatgtctct cttcagcctg aagccaggac
    10741 aatgtcagac tctgagctgg cctcctggac cagcatgcac aacctgtctg tccacctttc
    10801 acagcttctg cacagtactt cagagctgct tgggagtctc tcacatccag gtgtagtcat
    10861 taaggaacag aatgtcaagc gtgactccct agacgaggcc caacaggccc tcaggatgga
    10921 tggttctgct tcgaccaccg tggatgaggg catccagaca gacctggcct tacctcctct
    10981 ggccttccag ggcccagagg tcaagtctga ggaagtcagt gtgatccttg acatgatgga
    11041 ctcaggtatc accactgtgg ctcaagaaaa gggagacgtc ccagtggtgt ttcagaaaag
    11101 agaggcagag ggagcagcag aaaccccagg tctccatgaa gaaagcaccc acaataagct
    11161 gcagagccct cctctgccct caccgcactt gagggtccag aaagctgatc ttgggcagaa
    11221 ctttactttc atgagccccc cagcttctcc cgatggttcc ccacctccca gtctgaggcc
    11281 agaggaatct tgcatggtgg tcaacatgcc cagattctcc ccccactcag ggctctccct
    11341 tggtgctttc gagtccaccc aggagcctag aacccagaaa aggttgtgtg gctcgcgtgc
    11401 tgtgctagtg gatagggctt cctctccgat ccttacattt agtgccagca tccaggagct
    11461 gagcaacccg ttagcctgtg tgactctatc agctccctca gttcatcctc ttgaagactt
    11521 ccagaagctt gatgacatca attcagacct cgctgttggt gacccaagac ctccagtgga
    11581 caattctcaa gccactgatg agtctggtga ttctcagaga gctgagtctc tggatagaga
    11641 aggcaagagc cccttaggaa aaagctctga gagattactt cttgataaca gctcctcgtg
    11701 cagcccacag cagagttcta gtctccaagt tagtttctta ggaatagccc ctcagcagct
    11761 tcagcccaag accaccactg gagaccaaag caaactgcca tcaccaccac caaggcacaa
    11821 gaacccaaag ctagatgaca gctgtgtgtc tgagaaggtg acttctgtag agcatggtcc
    11881 actaaggccc agtcagtggc agggcaggac aacaaataag gattggggct cagagtttat
    11941 ggtggagcca caacccaatc tggatcaacc ttcttcacgg agaggtcttc agccccttag
    12001 cccttgtcag atctctgata ctacagggct tcaaagtcct gcggtagacc cacctcaggc
    12061 ctgccacccc gtggggctgc tctgttctgg ttcacatatg catgtggccc ctggtcccca
    12121 gcattacaac ctcagggatc tcccagttca taacaatttt aataacttgt atggagttca
    12181 gggtggacct ggcagaggtc tgcatgaagg tgaaagttta ggggtcagat gtgactccag
    12241 ttctgtaggg acacacaggc caccgcaact ttctgacaag tatagccaga acttggagtg
    12301 gcttcggttg gagcacatcc ccttacaagc tggagttcag aagctcgctc tcagtgtgga
    12361 actcacagaa gcaaaactac accatggttt tggggagaca gatgccctgc tcaaggtgct
    12421 gcagagtggg acaggggagg tgcttgctcc tcaagagcct gctgtgccct ccagtgagga
    12481 gttctacact aggcagaaaa agactattga gaccctcagg aggcagaggg ctgagcggct
    12541 tcataacttt cgtcgcacgc gaagcctcag tcctcagaaa caactgggcc tcctgcccag
    12601 caaggatctc cccacctggg aactcgactt gcccagcaga cgccaagaat acctgcagca
    12661 gctgaggaag cacatcgtgg acaccactag aatcccagaa ccagcaccag gactagctcg
    12721 ccctccctcg gacattgagc tcatgcttca agagtatcgc cgggcccgtg aggaggccaa
    12781 ggtggagatt gcccaggctc gagatcggct caaggaacgg actgaacaag aaaagatgag
    12841 aatccgacag cagatcatct cccagctgct gaaggaagag gagaaactcc agactctagc
    12901 caacttcagc tccctgtaca ccagctccaa tggaagcata tcttctggtg tcacatctgg
    12961 ttacaacagc agcccagcct tctcaggcca cctccagtcc ctagaggttt cgggggactc
    13021 tcaagtgcca gattcccaag acacttggat aggggactgg caggaccagt ccacagtgag
    13081 gaacagttac ctctatctga ctgggtcttc ttggaagagc ttagcccaca gccgcagagc
    13141 ctcgatgggc agtggctgct gctctgcctc cagcctatcc agcttagggg cctgcttctc
    13201 cttcccctac caggacttgg ccaaacacat tgtcagcaca tcaatggctg atgtaatggc
    13261 tgcttgttcg gataatctcc acaacctctt catccgccag gcgacagatg gctggaacta
    13321 tcagggtgag gagcaagagg tacagcttta ctacaaggaa ttctcttcca ctcgacatgg
    13381 gttcttgggt gcaagtgtgg tgtcccagcc actctctcaa gtctgggcag ctgtgagtga
    13441 tcccactttg tggcctctgt atcacaagcc catccagaca gcaaggctac atcagcgggt
    13501 gaccaacagc atcagcctgg tgtacttggt gtgcaatacc acactgtgtg agctgaagca
    13561 actgcgagat ttctgctgtg tctgcgtgga agccaaagag gggtgcctat caatcatggc
    13621 agctcagtct gtgtatgatg catccatgcc aagacctagc agaaaaatgg tccgaggaga
    13681 gatcctgccc agtgcttggg tcctgcagcc tgtcatcata gaggggaaag aaataaccag
    13741 agtcatctcc cttgtccagg tggagctggg tgcaccaggc ttccctcccc atcttctcaa
    13801 ctcctgtatc aaacagcagc cattggttgt ggccaagctg gcatctttcc ttcgtagtta
    13861 gcattgggcc acggagacag caatgctgag atgtaggccc aggacaactg agactctaca
    13921 gctgcttcta gaccctgagg caagaagagt ccaggctgcc tgctatacag atggtatagc
    13981 caactataca gatggcacca gcccagggtt gccagtaaaa ccagtactta gttacctctg
    14041 aagagtgaac aacctgaagc tcctgtccaa agcatgaaat caactcaccc tcaggatttc
    14101 tcaccgtcat ttcctgcctc tgggactcaa tggcacacca cgtgttcaaa gactagaaga
    14161 agcacggtct ggagagctgg agactacagt gctttggcaa ggtgcctcct ttgcaggcag
    14221 gcactggcca agggtgctct ggatctgcct ccaaaattta gctccattgt gtgatggagt
    14281 ggcagaaagg accaaagcat atagtttaaa gagtcatcta tctgtaccaa ccagattctg
    14341 actccgaatt ctctctcatt gaacatttac aaacattttc tcttcacatt actctcccca
    14401 ctctgtgtgt cactgtgtag gcagtacagt gggagacaac tgaagaaaca gacagggtgt
    14461 ggggcctgaa gaccaatagg tagggacagc cacatgctgc ttgcaaacaa ggtaagaggg
    14521 atttcaagtc ttagagagga ttaagtttag cacaggcctt gaccttgtac taacatacct
    14581 caggttccca aatgctggga ttatagacct cccacaccca gtacctactt ctttgtatat
    14641 tagtagggtg ttgtggcaca tagctctggt agtagaagca ggaagaccag aagatcatcc
    14701 acagatggcc agcctgacac attagaccct gtcttaatgt cttaagctca gtactttgaa
    14761 agatgctcaa tagttatttt tgttacttaa ctgttttaat atgatagaaa aagggtggtt
    14821 ttttgttttg ttgttgttgt tttgtttgtt tgttttttgt ttttgttttg gatcttggcc
    14881 tggttgaaca ctctgaagat tttccatgtt gattcagaaa tggtagggat aagaaattcc
    14941 cttttttcct gtcactccaa atctttgatg gaagaaggtt cttttaggat ttaagactgg
    15001 ttaaagagta aatttcttta gattttctat tcttttctat tgcaaattga atgttttaaa
    15061 atttgctttg gattta
//
