LOCUS       NM_144666              14876 bp    mRNA    linear   PRI 09-JUN-2024
DEFINITION  Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript
            variant 1, mRNA.
ACCESSION   NM_144666
VERSION     NM_144666.3
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 14876)
  AUTHORS   Martinez,G., Barbotin,A.L., Cazin,C., Wehbe,Z., Boursier,A.,
            Amiri-Yekta,A., Daneshipour,A., Hosseini,S.H., Rives,N.,
            Feraille,A., Thierry-Mieg,N., Bidart,M., Satre,V., Arnoult,C.,
            Ray,P.F., Kherraf,Z.E. and Coutton,C.
  TITLE     New Mutations in DNHD1 Cause Multiple Morphological Abnormalities
            of the Sperm Flagella
  JOURNAL   Int J Mol Sci 24 (3), 2559 (2023)
   PUBMED   36768883
  REMARK    GeneRIF: New Mutations in DNHD1 Cause Multiple Morphological
            Abnormalities of the Sperm Flagella.
            Publication Status: Online-Only
REFERENCE   2  (bases 1 to 14876)
  AUTHORS   Tan,C., Meng,L., Lv,M., He,X., Sha,Y., Tang,D., Tan,Y., Hu,T.,
            He,W., Tu,C., Nie,H., Zhang,H., Du,J., Lu,G., Fan,L.Q., Cao,Y.,
            Lin,G. and Tan,Y.Q.
  TITLE     Bi-allelic variants in DNHD1 cause flagellar axoneme defects and
            asthenoteratozoospermia in humans and mice
  JOURNAL   Am J Hum Genet 109 (1), 157-171 (2022)
   PUBMED   34932939
  REMARK    GeneRIF: Bi-allelic variants in DNHD1 cause flagellar axoneme
            defects and asthenoteratozoospermia in humans and mice.
REFERENCE   3  (bases 1 to 14876)
  AUTHORS   Renteria,M.E., Coolen,M.W., Statham,A.L., Choi,R.S., Qu,W.,
            Campbell,M.J., Smith,S., Henders,A.K., Montgomery,G.W., Clark,S.J.,
            Martin,N.G. and Medland,S.E.
  TITLE     GWAS of DNA methylation variation within imprinting control regions
            suggests parent-of-origin association
  JOURNAL   Twin Res Hum Genet 16 (4), 767-781 (2013)
   PUBMED   23725790
REFERENCE   4  (bases 1 to 14876)
  AUTHORS   Matsuoka,S., Ballif,B.A., Smogorzewska,A., McDonald,E.R. 3rd,
            Hurov,K.E., Luo,J., Bakalarski,C.E., Zhao,Z., Solimini,N.,
            Lerenthal,Y., Shiloh,Y., Gygi,S.P. and Elledge,S.J.
  TITLE     ATM and ATR substrate analysis reveals extensive protein networks
            responsive to DNA damage
  JOURNAL   Science 316 (5828), 1160-1166 (2007)
   PUBMED   17525332
REFERENCE   5  (bases 1 to 14876)
  AUTHORS   Jikuya,H., Takano,J., Kikuno,R., Hirosawa,M., Nagase,T., Nomura,N.
            and Ohara,O.
  TITLE     Characterization of long cDNA clones from human adult spleen. II.
            The complete sequences of 81 cDNA clones
  JOURNAL   DNA Res 10 (1), 49-57 (2003)
   PUBMED   12693554
COMMENT     VALIDATED REFSEQ: This record has undergone validation or
            preliminary review. The reference sequence was derived from
            AC084337.7 and AC009796.6.
            
            On Feb 5, 2020 this sequence version replaced NM_144666.2.
            
            ##Evidence-Data-START##
            RNAseq introns :: single sample supports all introns SAMEA1968968,
                              SAMEA2148093 [ECO:0000348]
            ##Evidence-Data-END##
            
            ##RefSeq-Attributes-START##
            inferred exon combination :: based on alignments, homology
            MANE Ensembl match        :: ENST00000254579.11/ ENSP00000254579.6
            RefSeq Select criteria    :: based on manual assertion,
                                         conservation, expression, longest
                                         protein
            ##RefSeq-Attributes-END##
            COMPLETENESS: complete on the 3' end.
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-52                AC084337.7         86094-86145
            53-135              AC084337.7         86399-86481
            136-1326            AC084337.7         86585-87775
            1327-1500           AC084337.7         91567-91740
            1501-1704           AC084337.7         97694-97897
            1705-1815           AC084337.7         97976-98086
            1816-1972           AC084337.7         100087-100243
            1973-2227           AC084337.7         108414-108668
            2228-2365           AC084337.7         108779-108916
            2366-2417           AC084337.7         109052-109103
            2418-2683           AC009796.6         72360-72625
            2684-2927           AC009796.6         72716-72959
            2928-3085           AC009796.6         76865-77022
            3086-3578           AC009796.6         77519-78011
            3579-3706           AC009796.6         82221-82348
            3707-3905           AC009796.6         82450-82648
            3906-4000           AC009796.6         83057-83151
            4001-4208           AC009796.6         83714-83921
            4209-4334           AC009796.6         87959-88084
            4335-4432           AC009796.6         88412-88509
            4433-7307           AC009796.6         88630-91504
            7308-7485           AC009796.6         91701-91878
            7486-7678           AC009796.6         92048-92240
            7679-7967           AC009796.6         92483-92771
            7968-9582           AC009796.6         100521-102135
            9583-9791           AC009796.6         102323-102531
            9792-9996           AC009796.6         102740-102944
            9997-10099          AC009796.6         103019-103121
            10100-10249         AC009796.6         106820-106969
            10250-10432         AC009796.6         107220-107402
            10433-10864         AC009796.6         107531-107962
            10865-11336         AC009796.6         108171-108642
            11337-11633         AC009796.6         109533-109829
            11634-11786         AC009796.6         110079-110231
            11787-11965         AC009796.6         110425-110603
            11966-12931         AC009796.6         110733-111698
            12932-13118         AC009796.6         111894-112080
            13119-13241         AC009796.6         112292-112414
            13242-13443         AC009796.6         112503-112704
            13444-13535         AC009796.6         113847-113938
            13536-13685         AC009796.6         114085-114234
            13686-14491         AC009796.6         114456-115261
            14492-14876         AC009796.6         115474-115858
FEATURES             Location/Qualifiers
     source          1..14876
                     /organism="Homo sapiens"
                     /mol_type="mRNA"
                     /db_xref="taxon:9606"
                     /chromosome="11"
                     /map="11p15.4"
     gene            1..14876
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /note="dynein heavy chain domain 1"
                     /db_xref="GeneID:144132"
                     /db_xref="HGNC:HGNC:26532"
                     /db_xref="MIM:617277"
     exon            1..52
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            53..135
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            136..1326
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     CDS             581..14842
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /note="isoform 1 is encoded by transcript variant 1;
                     coiled-coil domain containing 35; dynein heavy chain
                     domain-containing protein 1; DNHD1 variant protein; dynein
                     heavy chain domain 1-like protein; coiled-coil
                     domain-containing protein 35"
                     /codon_start=1
                     /product="dynein heavy chain domain-containing protein 1
                     isoform 1"
                     /protein_id="NP_653267.2"
                     /db_xref="CCDS:CCDS44532.1"
                     /db_xref="GeneID:144132"
                     /db_xref="HGNC:HGNC:26532"
                     /db_xref="MIM:617277"
                     /translation="MVPEERRVGLSSDETSSDSLKSWHSICVLDSKEQPLACQQKQRQ
                     FVKPVTESEQPTVLELLLAELRTLFSAVLQDSSPAAWRYLHAVLGLLPPYRELLVGHL
                     DLLPFLEQLYCWAPWVQTHLHLDLLGAIVQAFPPDSSLLDSASHADCCPQKRRLHHRP
                     PCPACPFVQAQWSRQQVKEELATWLRPLTLPELQRCLGIVGAQVALEEAVWLDGLSLL
                     PLALAADIPVRYESSDTDNAEVEPVGRKETRSQLDYEVPREKAFQKSSTGFSPETSFL
                     DSQVMTALKMERYLKKIHFLYLNVAPSRYFRPYSLMVVPPDKVNPEHYIFSPFGILHV
                     HPVEGSETMTLGTWHHHCVLWQQLQFIPFFKYCLLRKSFTCWKKNVRLQGLHRLQKFL
                     ENHLLLAVPHFGAGLLHISRLLQELHSVSWLPQELDRCYELLDLQTALAEEKHKALRL
                     LHRCLNLCTSILRLVHEDTYHMQQCLQERVQNCDRIRTGQGSIYLQRVQHKQLEQKLK
                     QAEAWWLQLGKFARLVDYMICQSLISVLEEQITSFVANILQAPRQKPFLSSQLVFDDH
                     GQLSHVPCVENMIQTLTGGLQSVKTSALQVVQSADLKTSSDSLYSEEEDEEEDSKDEF
                     LMPKFQGQPSDAVSIFCGPNVGLVWPWKSHPIAGILEVRGCRLRGQYFPHNYKQLEED
                     LDNNPKIQQALNIQQVLLEGVLCKVQEFCREHHWITGIYEFLQSWGPQKLEDMRGGPI
                     KNYVTLVSRLNVWQARVSSMPIELLTKGGLLLLSCHDVQAEMESKLNSIRKDILAHVQ
                     NECWNLSQQLMTELTDFMHIFRTINSDIHAIAQCTQKLNEANEQYVELEERMEYVRAL
                     HELIRNHFSLFSAENEALDISVRRQFGESPIPPCPPPPQPHLLHCPLLAPQLLDMWEA
                     FQFEKSQASEFLLSKRHAIMPKLQQLMAAALAELEGLLAKALSGPFMDPTQDQRSTEH
                     QLVSLERQFQNTVSDLSELHHAYAIFTEDETPVPLPICGTRPIVQQQRIWHLYRVISE
                     NISEWKCMAFAKFSPAMAQEKTEGWLTEAARMSTTLELHSPVLQHCMRILGEFRSYLP
                     LLTKLGSLHPQSLNCQCLLRALGLGSLQTIELLTLGQLLTYPLLEFADRINQVWQNEN
                     ERIHAQETIRRLQRYWEARQLRLLNFILHVPYEPPASERSKRQVLRSPQWEVVDKDSG
                     TFILSDYSNLQDSIQESLQVLSKILAIEKSGDLNKIALEWVAIMHGLGALLEVWLTFQ
                     QKWIFLNKVLHEMKIQFPNADLNSRFKVMDDQYRTLMRISVADPMVLSLVVPSAERSP
                     YFQGQQLQQLLQAGSVELEGIIMSLESVLYGVCAHFPRLFFLSDSELVALLAARLESC
                     EAQLWVRRCFPHVHAVSFRSCPTGEKNTDDWESSPNTQTQVEALAVLGAGGEEVKLQG
                     PLPLHPDLPKWLASLEKCLRLALVHMLQGCVAARLARGPSLGEALKQLPKQNKLYLQL
                     YVQHWIDLVQAFPWQCVLVAEEVVWRAEMEEALLEWGTLAMVSMHMRKLEVLVNFMRA
                     QRASQGGQSLPSVRQTSLLSALLVMAVTHRDIAQLLEQHQVSDLTDFHWVRQLKYHLG
                     SPHIIPKSPLQSLKTIASSEPSLSPAACWIDVLGRSFLYNYEYLGPRLGPLPSLLPER
                     PALVLLLALEEVACGTVLGPNGVGKRAIVNSLAQALGRQLVMLPCSPQIEAQCLSNYL
                     NGALQGGAWLLLEKVHQLPPGLLSALGQRLGELHHLYAPLYQEASRNTSTIDPTQPQL
                     LGSSFFEKHHVSVRLGYGCLLVLRALSSAVPANLHLLLRPVALALPDLRQVAELTLLG
                     AGMRDAFQMATRLSKFFSLERELVSGPLPCRLPLLKQILEDTIRTLNVTKEEPKCQKP
                     RSLAAIEEAALLRSPLFSILNGLHLHNLRGLLCALFPSASQVLAEPMTYKLMKPLVVE
                     ELQQVGLDPSPDILGSLEQLSQALSRASGILLLGPAGSGKTTCWHSLFKIQNRLAAME
                     DTSTQGCQPVEITHLYPSGLSPQEFLGWLEGSCWHHGIFPKVLRAAGQCNNMGQKRQT
                     EESIGIQHWIICDGASNGAWLDSITCLLSELPQLSLPSGQQIARPPGTFLLMEVADTT
                     GISPTVVGCCALVWCGGEQTWQCILSALMASLPYEYRLQHRTVAELNHMAEVLVPATL
                     RFLTCQGVSSLLQVHGQQAVCAGVAEVTSMARILHSLLDLHLRLKEEKAPGPEDLSYS
                     DPVAQSFRSSKSSFLNRSQVDSDDVPDKCREHLLAVSSFLFALIWGFGAHLPSRFWPI
                     FDTFIRDSISRLSNYPEPPPSALVFDLHVSPEDGTLVPFTGQYLSSHIKGTLGTFHPS
                     IQTERLLYVVDLLLSGGQPVLLAGEAATGKSAFVEVLVEPHHPYIYSPIHPAFSSSHL
                     RLLLSRGIQGQTQASPQPGHHQDSKPSLLFLLEDLHLATSDPEKSCQPVLETLRQAMD
                     GTVYAHSTLELQTLQPTVNFLATVTVPGYCERPLCPRLFRLFTVLALESMTQATLLER
                     HVPIIQAWLERFPSVERERALARGLVRASVEAWEAVCNCFMPSPLHPHYHFSLHSVSH
                     LLSSLQLLPNRTGSRGFVDYPNHQEHLRRVSGLRGTCLTVMMATRNVVRLWLHEAQRT
                     FCDRLDSPRERSYCAKLLLVVAQSVFCCGPGPQHLGKDHQESEEEEEEERVPEVESEG
                     ELAQWEDFSNSNSETEEEEEPYGLQVARVSNSRDPSLTPSIGPVSRGMKESISHKIRQ
                     EKGTRASNYRLQVRRSFKTWWQKKPQMDLISPLLLPVLLLHPQEKPSDLVFSQELILG
                     PNSETPNLYLERQWEKLEEQLATSAAQLKLSPHLARCHSMAQHVARLVRVLARPRQHG
                     LLLSGALGTGRHTAITLASSICQAHFFHLPSGSEEAILQCLRDASWHAGMLSQPVALL
                     VPSGVDLTTLHRLLALATSGSFPGQYTEADLDRIGEHLPRENLGVKQNIKKEMVLQRF
                     HQQVCSHLHLFFLIGDKQAHKQLPSTLFLRLLQLATASIDRYEPWDQAALAKVAQHHL
                     EGAQSVPLDDGSWKYPDLQASIPSVAKAMALIHLSATHYHEHLCPALPLVTPKTFLDF
                     LDTFLMLQQQTILKIKNKAQRVQNALENLRMLIKEHGTHANLIFDLEQQLKDSGKSLS
                     MFQQQLEQSKLLYKQQLEECRHQENLIENLARQRDALQAQREAFLEQMSKAFLEPLSQ
                     LQVADFEEIRSYRAPPESVVRVTDAMCDLFHHETGWASAKQLLCTEDFYQELVFFPKE
                     KITDSELIKLHLILKAPGMDDAALRAVSRPAASLAAWLWAVLHYGLAHCRGLPTDLLL
                     QQVEATLTREQARLGYYQFQAQETLEHNLALAKMVEDAQASHNCVAKTLSQAQCGQYH
                     KWPMKAALLTPMRAWTTQLQKLKGRCMTVFGDTLLCSAAIIYLGPFPPLRRQELLDEW
                     LALCRGFQEALGPDDVAQALKRKQKSVSIPPKNPLLATHSPFSILSLLSSESEQYQWD
                     GNLKPQAKSAHLAGLLLRSPTHYSSCRWPLLLDPSNEALIWLDPLPLEENRSFAPALT
                     EGRGKGLMRNQKRESKTDMKEEDDESEESNEAEDQTKEQKAEERKNEQEKEQEENEEK
                     EEEKTESQGSKPAYETQLPSLPYLSVLSGADPELGSQLQEAAACGLPVLLTNVELGLG
                     CEELQWLLQREQLSPPQVQPGFCLYLSTTLSLCAMEKVLGCELLKGLNVLDLGLNMEI
                     LEEQMLHEILCREYPELETRWQDLKIRALDTCKAVEAAEERLLTMLLFQNPKRQKPAK
                     FLRNIVRAQGKLCQLRAHCEELEGQKLQEMVLWAPYRPVVWHGMAMVKALSQLQNLLP
                     LFCMSPENWLAVTKQALDSMKPREINHGEDLASHLLQLRAHLTRQLLGSTVTALGLTQ
                     VPLVGALGALALLQATGKASELERLALWPGLAASPSTVHSKPVSDVARPAWLGPKAWH
                     ECEMLELLPPFVGLCASLAGHSSAWQAYLSLSSTVLGPAPGPGPEPLSLLQKLILWRV
                     LRPECLAGALADFTTSLLGRPLDENTYAPTMPFKHSQATQPMLILLPPPGHPSATLHP
                     LTVIQKLAAKYQQGQKQLQVIALGSEAWDPVSVVVSTLSQAMYEGHWLVLDNCHLMPH
                     WPKELLQLLLELLGRAKVVADLESEQLLDQPESRNVSTVHRDFRLWLIVPAESSASLP
                     AVLTQHSMPVFWNQSLELGHVLIDSVELAQQVLYMQPPTQALPLLLLHGLLLHRQLYG
                     TRLQAHRGRWSQVTLTQVLQTQDQLWASLSNPRAAMQELAASVFYGGPLGDTEDREAL
                     ISLTQACLSPSSGSWVQPHTPQSLLATLMPLPELRELDAMAECKAQMHLLPSPPEPRL
                     CGLSEGPQAWLLRRQSRALLSALQRSSPVWVPESRRGAQLAERRLRQRLVQVNRRLES
                     LQDLLTHVIRQDESDAPWSVLGPNARRPLEGVLETEALELSQLVGTLQRDLDCLLQQL
                     KGAPPCPSRRCAAVAHALWTGRLPLPWRPHAPAGPQPPWHWLRQLSRRGQLLVRYLGV
                     GADASSDVPERVFHLSAFRHPRRLLLALRGEAALDQNVPSSNFPGSRGSVSSQLQYKR
                     LEMNSNPLHFRVENGPNPTVPERGLLLIGLQVLHAEWDPIAGALQDSPSSQPSPLPPV
                     SISTQAPGTSDLPAPADLTVYSCPVYMGGPLGTAKLQSRNIVMHLPLPTKLTPNTCVQ
                     RRVHVCSPPLS"
     exon            1327..1500
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            1501..1704
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            1705..1815
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            1816..1972
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            1973..2227
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            2228..2365
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            2366..2417
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            2418..2683
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            2684..2927
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            2928..3085
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            3086..3578
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            3579..3706
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            3707..3905
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            3906..4000
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            4001..4208
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            4209..4334
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            4335..4432
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            4433..7307
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            7308..7485
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            7486..7678
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            7679..7967
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            7968..9582
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            9583..9791
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            9792..9996
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            9997..10099
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            10100..10249
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            10250..10432
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            10433..10864
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            10865..11336
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            11337..11633
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            11634..11786
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            11787..11965
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            11966..12931
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            12932..13118
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            13119..13241
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            13242..13443
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            13444..13535
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            13536..13685
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            13686..14491
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     exon            14492..14876
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /inference="alignment:Splign:2.1.0"
     regulatory      14856..14861
                     /regulatory_class="polyA_signal_sequence"
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /note="hexamer: AATAAA"
     polyA_site      14876
                     /gene="DNHD1"
                     /gene_synonym="C11orf47; CCDC35; DHCD1; DNHD1L; SPGF65"
                     /note="major polyA site"
ORIGIN      
        1 ccttctggaa tcttgtaacg gttctaacag ctgggtgcgg gtggagctgc gggcgatcgc
       61 cagctcgagt gcagattcct tgctgtgacc gaggttcaga gtgagctctg tcggtgtgtc
      121 agtttgcctc ttcaggcact cttcaatgaa acctcatcag cagatcgggc tctcttccct
      181 tgccttgcct cctaaccccc ctaggccagg tgagggggac agggtactgg gaggtaagaa
      241 ggaactcttc tgcaaggagg gctctcacgt ctgtcttagg cctgctcctt accagagtct
      301 ttggggaagc agtagggagg gcctgagggt ctcaggaaag gctctctgct ggtctggctc
      361 tgctctgtag ctccatctat ttccctgtcc caggtccttt cttcctccta accccattga
      421 ctctgaccat cccctgccca gagcctgagg tcccttctct ggcccctctg ctgggctggc
      481 ccatgcaggt gaggccccgc atctggcatc ctggaactgg cagttggagc ctgagctatg
      541 ggcaaggtca cttcgacagc agttgaatgc ccagctcctc atggtcccgg aggagaggag
      601 ggtaggtttg tcttctgatg agacatcatc tgattccctt aagtcttggc actccatatg
      661 tgtcttggac agcaaagaac agcccttggc ctgccagcag aaacagaggc agttcgtgaa
      721 gccagtgact gagtcagagc agcccacagt gctggaactc ctgctagctg agctccgaac
      781 tctgttctca gctgtgttgc aggacagtag ccctgcagct tggcgctatc ttcatgcagt
      841 actgggtcta ctgcctccat atcgtgagtt gctagttggc caccttgatt tgctgccctt
      901 cctggagcag ctgtactgct gggcaccctg ggtccaaacc cacctccatc tggacctgct
      961 aggtgccatt gtccaggcct ttcctccaga cagctctttg ttagacagtg cttcccatgc
     1021 tgactgctgt ccccagaagc ggaggctcca tcacaggccc ccatgcccag cttgcccttt
     1081 tgtgcaggcc cagtggagca ggcagcaagt aaaggaggag ctggccacct ggctgcgacc
     1141 attgacactg cctgagctac agcgctgcct gggcattgtt ggtgctcagg tggccctaga
     1201 agaggctgtg tggctggatg gacttagtct ccttcccttg gcactggcag cggacatccc
     1261 tgtacggtat gaaagcagtg acactgacaa tgcagaggtg gagcctgttg gaagaaaaga
     1321 gaccaggtct cagcttgact atgaagttcc cagggaaaag gccttccaaa agagcagcac
     1381 cggcttttca cctgagactt ccttcctgga tagccaggtg atgactgctc tgaagatgga
     1441 gagatacctg aagaagatcc acttcctcta tctcaatgtg gctcccagcc ggtactttag
     1501 gccttacagc ctgatggtgg tgccacccga caaggtgaat cccgagcact acatcttctc
     1561 tccctttggg atcttgcatg tacatcctgt ggaaggtagc gagacgatga cactgggtac
     1621 ctggcaccat cactgtgttc tctggcagca gctccagttc attccattct ttaagtattg
     1681 cctcttacgc aagtccttta cctgttggaa gaagaatgtg agattacagg ggctgcatcg
     1741 actccagaaa ttcctagaga atcatctgct cttggctgtg ccccactttg gagctgggct
     1801 actccatatt agcaggcttc tgcaggagct acactctgtg tcctggctac cccaggaact
     1861 ggatcggtgc tatgagctgc tggacctgca gacggctcta gccgaggaga agcataaggc
     1921 tctacggctg ctccatcgtt gcctaaacct ctgcacatcc attcttcgac tggttcacga
     1981 ggacacatac cacatgcaac agtgcctaca ggagcgagta caaaactgtg acaggatcag
     2041 gacaggccaa ggctccatat accttcagag ggtacagcac aagcaactgg agcagaagct
     2101 gaagcaagca gaggcctggt ggctgcagct gggaaagttt gcccgcctgg ttgactacat
     2161 gatttgtcag agcctcattt ctgtcttgga agagcagata acctcttttg tggccaacat
     2221 ccttcaagcc ccaaggcaga aaccctttct ctcatcacag ctggtctttg atgatcatgg
     2281 tcaactgtct catgtgccct gtgttgaaaa tatgatccag actctaactg gaggcctaca
     2341 gtctgtcaag acctctgcct tgcaggtagt gcagtctgca gacctgaaga cctcctcgga
     2401 ttccctgtat tctgaagaag aagatgaaga ggaggactca aaagacgaat ttctgatgcc
     2461 caagttccag ggccagccca gcgatgctgt gagcatcttc tgtggcccga atgtgggatt
     2521 ggtgtggccc tggaagtctc acccaattgc tggtatcttg gaggtccgtg gatgtcggct
     2581 gcggggccaa tacttccccc acaattataa gcagctggag gaagacctgg acaacaaccc
     2641 taagatccag caggcactga atatacaaca ggtgctgctg gagggcgtgc tgtgcaaggt
     2701 gcaggaattc tgcagggaac atcattggat aacaggcatt tatgaattcc tgcaatcctg
     2761 ggggcctcag aagctggaag acatgagagg tggtcccatc aagaactacg tgacgctggt
     2821 gagccgcctg aatgtttggc aggcccgtgt ctccagtatg cctatcgagt tgctcacaaa
     2881 aggcgggttg ctgctactta gctgccatga tgtacaggca gagatggaat ccaagctgaa
     2941 cagcataagg aaggacattc ttgcacacgt gcaaaatgag tgctggaacc tcagtcaaca
     3001 actcatgaca gagctcacag atttcatgca tatcttccga accatcaact cagatattca
     3061 tgccattgca cagtgcaccc agaagttgaa tgaagccaat gaacagtacg tcgagctgga
     3121 ggagcgaatg gaatacgtac gggcactcca cgaactcatc cgcaaccact ttagcctctt
     3181 tagtgctgag aatgaagcac tggacatctc ggtgagaagg caattcgggg agtcacccat
     3241 ccctccctgc cctcctcccc cacaaccaca tctactccac tgccctctgc ttgccccaca
     3301 gcttctggat atgtgggagg catttcagtt tgagaaaagc caggcttcag agttcctgct
     3361 cagcaagcga catgccatta tgcccaagct gcagcagctg atggcagcag cattggcaga
     3421 gctggaaggc ctgcttgcga aggccctctc cggtcccttt atggacccca cacaagatca
     3481 gaggagtact gagcaccagc tcgtctccct agagcgtcag ttccagaaca cagtcagcga
     3541 cctcagtgaa ctgcaccacg cctatgccat cttcactgag gatgagactc ctgtgccctt
     3601 gccaatctgt gggacacgtc ctattgtgca gcagcagcgc atatggcacc tgtaccgagt
     3661 catctccgaa aacatcagcg agtggaagtg catggctttt gccaagttca gcccagctat
     3721 ggcccaggag aagacagagg gctggctgac agaggcagca cggatgagca caaccctgga
     3781 gctgcacagc cccgtgctgc agcactgcat gcgcatcctg ggggagtttc gcagctacct
     3841 gcccctgctc actaagctgg gcagcctcca cccacagagc ctcaactgcc agtgtctcct
     3901 gcgtgccctt gggctgggca gtctccaaac tatagaactc ctaacgctgg gccagctgct
     3961 tacttatcca ctgctggagt ttgcagatcg aatcaaccag gtctggcaga atgaaaatga
     4021 acgaattcat gcccaagaga ctatacggcg gttgcagcgg tactgggaag cgcgccagct
     4081 gcgcctgctc aacttcatcc tgcatgtacc ctacgagccc ccagcctcag agcgctccaa
     4141 gaggcaggtg ctccgcagcc cccaatggga ggtagtggac aaagatagtg gcaccttcat
     4201 cctctcagat tacagcaacc tgcaggattc catccaggaa agtcttcagg tgttgtccaa
     4261 gatcttggcc atcgaaaagt caggagattt aaacaaaata gctttggagt gggtggccat
     4321 catgcatggc ctgggtgccc tgctggaggt gtggctgact ttccagcaga agtggatttt
     4381 tctgaataaa gttctgcatg agatgaagat ccagtttcct aatgctgacc tgaactctcg
     4441 tttcaaggtc atggatgacc agtatcgaac cctgatgcgc atctctgtag ctgaccccat
     4501 ggttctgtca cttgtagtgc ccagtgccga gaggagccct tacttccaag gccagcagct
     4561 gcaacaactg ctgcaagcag gatcggtgga gctggagggc atcatcatga gtctggagag
     4621 cgtgctctat ggggtgtgtg ctcacttccc ccgcctcttc ttccttagtg acagtgagct
     4681 ggtagccctg ctggctgctc gactggaatc atgcgaagcc cagctatggg tacgacgctg
     4741 ctttcctcat gtgcatgctg tgagcttcag gtcttgccca actggtgaga aaaacacaga
     4801 tgactgggag tcaagcccaa acacacagac tcaggtggag gcacttgcag tgctaggggc
     4861 aggtggggag gaggtgaagc tgcagggtcc ccttcctctg catccagatc tccctaagtg
     4921 gctggcctct ctggagaagt gtctgcgctt ggcactggtg cacatgctgc agggctgtgt
     4981 ggctgctcgc cttgctcgag gcccatctct aggtgaggcc ctcaagcaac tgcccaagca
     5041 aaacaagttg tacctgcaac tgtatgtcca gcactggatc gacttagtcc aggccttccc
     5101 atggcagtgt gtgctggtgg cagaggaggt ggtatggcgg gccgagatgg aggaggctct
     5161 gcttgagtgg ggtaccctgg ccatggtctc catgcatatg cgcaagcttg aggtactggt
     5221 gaattttatg cgggcccaga gggcttccca aggtgggcag tccctgcctt ctgtccgcca
     5281 gaccagcctt ctcagtgccc tgctggtcat ggcagtgact caccgggata tagcacagct
     5341 gctggaacag caccaggtca gtgatctcac agactttcac tgggtccgcc aactcaagta
     5401 tcacttgggt tcacctcaca taatccccaa aagcccccta cagagtctta agactattgc
     5461 atcttctgaa ccctctctgt caccagcggc atgctggata gatgtgctag gcaggtcctt
     5521 cctgtacaat tacgagtatc tgggacctag actagggcct ctacccagcc tactgcctga
     5581 acggccagcc ctggtactat tattggccct agaggaggtg gcctgtggga ccgtactggg
     5641 tcctaatggt gtgggcaaga gagctatagt gaacagcctg gcacaggccc tgggccgcca
     5701 gctggtgatg ctaccctgct cacctcagat agaggctcaa tgcctgagca actatctgaa
     5761 tggtgccctg cagggtggtg cctggctgct gttggagaaa gttcatcagc tgccccctgg
     5821 cttgctctct gccctgggcc agcgcctggg tgaactgcac cacttgtatg ccccactgta
     5881 ccaggaggct tcccgaaaca caagcaccat agaccccacc cagccccagc tccttggcag
     5941 tagcttcttt gaaaaacatc acgtgtctgt gcgccttggc tatggctgtc tcctggtact
     6001 gcgtgccctg agctctgctg tgcctgccaa cctgcacctg ctgctgcggc ctgtggcatt
     6061 ggcattgcct gatctgcggc aagtggcaga gctgactctg ctgggtgcag ggatgaggga
     6121 tgccttccag atggctaccc gcctatccaa attcttctct ctagagcgtg agctggtgtc
     6181 tgggcccctg ccctgccgcc tgccactgct caagcagata ctggaagaca caatacggac
     6241 actaaatgtg accaaggagg aaccgaagtg ccagaagcct cgcagcctag ctgccattga
     6301 ggaggctgcc ctactgcgct caccactgtt tagcattctc aatgggctcc acctgcacaa
     6361 cctccgaggg ctgttgtgtg cgcttttccc tagcgccagc caagtgctgg cagaacctat
     6421 gacttacaag ctgatgaagc cattggtggt ggaggaactg caacaggtag gtctggatcc
     6481 cagccctgac attttggggt ccttggaaca gttgagccag gccctgagcc gggcctcagg
     6541 cattctgctc ctgggccctg cgggcagcgg caagaccact tgttggcaca gcttatttaa
     6601 gatccagaat cggctggcag ccatggagga cacctcaacc caaggctgcc agcctgtgga
     6661 aattacccac ctgtacccca gtggcctcag cccccaggag ttcctgggat ggctagaggg
     6721 ctcctgctgg catcatggca tctttcccaa ggtacttcgt gcagccggtc agtgtaacaa
     6781 catgggccaa aagaggcaga cagaggaatc aatcgggatc cagcactgga taatatgtga
     6841 tggagcctcc aatggtgctt ggctggactc catcacttgc ctcctgagtg agcttcccca
     6901 gcttagtctc cccagtggac agcagatagc acgaccccca ggcacctttc tcttgatgga
     6961 ggtggctgac acaacaggca tatcccccac agtggtaggc tgttgtgccc tagtctggtg
     7021 tggtggagag cagacttggc agtgtatact tagtgccctg atggcatccc ttccttatga
     7081 gtaccgcctg cagcaccgga cagtcgctga gctcaaccac atggctgagg ttctggtgcc
     7141 tgcaacattg cgattcctca cctgccaagg tgtcagctct ctgctgcagg tacacgggca
     7201 gcaggctgtt tgtgcaggtg tggcagaagt taccagcatg gcacgcatct tgcatagtct
     7261 gcttgacctc caccttcgcc taaaggagga gaaggcccct ggcccagagg acctcagcta
     7321 tagtgatcct gtggcccaaa gcttcaggtc ttcaaaaagc agctttctaa accggtccca
     7381 ggttgacagt gacgatgtgc cagataagtg cagggaacac ttgctggctg tcagcagttt
     7441 tctttttgcc ttgatctggg gctttggagc ccaccttccc tccaggttct ggcccatctt
     7501 tgataccttc ataagggatt ctattagtcg cctctccaac taccctgagc caccaccctc
     7561 agccttggtg tttgatctac atgtaagccc tgaagatgga acactggtcc ccttcactgg
     7621 ccaatacctg agcagccaca tcaaaggaac tttgggcacc tttcaccctt ctatccagac
     7681 tgaacggctc ttgtatgtgg tggacctgct tctgtcaggg ggacagccag tgttgctggc
     7741 tggagaggca gcaacaggga agtcagcctt tgtggaggtg ctggtagagc cacatcaccc
     7801 ttacatatac agccccatcc accctgcctt cagttcctcc cacctccgtc tcctgctgag
     7861 cagaggaatc cagggccaaa cacaagccag cccacagcct gggcatcacc aggattctaa
     7921 accctccctc ctcttcttgc tggaggacct gcacctagcc acttctgacc cagagaagag
     7981 ctgccagcca gtgttggaga ctctgcgcca ggccatggat ggcactgtgt atgcccacag
     8041 caccttggaa ctgcagacgc tgcagcctac agtcaacttc cttgccactg tcacagtgcc
     8101 aggatactgt gagcgcccac tgtgtccacg cctctttcga ctcttcacag tcctggccct
     8161 ggaaagcatg acccaggcca ccctgctgga aagacatgtg cctatcattc aggcttggct
     8221 tgagcgtttc ccttctgtgg aacgggagcg tgctctggca cgaggtctgg ttagggcctc
     8281 agtagaggcc tgggaggctg tgtgcaattg cttcatgcct tcacccctcc acccacacta
     8341 ccacttctcc ctacactctg tgagccacct actgagcagc ctgcagctgc tgcccaacag
     8401 aacaggctcc cgaggttttg tggactatcc caaccaccag gagcacttgc gccgggtgtc
     8461 aggcctgcga ggcacttgtc tgaccgttat gatggccaca cgcaatgtgg tgcgtctttg
     8521 gttgcatgag gcacagagaa ccttttgcga ccggctggac agccccaggg aacgctccta
     8581 ctgtgccaag ctgctcctag tagtagctca aagtgtcttc tgctgtgggc cagggcccca
     8641 gcacctgggc aaggaccatc aggagagtga ggaggaggag gaggaggaga gggtgcccga
     8701 agtagaatct gaaggggagt tggcccagtg ggaggacttc agcaacagca atagtgaaac
     8761 agaggaggaa gaggaacctt atggccttca ggtcgccaga gtctcaaact ccagagatcc
     8821 aagtctaaca ccatccatag gaccagtaag cagggggatg aaggaaagca taagtcacaa
     8881 gataaggcaa gagaaaggca caagggcatc caactatagg ctccaggtaa ggagatcatt
     8941 caagacttgg tggcagaaga aaccccagat ggacctgatc tcacccttgt tgttaccagt
     9001 gttactacta catccccagg aaaagccctc agacctggtc ttcagtcagg agctgatact
     9061 ggggcctaac tctgagaccc ccaacttgta cctggaacga cagtgggaga agctagagga
     9121 gcagttggcc acctcagctg ctcaactgaa gttgagcccc cacctggccc ggtgtcattc
     9181 catggcccag cacgtggccc gcctggtccg ggtgctggcc aggccccggc agcatggcct
     9241 gctgctctcg ggggctctgg gtactgggcg ccacactgcc atcactctgg cttctagcat
     9301 ttgtcaggcc catttctttc atctaccatc tgggtcagag gaggccattc tccaatgtct
     9361 acgagatgcc agctggcatg ctggcatgtt aagccagcca gtggctctgt tggtacccag
     9421 tggtgtggat ctcactacac ttcatcgcct cctggccctg gcaacctcag gcagtttccc
     9481 tggccagtac acagaagcag atttggaccg cattggagaa cacctcccca gggagaacct
     9541 tggtgtcaaa cagaacatca agaaggaaat ggtgttgcag aggttccacc agcaagtgtg
     9601 cagccacctt cacctgttct tcctgattgg agataaacag gcccacaagc agctgccctc
     9661 cacccttttc ctgaggctcc ttcaactggc cactgccagc attgaccgct atgaaccctg
     9721 ggaccaagct gccctggcca aggtggccca gcatcacctg gagggtgctc agagtgtgcc
     9781 ccttgatgac ggctcctgga agtacccaga cctccaggcc tcaattccca gtgtggccaa
     9841 agccatggct cttatccacc tttcggccac ccactaccat gagcacctgt gccctgcatt
     9901 gccactcgtc acccccaaga ccttcctaga cttcctggac actttcctga tgctgcagca
     9961 acagacaatc ctgaagatta agaacaaggc ccagcgggtc cagaatgcct tggagaatct
    10021 gagaatgctg attaaggagc acggtaccca tgccaatctg atctttgact tggaacagca
    10081 gctgaaagac tccggcaaga gtctcagcat gtttcagcag cagctagagc aaagcaagct
    10141 cctatacaag cagcagctgg aagagtgtcg gcatcaagag aacctcattg agaacctggc
    10201 caggcaacgg gatgccctgc aagctcagcg agaggctttc ctggagcaga tgagcaaggc
    10261 atttctggag cctctgagcc agctgcaggt ggctgacttt gaggagatac ggagctatcg
    10321 agcaccacca gaatctgtgg tccgggtaac tgatgcaatg tgtgacttgt tccaccatga
    10381 aacaggctgg gccagtgcca aacagctgtt atgcactgag gatttttatc aggagctggt
    10441 gttcttcccc aaggagaaga taacagactc agagctgata aagttacatc taattctgaa
    10501 ggctccaggt atggacgatg cagccctgcg ggcagtgagc cgacctgcag ccagcctggc
    10561 agcctggctc tgggctgttc tgcactatgg gctggcgcat tgccggggac tgcccacgga
    10621 cctgctgctg cagcaagtgg aggcaacact cactcgggag caggcccgcc tgggctacta
    10681 ccagtttcag gcccaggaga ccctggagca taatttggcc ctggctaaga tggtggagga
    10741 tgcccaagct tcccacaact gcgtggcaaa gaccctcagt caagcacagt gtgggcagta
    10801 tcacaaatgg cccatgaagg ctgcactgct cacgcctatg cgtgcctgga ctacacagct
    10861 ccagaagctg aagggacgct gcatgactgt gtttggagat accctcctat gttcagctgc
    10921 catcatctac ctgggtccct tcccaccatt gcggcgccaa gagctactgg acgagtggtt
    10981 agctctgtgt aggggctttc aggaggctct gggcccagat gatgtggcac aggcactgaa
    11041 gcggaagcaa aaatctgtca gcataccacc aaagaacccc ctgctggcta cacactctcc
    11101 cttcagtatt ctgtccttgc tgagctctga atcggagcag taccagtggg atggaaacct
    11161 gaagccacag gcaaagtcgg cccacctggc aggcttgctt ctgcgaagcc ccacacacta
    11221 cagtagttgc cgttggcctc tgctgcttga ccccagcaac gaggccctca tctggttgga
    11281 cccgctgcct ctggaagaga atcgatcttt tgcgccagcc ctcactgagg gtagagggaa
    11341 aggcctcatg agaaatcaaa agagagagag taaaacggac atgaaagagg aagatgatga
    11401 gagtgaagag agtaatgagg ctgaggacca gacaaaagag cagaaggcag aggaaagaaa
    11461 aaatgagcag gagaaagagc aagaggaaaa tgaagagaaa gaggaggaga agacagagag
    11521 ccaggggtca aagccagcct atgagactca gcttccatcc cttccctacc ttagtgttct
    11581 ttcaggtgct gacccagagc tgggttctca gctccaggag gcagctgctt gtggcctgcc
    11641 tgtgttactg accaatgtgg agctgggtct agggtgcgaa gaactgcaat ggctgctgca
    11701 acgggagcag ctgagtccac cccaggtgca gcctggcttc tgtctgtatc tcagcaccac
    11761 cctctccctc tgtgccatgg aaaaagtgct aggttgtgaa ctgctaaagg ggctgaatgt
    11821 gttggatctg ggcctgaaca tggaaatact ggaagaacag atgctgcatg aaatcttgtg
    11881 cagagagtat cctgaactcg agacccgctg gcaggaccta aagatcagag ccctagatac
    11941 ctgcaaggct gtggaggctg ctgaggagcg gctgctgacg atgctgctgt tccagaatcc
    12001 gaagcgtcag aagccagcca agtttctgcg gaacatagtg agggcccaag gaaagctatg
    12061 ccagctgcgt gctcattgtg aagagttaga agggcagaaa ctacaggaga tggtattgtg
    12121 ggcaccctat cgacctgtgg tttggcatgg aatggccatg gtaaaggccc taagccaact
    12181 gcagaacctg ctgccacttt tctgtatgag cccagagaac tggctggcag tcactaagca
    12241 ggctctggac agcatgaagc cacgtgagat taatcacggg gaggacctgg ccagccatct
    12301 actgcaattg agagcacacc tgacccgcca gctgctgggc agcaccgtga ctgcactggg
    12361 ccttacccaa gtacccttgg tgggtgcatt gggcgctttg gctctgctgc aagcaacagg
    12421 gaaagcatca gagctggaaa gactggcact ctggcctgga ctagcagcct ctcccagcac
    12481 agtccacagc aagccagtct cagatgtggc tcgaccggcc tggcttgggc caaaagcctg
    12541 gcatgaatgt gagatgttag agctgctgcc cccatttgtt ggcctgtgtg cctccctggc
    12601 aggccactcc agtgcttggc aggcttacct gtcactgtca tccacagtgc tgggtcctgc
    12661 acctgggcca gggcctgagc cactcagcct cctccagaag ctgatcctgt ggcgcgttct
    12721 gcgacctgag tgcctggcag gtgccctggc agacttcacc actagcctcc tgggtcggcc
    12781 cctggatgaa aacacgtatg ctcccaccat gccctttaaa catagtcagg ctactcagcc
    12841 catgctgatc ttgttgccac cgcctggcca cccctcagcc actctgcatc ctctgactgt
    12901 catccagaaa ctggctgcca agtatcagca ggggcagaag caactgcagg tgatagccct
    12961 gggctctgaa gcctgggacc cagtctcagt tgtggtcagc actctatccc aggctatgta
    13021 tgaggggcac tggctggtgc tggacaactg tcatctgatg ccccattggc cgaaagagct
    13081 gctacagctc ttgctggaac tgttaggcag agccaaggtg gttgcagacc tggaatcaga
    13141 acagctttta gaccaacctg aaagcaggaa tgtaagcact gttcacagag attttcgtct
    13201 ttggcttatt gtgcctgcag agtctagtgc ttctttgcca gctgtgctga ctcagcactc
    13261 catgcctgtt ttctggaacc agtccctgga gctgggccat gttttgattg acagtgtgga
    13321 gctagcccag caagtactct acatgcaacc ccccacccag gcactacctc tgctcctcct
    13381 ccatggcctc ctgctacacc ggcagctcta tggaacaagg ctgcaggcac acagggggcg
    13441 ctggagtcaa gtgactctaa cccaggttct tcagacccaa gaccagctgt gggcaagtct
    13501 tagcaatccc cgtgctgcca tgcaagagct ggctgcttca gttttctacg ggggtcctct
    13561 gggggacact gaggacaggg aggccctgat tagcctcaca caagcctgcc tgagccccag
    13621 tagtgggagc tgggtccagc cacacacacc tcagtctttg ctggccacgc tcatgcccct
    13681 cccagagcta agggagctgg atgcaatggc agagtgcaag gcccagatgc acctactgcc
    13741 ctcaccacct gaaccccggc tctgcggact gagtgagggc ccccaagcct ggctgttgcg
    13801 acgccagagt cgcgctctct tgagtgcgct gcagcggagt tcacccgtgt gggttcctga
    13861 gtctcgaaga ggcgcccagc ttgcggaaag gcgactgcgg caacgcctag tgcaagtcaa
    13921 ccggaggctg gagtcactgc aggatctgct gacccacgtg attcgccaag acgagtccga
    13981 cgccccgtgg tcagtgctgg ggccaaatgc acggcggcct ctggagggcg tcttagagac
    14041 cgaggctcta gaactgagcc agttggtggg cacgctacaa cgcgaccttg attgcctgtt
    14101 gcagcagctg aagggcgcac ccccgtgccc ctcccgccgc tgtgctgcgg tggcccacgc
    14161 tctctggact ggccgcctac ccttgccttg gcgacctcat gcgccggccg gtccgcagcc
    14221 gccctggcac tggctgcgac agttgtcgcg ccgtgggcaa ctgttggttc gttacttggg
    14281 cgtgggcgcg gacgcgagca gtgatgtacc agagcgcgtc ttccacctgt cagcctttcg
    14341 ccacccgcgc cgcctgctgc tggcattgcg tggggaagct gccctggacc agaatgtgcc
    14401 cagctcgaat ttccctggta gccgaggctc ggtctccagt cagctccagt ataaacgtct
    14461 ggagatgaac agcaaccctc tgcacttcag ggtggagaat ggtccaaatc ccacggttcc
    14521 agagagaggg ctgctgctga tcgggctaca ggtcctacat gcggagtggg acccaatagc
    14581 tggagccttg caggacagtc cttccagcca acccagccct ctgcctcccg tcagcatcag
    14641 cacacaggcc ccgggcacca gtgacctgcc agccccagcc gacctgactg tgtactcgtg
    14701 tcctgtgtac atgggagggc cccttggcac cgctaagctg cagagcagga acatcgtgat
    14761 gcatctgcct ttacccacca agctcacccc caacacctgt gtccaaagga gggtccatgt
    14821 gtgcagccca cccctgtctt gagcccgtct accaaaataa agttgtagtg attcca
//
