LOCUS       NM_001270974           21046 bp    mRNA    linear   PRI 06-OCT-2024
DEFINITION  Homo sapiens HYDIN axonemal central pair apparatus protein (HYDIN),
            transcript variant 1, mRNA.
ACCESSION   NM_001270974
VERSION     NM_001270974.2
KEYWORDS    RefSeq; MANE Select.
SOURCE      Homo sapiens (human)
  ORGANISM  Homo sapiens
            Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
            Mammalia; Eutheria; Euarchontoglires; Primates; Haplorrhini;
            Catarrhini; Hominidae; Homo.
REFERENCE   1  (bases 1 to 21046)
  AUTHORS   Jin,Y., Zhao,M., Guo,Q., Zhao,W., Lei,M., Zhang,Y., Zhang,Y.,
            Shen,Y., Lin,K., Yang,Z., Chu,J., Sun,H. and Luo,Z.
  TITLE     Association study of FLT4 and HYDIN single nucleotide polymorphisms
            with atrial septal defect susceptibility in the Han Chinese
            population of Southwest China
  JOURNAL   Ital J Pediatr 50 (1), 62 (2024)
   PUBMED   38581027
  REMARK    GeneRIF: Association study of FLT4 and HYDIN single nucleotide
            polymorphisms with atrial septal defect susceptibility in the Han
            Chinese population of Southwest China.
            Publication Status: Online-Only
REFERENCE   2  (bases 1 to 21046)
  AUTHORS   Yu,H., Shi,X., Shao,Z., Geng,H., Guo,S., Li,K., Gu,M., Xu,C.,
            Gao,Y., Tan,Q., Duan,Z., Wu,H., Hua,R., Guo,R., Wei,Z., Zhou,P.,
            Cao,Y., He,X., Li,L., Zhang,X. and Lv,M.
  TITLE     Novel HYDIN variants associated with male infertility in two
            Chinese families
  JOURNAL   Front Endocrinol (Lausanne) 14, 1118841 (2023)
   PUBMED   36742411
  REMARK    GeneRIF: Novel HYDIN variants associated with male infertility in
            two Chinese families.
            Publication Status: Online-Only
REFERENCE   3  (bases 1 to 21046)
  AUTHORS   Shapiro,A.J., Sillon,G., D'Agostino,D., Baret,L.,
            Lopez-Giraldez,F., Mane,S., Leigh,M.W., Davis,S.D., Knowles,M.R.
            and Zariwala,M.A.
  TITLE     HYDIN Variants Are a Common Cause of Primary Ciliary Dyskinesia in
            French Canadians
  JOURNAL   Ann Am Thorac Soc 20 (1), 140-144 (2023)
   PUBMED   36112114
  REMARK    GeneRIF: HYDIN Variants Are a Common Cause of Primary Ciliary
            Dyskinesia in French Canadians.
REFERENCE   4  (bases 1 to 21046)
  AUTHORS   De Ita,M., Gaytan-Cervantes,J., Cisneros,B., Araujo,M.A.,
            Huicochea-Montiel,J.C., Cardenas-Conejo,A., Lazo-Cardenas,C.C.,
            Ramirez-Portillo,C.I., Feria-Kaiser,C., Peregrino-Bejarano,L.,
            Yanez-Gutierrez,L., Gonzalez-Torres,C. and Rosas-Vargas,H.
  TITLE     Clustering of Genetic Anomalies of Cilia Outer Dynein Arm and
            Central Apparatus in Patients with Transposition of the Great
            Arteries
  JOURNAL   Genes (Basel) 13 (9), 1662 (2022)
   PUBMED   36140829
  REMARK    GeneRIF: Clustering of Genetic Anomalies of Cilia Outer Dynein Arm
            and Central Apparatus in Patients with Transposition of the Great
            Arteries.
            Publication Status: Online-Only
REFERENCE   5  (bases 1 to 21046)
  AUTHORS   Kim,D.K., Cho,M.H., Hersh,C.P., Lomas,D.A., Miller,B.E., Kong,X.,
            Bakke,P., Gulsvik,A., Agusti,A., Wouters,E., Celli,B., Coxson,H.,
            Vestbo,J., MacNee,W., Yates,J.C., Rennard,S., Litonjua,A., Qiu,W.,
            Beaty,T.H., Crapo,J.D., Riley,J.H., Tal-Singer,R. and
            Silverman,E.K.
  CONSRTM   ECLIPSE, ICGN, and COPDGene Investigators
  TITLE     Genome-wide association analysis of blood biomarkers in chronic
            obstructive pulmonary disease
  JOURNAL   Am J Respir Crit Care Med 186 (12), 1238-1247 (2012)
   PUBMED   23144326
REFERENCE   6  (bases 1 to 21046)
  AUTHORS   Olbrich,H., Schmidts,M., Werner,C., Onoufriadis,A., Loges,N.T.,
            Raidt,J., Banki,N.F., Shoemark,A., Burgoyne,T., Al Turki,S.,
            Hurles,M.E., Kohler,G., Schroeder,J., Nurnberg,G., Nurnberg,P.,
            Chung,E.M., Reinhardt,R., Marthin,J.K., Nielsen,K.G.,
            Mitchison,H.M. and Omran,H.
  CONSRTM   UK10K Consortium
  TITLE     Recessive HYDIN mutations cause primary ciliary dyskinesia without
            randomization of left-right body asymmetry
  JOURNAL   Am J Hum Genet 91 (4), 672-684 (2012)
   PUBMED   23022101
REFERENCE   7  (bases 1 to 21046)
  AUTHORS   Doggett,N.A., Xie,G., Meincke,L.J., Sutherland,R.D., Mundt,M.O.,
            Berbari,N.S., Davy,B.E., Robinson,M.L., Rudd,M.K., Weber,J.L.,
            Stallings,R.L. and Han,C.
  TITLE     A 360-kb interchromosomal duplication of the human HYDIN locus
  JOURNAL   Genomics 88 (6), 762-771 (2006)
   PUBMED   16938426
  REMARK    GeneRIF: We have found that the human HYDIN locus has been very
            recently duplicated, with a nearly identical 360-kb paralogous
            segment inserted on chromosome 1q21.1
REFERENCE   8  (bases 1 to 21046)
  AUTHORS   Jeganathan,D., Chodhari,R., Meeks,M., Faeroe,O., Smyth,D.,
            Nielsen,K., Amirav,I., Luder,A.S., Bisgaard,H., Gardiner,R.M.,
            Chung,E.M. and Mitchison,H.M.
  TITLE     Loci for primary ciliary dyskinesia map to chromosome 16p12.1-12.2
            and 15q13.1-15.1 in Faroe Islands and Israeli Druze genetic
            isolates
  JOURNAL   J Med Genet 41 (3), 233-240 (2004)
   PUBMED   14985390
REFERENCE   9  (bases 1 to 21046)
  AUTHORS   Davy,B.E. and Robinson,M.L.
  TITLE     Congenital hydrocephalus in hy3 mice is caused by a frameshift
            mutation in Hydin, a large novel gene
  JOURNAL   Hum Mol Genet 12 (10), 1163-1170 (2003)
   PUBMED   12719380
REFERENCE   10 (bases 1 to 21046)
  AUTHORS   Zariwala,M.A., Knowles,M.R. and Leigh,M.W.
  TITLE     Primary Ciliary Dyskinesia
  JOURNAL   (in) Adam MP, Feldman J, Mirzaa GM, Pagon RA, Wallace SE and
            Amemiya A (Eds.);
            GENEREVIEWS(R);
            (1993)
   PUBMED   20301301
COMMENT     REVIEWED REFSEQ: This record has been curated by NCBI staff. The
            reference sequence was derived from AC099495.2, AC138625.1 and
            AC027281.10.
            This sequence is a reference standard in the RefSeqGene project.
            
            On Apr 22, 2016 this sequence version replaced NM_001270974.1.
            
            Summary: This gene encodes a protein that may be involved in cilia
            motility. Mutations in this gene cause of autosomal recessive
            primary ciliary dyskinesia-5, a disorder characterized by the
            accumulation of cerebrospinal fluid within the ventricles of the
            brain. A duplicate copy of this gene has been found in humans on
            chromosome 1. [provided by RefSeq, Jan 2013].
            
            Sequence Note: The RefSeq transcript and protein were derived from
            genomic sequence to make the sequence consistent with the reference
            genome assembly. There are no full-length transcripts supporting
            this RefSeq in human and it is unknown if this exon combination
            exists in human; however, it is predicted based on partial
            transcript alignments and on transcript support from the mouse
            homolog (GeneID: 244653, NM_172916.2, AY173049.1, and others).
            
            Publication Note:  This RefSeq record includes a subset of the
            publications that are available for this gene. Please see the Gene
            record to access additional publications.
            
            ##Evidence-Data-START##
            RNAseq introns :: mixed sample support SAMEA1965299, SAMEA1966682
                              [ECO:0006172]
            ##Evidence-Data-END##
            
            ##RefSeq-Attributes-START##
            MANE Ensembl match     :: ENST00000393567.7/ ENSP00000377197.2
            RefSeq Select criteria :: based on conservation, expression,
                                      longest protein
            ##RefSeq-Attributes-END##
            COMPLETENESS: complete on the 3' end.
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-161               AC099495.2         65802-65962
            162-319             AC099495.2         109606-109763
            320-445             AC099495.2         111534-111659
            446-565             AC099495.2         117477-117596
            566-700             AC099495.2         120783-120917
            701-900             AC099495.2         133794-133993
            901-1025            AC099495.2         143741-143865
            1026-1086           AC099495.2         159172-159232
            1087-1227           AC138625.1         1-141
            1228-1411           AC138625.1         7469-7652
            1412-1511           AC138625.1         21497-21596
            1512-1630           AC138625.1         43357-43475
            1631-1854           AC138625.1         48768-48991
            1855-1922           AC138625.1         57340-57407
            1923-2158           AC138625.1         67790-68025
            2159-2259           AC138625.1         69902-70002
            2260-2395           AC138625.1         72452-72587
            2396-2560           AC138625.1         74959-75123
            2561-2713           AC138625.1         76636-76788
            2714-2952           AC138625.1         105375-105613
            2953-3226           AC138625.1         109417-109690
            3227-3370           AC138625.1         111766-111909
            3371-3514           AC138625.1         116975-117118
            3515-3828           AC138625.1         118850-119163
            3829-3969           AC027281.10        218852-218992       c
            3970-4048           AC027281.10        218100-218178       c
            4049-4168           AC027281.10        215175-215294       c
            4169-4378           AC027281.10        214706-214915       c
            4379-4516           AC027281.10        211967-212104       c
            4517-4694           AC027281.10        208173-208350       c
            4695-4822           AC027281.10        205696-205823       c
            4823-4956           AC027281.10        201918-202051       c
            4957-5093           AC027281.10        201316-201452       c
            5094-5221           AC027281.10        200955-201082       c
            5222-5413           AC027281.10        200611-200802       c
            5414-5563           AC027281.10        200125-200274       c
            5564-5803           AC027281.10        197302-197541       c
            5804-5972           AC027281.10        191510-191678       c
            5973-6152           AC027281.10        188741-188920       c
            6153-6326           AC027281.10        186429-186602       c
            6327-6500           AC027281.10        182157-182330       c
            6501-6715           AC027281.10        179203-179417       c
            6716-6853           AC027281.10        170594-170731       c
            6854-7037           AC027281.10        168418-168601       c
            7038-7179           AC027281.10        165396-165537       c
            7180-7342           AC027281.10        162734-162896       c
            7343-7969           AC027281.10        147373-147999       c
            7970-8188           AC027281.10        144993-145211       c
            8189-8397           AC027281.10        135435-135643       c
            8398-8580           AC027281.10        135034-135216       c
            8581-8700           AC027281.10        134154-134273       c
            8701-8860           AC027281.10        130687-130846       c
            8861-9033           AC027281.10        130407-130579       c
            9034-9232           AC027281.10        127786-127984       c
            9233-9332           AC027281.10        122763-122862       c
            9333-9432           AC027281.10        121231-121330       c
            9433-9601           AC027281.10        119143-119311       c
            9602-9840           AC027281.10        118428-118666       c
            9841-9958           AC027281.10        116369-116486       c
            9959-10163          AC027281.10        110702-110906       c
            10164-10399         AC027281.10        109442-109677       c
            10400-10551         AC027281.10        106387-106538       c
            10552-10741         AC027281.10        106079-106268       c
            10742-10844         AC027281.10        101599-101701       c
            10845-11132         AC027281.10        101087-101374       c
            11133-11275         AC027281.10        98819-98961         c
            11276-11494         AC027281.10        95352-95570         c
            11495-11655         AC027281.10        92951-93111         c
            11656-11753         AC027281.10        89867-89964         c
            11754-11961         AC027281.10        88830-89037         c
            11962-12174         AC027281.10        87471-87683         c
            12175-12313         AC027281.10        86850-86988         c
            12314-12479         AC027281.10        84487-84652         c
            12480-12627         AC027281.10        81910-82057         c
            12628-12835         AC027281.10        77230-77437         c
            12836-13057         AC027281.10        76508-76729         c
            13058-13227         AC027281.10        66846-67015         c
            13228-13426         AC027281.10        64472-64670         c
            13427-13585         AC027281.10        62458-62616         c
            13586-13863         AC027281.10        60669-60946         c
            13864-14083         AC027281.10        59630-59849         c
            14084-14296         AC027281.10        56400-56612         c
            14297-14460         AC027281.10        55048-55211         c
            14461-14611         AC027281.10        54043-54193         c
            14612-14842         AC027281.10        45124-45354         c
            14843-15067         AC027281.10        36565-36789         c
            15068-21046         AC027281.10        28866-34844         c
FEATURES             Location/Qualifiers
     source          1..21046
                     /organism="Homo sapiens"
                     /mol_type="mRNA"
                     /db_xref="taxon:9606"
                     /chromosome="16"
                     /map="16q22.2"
     gene            1..21046
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /note="HYDIN axonemal central pair apparatus protein"
                     /db_xref="GeneID:54768"
                     /db_xref="HGNC:HGNC:19368"
                     /db_xref="MIM:610812"
     exon            1..161
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            162..319
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     CDS             185..15550
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /note="isoform a is encoded by transcript variant 1;
                     hydrocephalus-inducing protein homolog; protein
                     phosphatase 1, regulatory subunit 31"
                     /codon_start=1
                     /product="hydrocephalus-inducing protein homolog isoform
                     a"
                     /protein_id="NP_001257903.1"
                     /db_xref="CCDS:CCDS59269.1"
                     /db_xref="GeneID:54768"
                     /db_xref="HGNC:HGNC:19368"
                     /db_xref="MIM:610812"
                     /translation="MTSRRLEESMGAVQMGLVNMFKGFQSKVLPPLSPKVVTEEEVNR
                     MLTPSEFLKEMSLTTEQRLAKTRLMCRPQIIELLDMGETTHQKFSGIDLDQALFQPFP
                     SEIIFQNYTPCEVYEVPLILRNNDKIPRLVKVVEESSPYFKVISPKDIGHKVAPGVPS
                     IFRILFTPEENKDYAHTLTCVTEREKFIVPIKARGARAILDFPDKLNFSTCPVKYSTQ
                     KILLVRNIGNKNAVFHIKTCRPFSIEPAIGTLNVGESMQLEVEFEPQSVGDHSGRLIV
                     CYDTGEKVFVSLYGAAIDMNIRLDKNSLTIEKTYISLANQRTITIHNRSNIIAHFLWK
                     VFATQQEEDREKYRACDDLIKEEKDETDEFFEECITDPLLREHLSVLSRTFANQRRLV
                     QGDSKLFFNNVFTVEPLEGDVWPNSSAEITVYFNPLEAKLYQQTIYCDILGREIRLPL
                     RIKGEGMGPKIHFNFELLDIGKVFTGSAHCYEAILYNKGSIDALFNMTPPTSALGACF
                     VFSPKEGIIEPSGVQAIQISFSSTILGNFEEEFLVNVNGSPEPVKLTIRGCVIGPTFH
                     FNVPALHFGDVSFGFPHTLICSLNNTSLIPMTYKLRIPGDGLGHKSISYCEQHVDYKR
                     PSWTKEEISSMKPKEFTISPDCGTIRPQGFAAIRVTLCSNTVQKYELALVVDVEGIGE
                     EVLALLITARCVVPALHLVNTEVDFGHCFLKYPYEKTLQLANQDDLPGFYEVQPQVCE
                     EVPTVLFSSPTPSGVISPSSTIHIPLVLETQVTGEHRSTVYISIFGSQDPPLVCHLKS
                     AGEGPVIYVHPNQVDFGNIYVLKDSSRILNLCNQSFIPAFFQAHMAHKKSLWTIEPNE
                     GMVPPETDVQLALTANLNDTLTFKDCVILDIENSSTYRIPVQASGTGSTIVSDKPFAP
                     ELNLGAHFSLDTHYYHFKLINKGRRIQQLFWMNDSFRPQAKLSKKGRVKKGHAHVQPQ
                     PSGSQEPRDPQSPVFHLHPASMELYPGQAIDVILEGYSATPRIVKEKLVCHAIIGAQK
                     GKSLVMAVNITCEFVAPLIQLSTKQLIYRLEKKPNSILKPDYQPLAIKNISTLPVNLL
                     LSTSGPFFICETDKSLLPATPEPIKLEIDEEKNLLIKFDPSYRNDLNNWVAEEILAIK
                     YVEHPQIDSLDLRGEVHYPNLSFETKELDFGCILNDTELIRYVTITNCSPLVVKFRWF
                     FLVNDEENQIRFVTLPKKPYSAPVSQMESIPATSEAASPPAILVTVESPEMDLNDFVK
                     TVLVDEDARPEEKELRKTKASSVISDEIKISSTEIERIYSSQSQVEDQESLQTCEQNE
                     MLSIGIEEVFDILPLFGVLQPHSSHQISFTFYGHANIIAQAKALCEVEEGPTYEITLK
                     GEASLVNYSFDTKDIHYGLQLFDHVTEREITLTNMGKVGFEFKVLTDHQSSPDNLLPG
                     VPLILPVSGFISSHQEQVLKVYYLPGVPEVFKRSFQIQIAHLDPENITLSGEGIFPQI
                     CLDLPRNLTANEKYEMFLNQARKNTDKEYNKCEMLDHFDIITEEVPEDEPAEVSAHLQ
                     MEVERLIVQSYVLEHQKTTTPDPMDDPCFSHRSRRKLAKIQLPEYILDFGYIILGEVR
                     THIIKIINTSHFPVSFHADKRVLHETGFSTELDRVKNLPHCETEIFEVRFDPQGANLP
                     VGSKEVILPIKVVGGPTVHICLQAKVTIPTMTLSRGKVDFATIQCGQCLVETIQLSNH
                     LQVPCEWFVQSQKPVDKLEKHMPKYLRQKLRAELKPKTRIFEIQPISGVLDPGEKSNV
                     QVKFMPKEEKFYSQTLVFQIAQSAQKLTLLARGQGLEPRLEFSPSVLDLGPLLLCAPG
                     DEAEVIVKNPCNFPIEFYSLEFDQQYLIEEKILRKLKGYDSYNTLLLPPRNPGEKLPP
                     ELYEYFKEIKKSKEEQMRAKYLENLAQENEEEDITSSDQGTSNSTKRTSLSRGISVTS
                     NLEEWHALLVESKTYLEEEEDEESLEKIIFQTDKLQSIDSHSMEEVGEVENNPVSKAI
                     ARHLGIDISAEGRLAKNRKGIAIIIHGTPLSGKSANAVSVAKYYNAACLSIDSIVLEA
                     VANSNNIPGIRARELCIRAAIEQSVKEGEEAAQEAAVGQNVIGQGRLSTDTLGKLASE
                     MTLVAPEIKPGKSVRGSVVITKSKADSHGSGSQKQHHSHQSETPQISSSPLPPGPIHR
                     WLSVSPSVGGETGLMSCVLPDELLVQILAERIQLSDCYRGVVFDGLDTLFAQNAAAAL
                     LCLLKAIGSREHIYILNMAQDYAAMKAQEKAKKEQEERKHKGALEKEKERLQNMDEEE
                     YDALTEEEKLTFDRGIQQALRERKKREQERLAKEMQEKKLQQELERQKEEDELKRRVK
                     KGKQGPIKEEPPMKKSQAANKQVPPLTKVDVKMETIERKISVREQTMSEKEELNKKKR
                     NMGDVSMHGLPLVQDQEDSEGDNSKDPDKQLAPKFKTYELTLKDVQNILMYWDRKQGV
                     QLPPAGMEEAPHEPDDQRQVPLGGRRGRKDRERERLEKERTEKERLEREKAERERLEK
                     LRALEERSDWEGEGEEDHEGKKEKDLGVPFLDIQTPDFEGLSWKQALESDKLPKGEQI
                     LDILGLGASGPPIPPPALFSIVSYPVKRPPLTMTDDLEHFVFVIPPSEDISLDEKKEM
                     EIESDFLATTNTTKAQEEQTSSSKGGKQKMKEKIDQVFEIQKDKRHMALNRKVLSGEP
                     AGTISQLSDTDLDNFNGQHSQEKFTRLNHFRWIVPANGEVTLQVHFSSDEFGNFDQTF
                     NFEILGTCCQYQLYCRGICTYPYICQDPKVVFPQRKMDMKTNEVIFKKYVMSTETYYF
                     GPLLCGKSRDKYKSSLFPGNMETLTILNTSLMVVEASFYFQNDVKANTYFLEPNTMVL
                     KPNEKQILNVWAYPTSVGVFEDSIVCCINDNPEPAIFQLSCQGIRPELELEPRQLHFD
                     RLLLHRQESRVVLLRNVTLLPVAWRITSLEHLGDDFTVSLMQGTIPPEAEYGLHLYFQ
                     PTKPVNIKKAIRLEVLDAENLLGVVQIENIMVFAEAYDIALDITFPKGAEGGLDFGIV
                     RVTEEAKQPLQLKNRGKYEIAFSFSVDSVGISTPNINSMISVQPKKGSLTPTEKPTNV
                     QVFFHAKKEVKIEHQPVLRCQIIEPNISEGGEIIASIPIKFSANAVYSKYNITPSSVI
                     NFGALICGTRKSTTFTIENQGVTDFKFALYKLTGESPIHQKKAASHVRHARSRESESF
                     YKTGSSRAAKFSDTIQKEVTTTGQARFAHGMFTVYPGFGSIPSGGQQVINVDCVADAM
                     GKCEEFIAIDISGRDPAVHPAGILYTLLAEACLPAFVTENNALIFEEHQICTSANLHH
                     ILQTIESGGLFVEDENKFIFCNVLVGRQAKARFKISNVGKITCDVNIVVRPISNKPFA
                     RIVDIFEVEPSKMCIASHSHAFATVSFTPQIMQNYQCIFEATLDGLPSTLAKSRGLVF
                     DIAGEGNLPRVTVVRPVLHNQYGNPLLLFKRLLLGHSEKLPLILKNNGVLPAQLHVDL
                     QDELGVFSLKGRPTTAYIYITEENKPHVKAKKAHTASLVVSPGDTAEFDVVFHSQKVG
                     RMRGIIHLSVINNQYEETSIHMVGEGYEDDITLDNIHGLVAPTSQEDISISEFTEIIE
                     DNDMEDLVAAALVDHIQFGDCHIGHSYNASFTVTNHSQVNLIRFEWPVSATIAFSPQM
                     GHLHPGCAKDIVVTMKSDVPINLKNMRIRCKLSRIMFQLPADQVPDWDDRMHTVKWVD
                     VPRNMPGTFTTKRKVIETDPEPAHSVLEENYQELQLQISANVDFASYHCQARDVRFKE
                     TLVYQTRVFEFDVINSGRVQLEFSWVSEDTSKAVSFAKPDHQGSAQKDQLSQGTMHTG
                     STLDSTMDHWAEGSPQPFSVEPSSGIVPVGKIQKFKVKFSPLDIGDFESNLFCQIPNL
                     PPGEQGPVLVAKGRSTLPICHFDLKDSDYISGHQRNPELRGSSGGALDPNTRVIEFTT
                     VGIGGKNLRTFTILNPTNSTYSFCWISEEIESLQNPAAFTCLTEKGFIHPEKKAEIVF
                     QFTPFHLGITESSWTFLIPEHNITVPFLLVGKTTEPLISLNKSHLNFSSLLIGREARE
                     TVQIINKEEQGFDFSFQDNSRYSEGFSNSLLVCPMEGWIPPLSRFPIDIFFTPKQEGD
                     VNFNLICNVEKKVHPVTLNVKAEGYTMNVEIKCKDRTGSITLLTPNQTNIINFYEVEL
                     NECVQCEFNFINTGKFTFSFQAQLCGSKTLLQYLEFSPIDSTVDVGQSVHATLSFQPL
                     KKCVLTDLELIIKISHGPTFMCNISGCAVSPAIHFSFTSYNFGTCFIYQAGMPPYKQT
                     LVITNKEETPMSIDCLYTNTTHLEVNSRVDVVKPGNTLEIPITFYPRESINYQELIPF
                     EINGLSQQTVEIKGKGTKMKILVLDPANRIVKLGAVLPGQVVKRTVSIMNNSLAQLTF
                     NQSILFTIPELQEPKVLTLAPFHNITLKPKEVCKLEVIFAPKKRVPPFSEEVFMECMG
                     LLRPLFLLSGCCQALEISLDQEHIPFGPVVYQTQATRRILMMNTGDVGARFKWDIKKF
                     EPHFSISPEEGYITSGMEVSFEVTYHPTEVGKESLCKNILCYIQGGSPLSLTLSGVCV
                     GPPAVKEVVNFTCQVRSKHTQTILLSNRTNQTWNLHPIFEGEHWEGPEFITLEAHQQN
                     KPYEITYRPRTMNLENRKHQGTLFFPLPDGTGWLYALHGTSELPKAVANIYREVPCKT
                     PYTELLPITNWLNKPQRFRVIVEILKPEKPDLSITMKGLDYIDVLSGSKKDYKLNFFS
                     HKEGTYAAKVIFRNEVTNEFLYYNVSFRVIPSGIIKTIEMVTPVRQVASASIKLENPL
                     PYSVTFSTECRMPDIALPSQFVVPANSEGTFSFEFQPLKAGETFGRLTLHNTDLGYYQ
                     YELYLKATPALPEKPVHFQTVLGSSQIILVKFINYTRQRTEYYCRTDCTDFHAEKLIN
                     AAPGGQGGTEASVEVLFEPSHLGETKGILILSSLAGGEYIIPLFGMALPPKPQGPFSI
                     RAGYSIIIPFKNVFYHMVTFSIIVDNPAFTIRAGESVRPKKINNITVSFEGNPSGSKT
                     PITTKLTVSCPPGEGSETGVKWVYYLKGITL"
     exon            320..445
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            446..565
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            566..700
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            701..900
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            901..1025
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            1026..1227
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            1228..1411
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            1412..1511
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            1512..1630
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            1631..1854
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            1855..1922
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            1923..2158
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            2159..2259
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            2260..2395
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            2396..2560
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            2561..2713
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            2714..2952
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            2953..3226
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            3227..3370
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            3371..3514
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            3515..3828
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            3829..3969
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            3970..4048
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            4049..4168
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            4169..4378
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            4379..4516
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            4517..4694
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            4695..4822
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            4823..4956
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            4957..5093
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            5094..5221
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            5222..5413
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            5414..5563
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            5564..5803
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            5804..5972
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            5973..6152
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            6153..6326
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            6327..6500
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            6501..6715
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            6716..6853
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            6854..7037
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            7038..7179
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            7180..7342
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            7343..7969
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            7970..8188
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            8189..8397
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            8398..8580
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            8581..8700
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            8701..8860
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            8861..9033
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            9034..9232
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            9233..9332
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            9333..9432
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            9433..9601
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            9602..9840
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            9841..9958
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            9959..10163
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            10164..10399
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            10400..10551
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            10552..10741
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            10742..10844
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            10845..11132
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            11133..11275
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            11276..11494
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            11495..11655
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            11656..11753
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            11754..11961
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            11962..12174
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            12175..12313
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            12314..12479
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            12480..12627
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            12628..12835
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            12836..13057
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            13058..13227
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            13228..13426
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            13427..13585
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            13586..13863
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            13864..14083
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            14084..14296
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            14297..14460
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            14461..14611
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            14612..14842
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            14843..15067
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     exon            15068..21046
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /inference="alignment:Splign:2.1.0"
     regulatory      15609..15614
                     /regulatory_class="polyA_signal_sequence"
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /note="hexamer: AATAGA"
     polyA_site      15635
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /note="major polyA site"
     regulatory      15726..15731
                     /regulatory_class="polyA_signal_sequence"
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /note="hexamer: ATTAAA"
     polyA_site      15744
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /note="major polyA site"
     regulatory      21025..21030
                     /regulatory_class="polyA_signal_sequence"
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /note="hexamer: ATTAAA"
     polyA_site      21046
                     /gene="HYDIN"
                     /gene_synonym="CILD5; HYDIN1; HYDIN2; PPP1R31"
                     /note="major polyA site"
ORIGIN      
        1 accgtggcaa cggacggcaa cagctcgggc ggcgcatgga gagtgcgggc ggcttcaagc
       61 tgggtatgga gcccctcagc ggcggcgggg tctgtgagtt ggacgcgggg tcttggcggg
      121 gaatggaggt agaataaacg tgggacccgg agtgcaccaa ggtgagaaaa aaaaattact
      181 aaaaatgaca agtagaagac ttgaggagtc catgggggct gttcagatgg gattggtcaa
      241 tatgttcaaa ggatttcaaa gcaaggtttt gccacccctg agtccaaagg tggttacaga
      301 agaagaagta aaccgaatgc ttacaccctc agagttcctg aaggaaatgt ccctgaccac
      361 cgagcagaga ctggcaaaaa cacgtttgat gtgccgacca cagatcatcg aactcttaga
      421 tatgggggaa acaacacatc agaagttttc aggaattgac ctggatcagg cattattcca
      481 gccctttcca tcagaaatta tatttcagaa ctacactccc tgtgaagtct atgaagttcc
      541 actgattttg aggaacaatg acaaaattcc aaggttggtg aaagttgtgg aagaaagttc
      601 gccttacttt aaagtaatca gccccaaaga tattggccac aaagtggctc ctggagtgcc
      661 ttccatattc cgaatcctct ttactccaga ggagaacaag gattacgccc atacgttgac
      721 ctgtgttact gaaagagaaa agtttattgt acccatcaaa gctagagggg cacgagccat
      781 tctcgatttt cctgacaagc tgaatttttc cacttgtcct gtcaaataca gcacccagaa
      841 gattctgctg gtacgaaaca ttggcaacaa aaatgctgta tttcacatca aaacttgtag
      901 gcctttctct atagaaccag ctattggaac tcttaatgtg ggagagtcca tgcaactgga
      961 agtggagttt gagccacaga gtgtgggcga tcacagtgga agacttatcg tgtgttatga
     1021 cacaggtgaa aaggtgtttg tatctctcta tggagctgcc atagacatga atataaggct
     1081 ggataagaat tccttgacca tcgagaaaac ctacatatct ctggccaatc agcgaactat
     1141 aaccattcac aatcgcagta atatcattgc ccatttcctg tggaaggtat ttgctaccca
     1201 gcaagaagag gacagagaaa aatatagggc ctgtgatgat ctgatcaaag aggagaagga
     1261 tgagactgat gagttttttg aagagtgcat tactgatcct ttactccgag aacatctttc
     1321 tgttctgtcc cgaacctttg cgaatcagag gaggctggtg cagggagaca gcaagctgtt
     1381 cttcaataac gttttcactg tggagcccct ggaaggtgat gtctggccca actcatcagc
     1441 tgaaatcacc gtgtacttta acccactaga agccaagctc tatcaacaga ccatttactg
     1501 cgacatttta ggccgagaaa tccgtctgcc cctccgaatc aaaggggaag gcatgggacc
     1561 taagattcac ttcaactttg aattgctgga tattgggaaa gttttcactg gatctgcaca
     1621 ttgttatgag gcgatactgt acaacaaagg cagcatcgat gctctcttca acatgacccc
     1681 tccaacttca gctttggggg cctgctttgt tttcagtccc aaggaaggca tcattgaacc
     1741 aagtggagtc caagctatcc agatctcctt cagctctacc atcctgggaa actttgaaga
     1801 agagttcctg gtcaatgtca atgggtcacc tgagcctgtg aaactgacca ttagaggctg
     1861 tgtcattgga cctaccttcc attttaatgt tccagctctg cactttggtg atgtttcctt
     1921 tgggtttcct cataccttga tatgttccct caataatacc tctttgatcc ccatgactta
     1981 caaactgcgt atccctgggg atggccttgg ccataaaagc atttcatatt gtgagcagca
     2041 tgtggactac aaaagaccat cttggaccaa ggaagaaata tcctcaatga aaccaaaaga
     2101 attcaccatc tctcctgact gtggcaccat tcgcccccag ggatttgctg ctatcagggt
     2161 gacattatgc tccaacactg tgcagaaata cgagctggca ctcgtggtgg acgtggaggg
     2221 catcggagaa gaggtgctgg cgctcttaat tacagcaagg tgtgttgtac ctgccctcca
     2281 cctggtcaat acagaggtgg actttgggca ctgcttcctg aagtacccgt atgagaaaac
     2341 actccagctt gccaatcaag atgacctccc aggattctat gaggtccagc ctcaggtgtg
     2401 tgaggaggtg cctactgtgc tgttttccag ccccaccccc agcggggtca tctccccaag
     2461 cagcaccatc cacataccac tggtcctgga gacccaggtc actggagaac acagatccac
     2521 ggtttacatc tcaatctttg ggagccagga cccccctttg gtatgtcact taaagagcgc
     2581 tggagaaggc ccagttatct acgtccatcc caatcaagtg gacttcggga atatctacgt
     2641 cctaaaagac tcttccagga ttctcaacct atgcaaccag tccttcattc ccgcattttt
     2701 ccaggcacac atggcacaca aaaaatccct ttggacgatt gaacccaatg aaggcatggt
     2761 tcctccagaa actgatgttc aactggcact gaccgccaac ctgaatgaca cactgacatt
     2821 caaggactgt gttattttgg acattgaaaa tagcagtacc tatcggattc ctgttcaggc
     2881 ttccggaact ggttccacta ttgtttcaga taagcccttt gctccagaac tcaatttggg
     2941 ggcacatttt agcctggata cccactatta ccactttaag ttgatcaaca agggacgtcg
     3001 gatccaacag ttgttctgga tgaatgatag cttccgaccc caggccaagc tgagtaagaa
     3061 gggccgggtt aagaagggac atgctcatgt ccaaccccag cccagtggct ctcaggagcc
     3121 cagggatcca cagagccccg tgtttcatct ccaccccgcc agcatggagc tgtacccagg
     3181 ccaggcaatt gatgtgatac tcgaaggcta ttctgctact cccaggatag tgaaagagaa
     3241 gctggtgtgc cacgccatca tcggggcaca gaaggggaag agcttggtga tggctgtgaa
     3301 catcacctgt gagttcgtcg cacctctcat ccagctctcc accaagcagc tcatctaccg
     3361 actggagaag aaacctaaca gtatcctgaa acctgattac cagcccttgg ccataaagaa
     3421 catttccacc ctgcccgtga acttgttgct gtcaacatct ggacccttct ttatatgtga
     3481 gactgataaa tccctgctgc cggcaactcc tgagcctatt aaactggaaa ttgatgaaga
     3541 aaaaaacctg ctgatcaagt ttgacccttc ctacagaaac gatctgaaca actgggtggc
     3601 agaagaaatt ctagcaatta agtatgtgga acaccctcag atagacagcc tggacctgcg
     3661 cggagaagtg cattacccca acctcagctt tgagacaaag gagctggatt ttggctgcat
     3721 cctgaacgat actgagctca ttcgctacgt taccatcacc aactgcagtc cgttggttgt
     3781 gaagtttcgc tggttcttct tggtgaatga tgaggaaaat cagataaggt ttgtgacatt
     3841 gccgaagaag ccctacagtg ccccagtgtc ccagatggag tccatcccag caacctcaga
     3901 ggctgccagc ccaccagcaa tcctagttac agtagagtcc cccgagatgg atttaaatga
     3961 ttttgttaag actgtccttg tggatgaaga tgccaggcct gaagaaaaag aactaagaaa
     4021 aacgaaagct tccagtgtga tctcagatga aataaaaatt agctctactg aaatagaaag
     4081 aatatactca agccagagcc aggtggagga tcaggaatcc ctacagacct gtgaacagaa
     4141 tgagatgctt tccattggga tagaagaagt gtttgatatt ttgcccctgt ttggagtgtt
     4201 gcagccacac agtagccacc aaatatcgtt caccttctat ggacacgcta acatcattgc
     4261 acaagctaaa gctctgtgtg aagtggaaga aggacccacc tacgaaataa cactgaaggg
     4321 agaggcgtcc ctggtcaact attcctttga caccaaggat attcactacg gattacagct
     4381 gtttgaccat gtcacagaga gggaaatcac gctgacgaac atggggaaag ttggctttga
     4441 gttcaaggtt ctgactgacc accagtcttc tccagacaac cttctccctg gagtgccact
     4501 aatcctgcct gtgtctggct ttatcagttc acatcaagag caggtattaa aagtttacta
     4561 cctacctgga gtacctgagg tctttaaaag gagtttccag atacagatcg cccacctgga
     4621 cccagaaaat atcactctga gcggagaggg aatctttccc caaatctgcc tcgatctccc
     4681 caggaacctc acagcaaatg aaaagtatga aatgttcttg aatcaagcca ggaaaaacac
     4741 agacaaagag tataacaaat gtgaaatgct cgatcacttt gacataataa ctgaggaagt
     4801 gccagaagac gagcctgctg aggtaagtgc tcatctccag atggaggtag aaagacttat
     4861 agtccaaagc tatgtcctag aacatcagaa aacaaccacc cctgatccta tggatgaccc
     4921 ctgcttcagc catcggagtc gccgcaaact ggccaaaatc cagctaccag agtacatcct
     4981 ggactttggc tacatcatcc ttggcgaagt ccgaacccac atcatcaaga tcatcaacac
     5041 cagtcacttt ccagtgtcat tccatgcaga caagcgtgtc cttcatgaga caggattcag
     5101 tactgagcta gatcgtgtaa agaatctacc tcattgtgaa acggaaatat ttgaagtgag
     5161 atttgaccca cagggggcca atcttcctgt tggaagcaaa gaagtcattc tgcccatcaa
     5221 ggtggttgga gggccaacag ttcacatctg tctccaagcc aaggtgacca ttccaaccat
     5281 gactctctct cgtggaaaag tggactttgc cacaattcag tgtggacagt gcctggtgga
     5341 aactattcag ctttccaatc atctccaagt cccttgtgaa tggttcgtcc agagccaaaa
     5401 gcctgttgac aagctggaga aacacatgcc gaagtactta agacagaaac tacgcgctga
     5461 attaaagcca aagacacgga tcttcgaaat ccagcccatt tctggagtct tggatcctgg
     5521 tgagaagtcc aacgtgcaag tgaaattcat gccaaaagaa gagaaattct acagccaaac
     5581 cctggtgttt cagattgccc agagtgctca aaagcttacc ctcctggcac gtgggcaagg
     5641 tctagagcca cgcctggaat ttagtccttc agtcctggat ctggggccac tgctactttg
     5701 tgcacctgga gacgaggccg aggtgatagt gaagaatccc tgcaacttcc ccattgagtt
     5761 ttattcctta gaatttgatc agcagtatct catagaagaa aagatcttgc ggaagctgaa
     5821 gggctatgat tcctacaaca ccctgctgct gcctccccgc aaccctgggg agaagctgcc
     5881 cccagaactg tacgagtact tcaaagagat aaagaagtca aaagaggagc agatgagggc
     5941 gaaatatctg gagaatctgg cacaggagaa tgaagaggaa gatataacct catcagatca
     6001 gggaacctcc aatagcacaa agaggacatc gctgagccga gggatctctg tcacatccaa
     6061 cctggaagaa tggcacgccc tgttggtcga gtccaaaacc tacctagagg aagaggagga
     6121 tgaggaaagc ctggaaaaaa tcattttcca aactgacaag cttcagagca ttgacagcca
     6181 ctccatggag gaagttggag aggtggaaaa caacccagtg agcaaagcaa tcgctcgcca
     6241 cctgggcatt gacatttctg cagaaggccg cctggccaag aaccggaaag gcatcgccat
     6301 tatcattcat gggacaccct tgtcaggaaa gtcagccaat gccgttagcg tggccaagta
     6361 ctacaacgca gcctgcctga gcatcgactc cattgtgctg gaagctgtgg ccaacagcaa
     6421 caacatccca gggatccggg cccgtgagct ctgcatcagg gctgccatag agcagtccgt
     6481 gaaggaagga gaggaggctg cccaggaggc agctgtgggt caaaacgtca tagggcaagg
     6541 acgactgagc actgacacct tgggcaagtt agcctccgag atgactctgg tggccccaga
     6601 aattaaacct ggaaagagtg ttcgtgggag cgtggtgatc accaaaagca aggcagacag
     6661 ccatggctcc gggtcacaga agcagcatca ctcacaccag tctgaaacac cacagatttc
     6721 ctccagccct ctccccccgg ggcccatcca ccgctggctc agtgttagtc ccagtgtcgg
     6781 aggcgagacc gggctgatga gctgtgtgct cccggatgaa cttctcgtgc agatcctggc
     6841 agagcggata cagctgagtg actgctaccg aggagtggtg tttgatggcc tcgacactct
     6901 ctttgctcag aatgctgcag ccgccctcct ctgcctgctg aaggccattg gcagccggga
     6961 gcatatatac attctcaaca tggcccagga ttacgcagcc atgaaggccc aggagaaagc
     7021 caaaaaggag caagaagaac gcaagcacaa gggagctctt gagaaagaga aggagcgtct
     7081 ccaaaacatg gatgaggaag aatatgatgc cctgactgag gaggagaaac tcacattcga
     7141 tcgggggatt cagcaggcgc tccgcgagcg gaagaagagg gagcaggaga ggctggcaaa
     7201 ggaaatgcaa gaaaagaagc tacagcagga gctggagcga caaaaggaag aggatgagct
     7261 gaaacggagg gtcaaaaaag gaaagcaggg acccattaag gaggagcccc ccatgaagaa
     7321 atctcaagca gcaaacaagc aggttcctcc gctcaccaaa gtggatgtca agatggagac
     7381 aatcgaaagg aaaatatctg ttagggaaca aacaatgtct gagaaggaag agctaaataa
     7441 gaagaaaagg aacatgggcg atgtcagcat gcatgggctt cctcttgtcc aggaccaaga
     7501 ggacagtgaa ggggacaact caaaggaccc cgacaagcaa ctggccccga agtttaagac
     7561 ctatgaattg acactgaagg atgtccagaa catcctcatg tactgggacc ggaagcaagg
     7621 agtccagctg cctcctgcag ggatggagga agcgccccat gagcccgacg accagcgcca
     7681 ggtccccttg ggtgggcgca ggggccgcaa ggaccgggag agagagcgcc tggagaagga
     7741 gcgcacggag aaggagcgcc tggagaggga gaaggcggag cgggagcgcc tggagaagct
     7801 gcgagccctg gaggagcgga gcgactggga gggggaaggg gaggaggacc acgaagggaa
     7861 gaaggagaag gacctgggcg tacccttcct agacatccag acaccagact ttgaaggctt
     7921 gagctggaag caggccctag agagcgacaa gcttcccaaa ggagagcaga tcctagacat
     7981 cttgggtctg ggtgcctccg gaccacccat cccgcctccc gccttattct caatcgtctc
     8041 ctacccggtg aagcggccac ctttgaccat gacagacgac ctggagcatt ttgtatttgt
     8101 gatcccacca tccgaagata tatctctgga tgaaaaaaaa gaaatggaaa tagaatcaga
     8161 ctttttggcc accacaaaca ctacaaaggc tcaagaggag cagaccagct catctaaggg
     8221 gggcaaacag aaaatgaaag aaaagataga ccaagtcttc gagattcaga aagacaagcg
     8281 tcacatggcc ttaaacagga aggtcctttc tggggaacct gctggaacca tttcccagct
     8341 gtcagataca gacctggaca acttcaacgg gcagcactcc caggagaaat tcaccagact
     8401 gaatcacttc cggtggatcg tgccagccaa tggcgaggta acgttgcagg tgcacttctc
     8461 ttctgatgag ttcgggaact ttgaccaaac ctttaacttt gagatcctag gaacttgctg
     8521 ccagtaccag ctctactgcc gaggcatctg cacttaccca tacatttgcc aagacccaaa
     8581 agtggtattt cctcagcgga agatggacat gaagacaaat gaggtcatct ttaagaagta
     8641 tgttatgagc acggagacgt actactttgg gccactactt tgtggaaaat caagagataa
     8701 gtacaagtca tccttattcc caggcaacat ggagacgcta acaatcctga acacttcctt
     8761 aatggtggtg gaggcatcct tctattttca gaatgatgtc aaagcaaaca cgtacttcct
     8821 ggaacccaac accatggtcc tgaaacccaa tgagaagcag atattaaacg tatgggccta
     8881 ccctacttca gttggtgtct ttgaagacag cattgtctgc tgcatcaatg acaacccaga
     8941 gccagccatc ttccaattaa gctgccaggg gatccgcccg gaactagagc tggaacccag
     9001 gcaattacat tttgaccggc tcttgctgca cagacaggaa tccagggtag ttcttctccg
     9061 caatgtcacg ctcctgcctg tggcctggcg gatcaccagc ctggagcact tgggtgatga
     9121 tttcactgta tccctgatgc aggggaccat cccccctgag gctgagtacg gcctgcacct
     9181 gtactttcag cccaccaagc ctgtcaacat caagaaggct attcggttgg aggttttaga
     9241 tgcagaaaat cttcttggtg ttgttcagat tgaaaatatc atggtctttg cagaggcata
     9301 cgacatcgcc ttggacatca ccttccccaa aggagctgaa gggggactgg attttgggat
     9361 tgtcagggtc acagaggagg cgaagcagcc cctgcaattg aagaaccgtg ggaaatatga
     9421 gatcgcgttc agcttttccg tggactctgt agggatttca acacctaata taaattccat
     9481 gatctcagtc caacccaaaa agggttcact gaccccaaca gaaaaaccca caaatgtcca
     9541 agttttcttc catgcaaaaa aggaagtgaa gattgagcac cagcctgttc tgcgctgtca
     9601 gattattgag cccaatattt cagaaggagg tgagatcatt gccagcatcc caattaagtt
     9661 ttccgcgaat gcagtatatt ccaaatacaa catcaccccc tcctctgtca tcaactttgg
     9721 agctttgatc tgtggcactc gtaaaagcac caccttcacc atagaaaatc aaggtgttac
     9781 tgacttcaag ttcgcccttt ataagctgac aggggagagc cccattcatc aaaagaaagc
     9841 agccagccac gtcagacatg caagatcccg agaaagtgag agcttctaca aaactggctc
     9901 ttccagagca gccaagttct ctgacacgat tcagaaagaa gtaaccacca caggccaggc
     9961 ccgcttcgcc catggcatgt tcaccgtgta ccctgggttt ggctccattc cttccggagg
    10021 acagcaggtc atcaacgttg actgtgtggc tgacgccatg ggaaagtgtg aggagtttat
    10081 agccatcgat atctccggcc gagaccctgc agtccaccct gccggcattc tttacacttt
    10141 gctagctgaa gcctgtctac cagccttcgt gaccgaaaac aatgccttga tatttgaaga
    10201 gcaccagata tgtaccagtg ccaacctgca ccacatcctg cagaccatag agagcggggg
    10261 gctgttcgtc gaggatgaga acaagttcat cttctgcaat gtcctggtgg gccgccaagc
    10321 caaggctcgt ttcaagatca gcaacgtggg aaagatcacc tgtgatgtca acattgtagt
    10381 caggcctatc tccaataagc cctttgcccg catcgtcgac atttttgaag tggaacccag
    10441 caagatgtgc attgccagtc attcccatgc ctttgccacg gtgtccttca ccccgcagat
    10501 catgcagaac taccagtgca tctttgaggc taccttggat ggcttgccca gcaccctggc
    10561 caagagccga ggcctcgtgt ttgacatcgc tggtgagggg aacctccctc gagtgacggt
    10621 tgtgcggcca gttcttcata accaatatgg aaaccccttg ctcctcttta agaggcttct
    10681 ccttggtcat tcagagaagc tgcctctcat cctcaagaac aatggtgtcc tccctgccca
    10741 gctgcatgtt gacctgcagg atgagctagg agtcttctcc ctgaaaggga ggcccaccac
    10801 cgcgtatatc tacatcacag aggaaaataa accacatgta aaagcaaaga aagctcacac
    10861 agcctccttg gttgtttctc ctggagatac agctgaattt gatgtcgttt tccactccca
    10921 gaaggttggg aggatgagag gtatcatcca cttgtcagtg atcaacaacc aatatgagga
    10981 gacctccatc cacatggtgg gagagggcta tgaggatgac atcaccttgg acaacatcca
    11041 tggactggtg gcccccacca gccaggaaga cataagtatc tctgagttca cagagatcat
    11101 cgaggacaat gatatggaag acttggtggc agctgctctg gtggaccaca tccaatttgg
    11161 ggactgccac attggacaca gctataatgc gagcttcaca gtcacaaatc acagccaagt
    11221 gaacttgata cggtttgaat ggcctgtttc agctacaatt gctttctccc cacagatggg
    11281 ccacctccac cctgggtgtg ccaaggacat agtggtgacc atgaagtcag atgtacccat
    11341 caacctaaag aatatgcgga tcaggtgcaa gctctccagg attatgtttc agctccctgc
    11401 agaccaggtc cccgactggg atgaccgcat gcacacagtc aagtgggtgg acgtacccag
    11461 aaacatgcct gggactttca ctacaaaacg aaaagtgata gagacggatc cggaacctgc
    11521 tcactcagta ctagaagaaa actaccaaga actgcagctt caaatcagtg ccaatgtgga
    11581 tttcgcttca taccattgcc aagcaagaga tgtgcgcttt aaggaaacct tggtttacca
    11641 gacccgagtg tttgagttcg atgtgattaa ttcaggacgt gtccagctgg aattcagctg
    11701 ggtctcagaa gatacctcaa aggcagtcag ctttgcaaaa ccagatcacc aaggttcagc
    11761 tcaaaaagat cagcttagtc agggcacgat gcatacaggc agcaccctgg acagcaccat
    11821 ggaccactgg gccgagggtt ccccacagcc cttctctgtg gagccctctt cgggaatcgt
    11881 gccggtgggg aagattcaga agttcaaagt aaaattctcc ccgttggaca ttggagactt
    11941 cgagagcaac cttttctgcc agattcccaa cctgccacct ggagagcaag gtccggtcct
    12001 ggtagcaaaa gggcggagca ccttgcccat ctgccatttt gatctgaaag actcggacta
    12061 cataagtggc catcagcgca acccagagct ccgagggtcc agtgggggag ctctggatcc
    12121 aaacacccgg gtgattgagt tcaccactgt gggcatagga gggaagaatc tccggacctt
    12181 taccatccta aacccaacca atagcaccta ctccttctgc tggatctctg aagaaattga
    12241 aagtctccag aaccctgcag cattcacatg ccttacagaa aagggcttca tccaccctga
    12301 aaagaaagcc gagatcgtgt tccagttcac acctttccat ctgggcatca ctgagtcatc
    12361 atggaccttc ctaattcccg agcacaacat cacagtccct ttcctgctgg taggcaaaac
    12421 taccgaacct ctcatctctc tgaacaagtc acacctcaac ttcagctctc tcctcattgg
    12481 cagagaagcc agggagactg tgcagatcat taacaaggag gagcaggggt tcgatttttc
    12541 cttccaggac aactcccgct attctgaagg tttcagcaac agcctgcttg tatgtcccat
    12601 ggaaggctgg atcccaccac tgtccaggtt cccaattgat attttcttca caccaaagca
    12661 ggaaggagat gtgaacttta atttgatctg caatgtggaa aagaaagtcc accctgtgac
    12721 attaaatgtc aaggccgagg gctacactat gaatgtggag atcaagtgca aggacaggac
    12781 aggctccatc actctgttga ctcccaacca gactaacatc atcaacttct atgaggtgga
    12841 gttaaatgaa tgtgtccagt gtgaattcaa ctttatcaac actggaaagt tcaccttcag
    12901 cttccaggca cagctgtgtg gctccaaaac cttgctgcag tacttggaat tttcacccat
    12961 cgacagcact gtggatgtag gacagagtgt acatgccacc ctgtcttttc aaccattaaa
    13021 gaagtgtgtc ttgacagacc tggaactcat aatcaagatc agccatggtc caacatttat
    13081 gtgcaacatc tcaggctgtg ctgtgagccc ggctatccat ttctccttca ccagctacaa
    13141 ctttgggacc tgctttatct atcaagctgg gatgccccca tacaaacaaa ccctggtaat
    13201 taccaacaag gaagaaacac ctatgagcat agattgtctg tacaccaaca ccactcacct
    13261 cgaggtgaac tcccgtgttg atgtggtaaa gccaggaaac acattggaga ttccaataac
    13321 tttttatcct cgagaaagta tcaactatca agaactcatt ccctttgaaa tcaatgggct
    13381 ctcacaacaa acagtcgaaa tcaaagggaa gggtaccaaa atgaagattt tagtcctaga
    13441 tccagccaac aggattgtga agttgggagc tgtcctacca gggcaggttg tgaaaagaac
    13501 agtttccatc atgaacaaca gcctggccca gctcacattt aatcagtcca ttctgttcac
    13561 aattccagaa ctccaggaac ccaaggtcct taccctggcg cccttccaca acatcacact
    13621 gaagcccaaa gaagtctgta aactggaagt catctttgcc ccgaagaagc gtgtccctcc
    13681 cttctctgag gaagtgttca tggaatgcat ggggctcctg cgccccctct tcctccttag
    13741 cggctgctgc caggccctgg agatctcact ggaccaggaa catattccct ttggacccgt
    13801 ggtgtatcag acgcaagcca cacgtcgcat cctcatgatg aacacaggcg atgtgggtgc
    13861 aaggtttaaa tgggacatca aaaaatttga gcctcatttc tccattagcc cagaagaagg
    13921 ctatattacc tcaggcatgg aggtttcttt tgaagtgacc taccatccca ccgaggtggg
    13981 aaaggagagc ctttgtaaaa acattctctg ctacatccag ggaggcagtc ctctgagtct
    14041 aaccctgtct ggagtctgcg tgggaccacc tgcggtaaaa gaggtagtga atttcacgtg
    14101 ccaggtgcgc tccaagcaca cgcagaccat cctgctgtca aaccgcacca accagacctg
    14161 gaatctgcac cccatctttg agggcgagca ctgggagggg cctgagttca tcaccctgga
    14221 ggcccaccag caaaacaagc cctatgagat cacctacagg ccccgcacca tgaacttgga
    14281 gaaccgcaag caccagggca ccctcttctt ccccctccca gatgggaccg gctggctgta
    14341 tgctctgcat gggacttctg agctccccaa agctgtagcc aatatctatc gtgaagtgcc
    14401 atgtaagacc ccctacactg agcttctgcc aatcaccaac tggctgaaca agccccagag
    14461 attccgggtc atcgtggaaa tactgaaacc agagaagccg gacctaagca tcactatgaa
    14521 gggccttgat tacattgatg tactgtctgg ctctaagaaa gactacaagc tgaacttctt
    14581 ttcccacaag gagggaacgt acgctgcaaa ggtgatcttc cgaaacgagg tgacaaatga
    14641 gttcttgtac tacaatgtga gtttcagggt catcccttca ggcatcatca aaaccatcga
    14701 gatggtgacc ccagtccggc aagttgcgtc agcctccatc aagttggaga accctctgcc
    14761 ctactcggtg accttctcca cggaatgccg gatgcccgac atcgccctgc cctcccagtt
    14821 tgtggtgcct gccaactccg agggcacgtt ctcatttgaa tttcagcccc tgaaagctgg
    14881 agaaaccttc ggaagactaa ctttgcacaa cactgacttg ggttactacc aatatgagct
    14941 ctatctgaaa gccacgccag cacttccgga aaagcctgtt cacttccaga ctgtccttgg
    15001 cagcagccaa atcatccttg tgaagttcat caattacaca cggcagagga cagaatacta
    15061 ctgcaggacc gactgtacag acttccacgc agaaaaactc attaatgcag ccccaggagg
    15121 ccagggaggc actgaagcca gtgtggaagt cttattcgag cccagccacc tgggtgagac
    15181 caagggcatc ctgatcctat catcgctcgc aggtggagag tatatcatcc ccctctttgg
    15241 aatggctctg cctcccaagc cccaaggtcc cttctcgatc cgagccgggt acagcataat
    15301 catccccttc aagaatgtct tctatcacat ggtgaccttc tccatcatcg tggataaccc
    15361 agccttcacc attcgcgctg gagagtctgt gcggcccaag aagatcaaca acatcacagt
    15421 ctcctttgaa ggaaacccat ctggcagcaa aacccccatc accaccaagc tgactgtgag
    15481 ctgccctcct ggtgaaggga gtgagactgg agttaaatgg gtttattatc tgaaggggat
    15541 caccctttag tggtaaccag ggttacctgt atcaaccaaa agctatgcat tgtcttagcc
    15601 tgaaaaagaa tagagaaaac aataagaatt ctaaaggaac tgtttttatt cttctcatac
    15661 aattataggg cagttatttc cctattatgt gttttccaaa tatagatatg aaatatctat
    15721 tccatattaa acattataac tacacacaac agctctatat tttagacaac tgaatccttg
    15781 tgagtcccta aattgagttt cttgacatag ccccaaagct caagtacttt gtaataattc
    15841 ccatttttat caagaaggca caggtatcac actagtgacc ttctactcta caacacttag
    15901 caatgcgtga cgctgggtac tgcagtttct ttttaaaatc caaaatggtt taaaaagccc
    15961 ttagacatga ctattttgat gtggcatttt attctgcttt cacataaaag ccaaataaat
    16021 attttcagag ggatgagcag ataacattag ggcaatccag ggacactccc atcacttttt
    16081 ctcttggctt ttataccatc agtgtccgaa tcccacatct gccctacaca gaaagttctc
    16141 actgaagtct aggccctgga gaaaggctaa tagagatccc agctcccccc accacacata
    16201 cacaccccgc cttggatagc attcagcagg agagcaggga ttctcaaccc atctgcacat
    16261 caggaccacc taactctcac tctgaacgtg cccagtcccc atctgatgta attggtctgg
    16321 agaggggtgt gggcatcttt attatataca tttaacttgt atagcagatg gttaaagtct
    16381 ggccctggca tgggtttgct tctgcagaca tacacctctg acggagggtc cccctgcctc
    16441 tacctgctcc ccacactcat cccccacagc cctcctacaa gaggggcagg agactggaag
    16501 aagatggcct cttgggaatg aatgccgtaa agaagtgggt cttaaaaatg gtccctgggc
    16561 cagcagcagt actatcacct gggaatttat taaaagtcaa actctcagtc cccatgtcag
    16621 atcgactgaa tcaaaaagtc tgtaggtgtg gcccggcaat cttttagcaa gtccttatac
    16681 ctgtcagagg tggctttcat ggagggagac tcttctcctt cttctgtacc tccccacaac
    16741 cctagcccag tatactctag gaccaaaaaa gctttttcta gaatgtctgt aaacacagac
    16801 ctttacaata gtcctccctc atcctcaggg gatacattcc aaggtgccca gtagatgcct
    16861 gaaaccacag atagtactga acactccata tactgtggta ttttccttta catacatacc
    16921 tttgattaat ttataaatta ggcacagtaa gacattaaca ataataataa taaaatgtaa
    16981 taattataat aatatgccag catcactacc catgtgcttt ggggccatta ttaaactaaa
    17041 taaggtttcc ttgaacacaa gcattgcgat cccatgacag ttgacctgct aaccccaagt
    17101 catctactca gtgactatca agtaggttgt gtctacagca tgcatacgct agacgagggg
    17161 atgattcaca tcctgagcag gatggagtgg gatggcatga gatttcctca agttattcag
    17221 aacagcatgc catttaaaaa gtatgaattt tttatttctg gaatttttca ttaaatattt
    17281 tcattccaca gttgaccaca ggtaactgaa gccatagatg aggaggactg ccatactcaa
    17341 tagacaattt atttctataa cctctaaaga cactactgat aggtctaaag acaaccagat
    17401 gacagatttt cacaatggtt aagtgagcaa agatcgctct gaccaataat ctgagaggat
    17461 gctaagatca atgagcaaga gtgatgactt gcaaatatac agcatctgta taaagtcagt
    17521 gcttctgaaa tattagtata catcagcatc ccctggaggg cttactgaaa cagattgctg
    17581 agccccaccc tcaggaagtc cgatctagga gatttgggtg gggcttgaga atctgcattt
    17641 ctaaccagtt cttggtgatg ctcgttggtg agaccaatca gactgtgaga accacgactc
    17701 taaagcctcg agcctcctgg ttattcggag tggcctatgg acctgcagca tcagcatcac
    17761 ctgggaattt gttagaaagg caggccctca ggccccaccc tagacttgtt gaatcagaat
    17821 ctgcattttc atggacctcc aggcgatttg catgcacatt gcagctgaga gtgctacttt
    17881 aaggtacctg gcaaaacttg acatttgcca aacccacagc cataactctt tcattacagt
    17941 cctgagaagt cttaccaaat ctgcatagga cctagttgat gaaattaacc ctccccaaaa
    18001 tgtgcctcct tccacctatt caccagaggt ataggttagg agaagggaag caattggtcc
    18061 ctcaccctac tcttcaaaag ggtgtacttt ttcaataatg gtcaatgtgg tacaccaagt
    18121 gatccctaag actaaagaaa aggtggaaga agctgtctga aatcttgtct aacatgccac
    18181 cagccccagc atggcttata gccagccttg gggtggctag gggcaactcc cccaacttca
    18241 gacctgttcc agtgcttccc caagccactg aagctgtcca tatacatttt ataaaagtga
    18301 tcagggagaa gggaggggga gaaacaaaaa cgaacccagg ttgcagcaca ctcagcatta
    18361 atcactagat cagcctgcgc tcagacctgc ttcctcatag ctgtttggtg cctgctgttt
    18421 cagaatcacg tagaccctgc taaagatcat agttcccctc aatgctctgg agataacaac
    18481 ttgaacatta ggaaacgtta agttttccgt ttgagatatt tattcttggt cctgtgtacc
    18541 agtgaaacaa ctgacatcag ctgatctgaa ggacctcacg agaagctgat tcaccaaaga
    18601 atgcggtttc cacatcctga tgatttcatc cgtcttaccc aaccaatcag tcacctggtt
    18661 tttcagccct tcaccctcca ggatcccctt aaaaacccca gtccagaact cttccgggag
    18721 atggatttga gggtctcctc ccatctcatc actcagtgac ctttgatcat cactttctct
    18781 gctgcatccc cactgtctct gtgcattggt ctgttactgc acagtgggca cacaaacgtg
    18841 ttggtcctat aacaccactg agtctagggt ccaaatcctc ctagcccctg agagaggagg
    18901 aagttccttc tccctgggac caagagccaa gctcagatcc tgccccagtg tgaaccctct
    18961 tccaggctgg tttgagattg ggtgcatttc ttccctttag gtttttctcg tgcttcctta
    19021 gcctcaaaca ataacaaaat agtcttatat tagcaaattt ggaatggcaa agtagcttaa
    19081 cagcaggctt gatgaaaata acccttccaa cacatgcttg tggaagttac attggagaat
    19141 ccattctcag caaagcagac caggagactt ctaactgggg gatgttcaga aaatgtcagg
    19201 gtagctgtgt ggcagaactc caaggagcac tgtgcacaga ataccatggg aatggggctc
    19261 cctggcctcg ttccacactg ggcccccagt gagtgtggca tgctaagtct aaccacttct
    19321 ttaggagcct caagtcagag gtgacaatac tgtaacattg gtgagggcct gctacatttc
    19381 aagacctcta cctaatacct taaaccctgt tgccctgaaa ctccagctac aattacattg
    19441 ctgttggaga aactgctttg cacagttcaa gattttggta caatttctta caatgtcatc
    19501 agcagcctct tgctacaagt tatgtcataa cttttacata cttgtaatag ctattatgaa
    19561 tagttgttac agaactatta caagttctag cataacaacc aagcatcaca cagatgcaga
    19621 tgaattgtaa ctgtgaaata atgactagta tgcagtcagg cacatcagtt atcccctagt
    19681 ctagaagagt ttcaacagga atggtcacag gtcagagaag aggaacaagg gtggaaggca
    19741 agggtagcct ttgggcttta tttttaccac cactgctagc tcaattatgc ataaataatc
    19801 ttacctagtt ggcatttttc aagatattag agaaaagaac cacttctttc taggaacttc
    19861 tgacctaaag gtaggcattg gtctgggcct tgaataaaaa actggttact tagcaacctg
    19921 agccagaata taatttcagg agaaaagaat acttctggta aaaaaaaaat tccttattgt
    19981 ttgaattatt aaaaactgta tcattaccct tgggaaattc agttcacctc taagaaaaag
    20041 ccaaaccaaa aagcaaaaga aacatgaaat atattagata tgcgtcccgt ggaaatgcac
    20101 acacattgga gaaatagaac caaatcattc ccattgattt acattttttc agtgtttttc
    20161 atcaaccatc atcaaaatcc taaaaccaaa ctttgcaaga catttggaga tgtccttggc
    20221 agcactacta ctacttgtta gcgcacctac cttcattcat aggattgtgt cagcaaaggt
    20281 tttaacaact atgaaaaccc cacctgtata ggagaataca ttttttatgg atttttctag
    20341 acatgatata tccatgactt gccgagtttt ggattagcct ttgtattcat tttctatggc
    20401 tgcataacaa attaccacaa aactaggaga gcaaaacaac acaaatttat tatctcacag
    20461 tttccatggg ttgagagccc agtgtgaact ggattctcag ctcagggttc cacaaggctg
    20521 aaatcaaggt gctggccagc tgcatcctca tcaggaggct caactaggga aagatctgct
    20581 tccaaggacc ctcaatgtgt tggcaaaatt cattcctttg tggccatatg actaaactcc
    20641 ttacaggaga gtctctcttc cagttcaaat ttcttctaat ctcttttaag tactcacttg
    20701 attcggtcag gccgactcaa gttaatctct ctttttatta attcaatgtc tgctgattag
    20761 ggaccttaat tacatctgca aaatctcttc tgcgatatta cataatataa tcatgtgagt
    20821 gatgcatagc ccatcatatt tacaagtctt gttcacgctg aaagagggca taatacaggg
    20881 catgaacacg aaggggtggg aatattggag gtcatcctag aattctgcct acttttgccc
    20941 tttactcatt gcgtccctgt ttctgttgag gaaaatactc cattttcaag actgttataa
    21001 ggcctatata tgcacttttc attcattaaa gaaaagtatc accatg
//
