LOCUS       NM_001419749            6666 bp    mRNA    linear   ROD 29-OCT-2024
DEFINITION  Rattus norvegicus ankyrin repeat domain 48 (Ankrd48), transcript
            variant 1, mRNA.
ACCESSION   NM_001419749 XM_008770390
VERSION     NM_001419749.1
KEYWORDS    RefSeq.
SOURCE      Rattus norvegicus (Norway rat)
  ORGANISM  Rattus norvegicus
            Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
            Mammalia; Eutheria; Euarchontoglires; Glires; Rodentia; Myomorpha;
            Muroidea; Muridae; Murinae; Rattus.
REFERENCE   1  (bases 1 to 6666)
  AUTHORS   Florea,L., Di Francesco,V., Miller,J., Turner,R., Yao,A.,
            Harris,M., Walenz,B., Mobarry,C., Merkulov,G.V., Charlab,R.,
            Dew,I., Deng,Z., Istrail,S., Li,P. and Sutton,G.
  TITLE     Gene and alternative splicing annotation with AIR
  JOURNAL   Genome Res 15 (1), 54-66 (2005)
   PUBMED   15632090
REFERENCE   2  (bases 1 to 6666)
  AUTHORS   Iida,H., Urasoko,A., Doiguchi,M., Mori,T., Toshimori,K. and
            Shibata,Y.
  TITLE     Complementary DNA cloning and characterization of rat spergen-2, a
            spermatogenic cell-specific gene 2 encoding a 56-kilodalton nuclear
            protein bearing ankyrin repeat motifs
  JOURNAL   Biol Reprod 69 (2), 421-429 (2003)
   PUBMED   12646494
  REMARK    GeneRIF: cloning and characterization; findings indicate a
            potential role of spergen-2 in spermatogenesis, especially in cell
            differentiation from late pachytene spermatocytes to spermatids or
            in early spermatid differentiation
COMMENT     VALIDATED REFSEQ: This record has undergone validation or
            preliminary review. The reference sequence was derived from
            JAXUCZ010000014.1.
            
            On Apr 17, 2023 this sequence version replaced XM_008770390.3.
            
            ##Evidence-Data-START##
            RNAseq introns :: single sample supports all introns SAMEA5760383,
                              SAMEA5760389 [ECO:0000348]
            ##Evidence-Data-END##
            
            ##RefSeq-Attributes-START##
            inferred exon combination :: based on alignments, homology
            ##RefSeq-Attributes-END##
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-439               JAXUCZ010000014.1  84665694-84666132
            440-554             JAXUCZ010000014.1  84667117-84667231
            555-728             JAXUCZ010000014.1  84667553-84667726
            729-835             JAXUCZ010000014.1  84670849-84670955
            836-973             JAXUCZ010000014.1  84673938-84674075
            974-1046            JAXUCZ010000014.1  84681320-84681392
            1047-1126           JAXUCZ010000014.1  84684826-84684905
            1127-1185           JAXUCZ010000014.1  84687918-84687976
            1186-1222           JAXUCZ010000014.1  84689469-84689505
            1223-1289           JAXUCZ010000014.1  84692589-84692655
            1290-1412           JAXUCZ010000014.1  84703616-84703738
            1413-1519           JAXUCZ010000014.1  84703827-84703933
            1520-1577           JAXUCZ010000014.1  84705842-84705899
            1578-1684           JAXUCZ010000014.1  84710315-84710421
            1685-1743           JAXUCZ010000014.1  84711377-84711435
            1744-1780           JAXUCZ010000014.1  84714790-84714826
            1781-1853           JAXUCZ010000014.1  84716371-84716443
            1854-2942           JAXUCZ010000014.1  84721946-84723034
            2943-3036           JAXUCZ010000014.1  84724536-84724629
            3037-3131           JAXUCZ010000014.1  84727361-84727455
            3132-3491           JAXUCZ010000014.1  84730088-84730447
            3492-3661           JAXUCZ010000014.1  84732661-84732830
            3662-3832           JAXUCZ010000014.1  84734362-84734532
            3833-3866           JAXUCZ010000014.1  84737510-84737543
            3867-3939           JAXUCZ010000014.1  84739473-84739545
            3940-4150           JAXUCZ010000014.1  84745158-84745368
            4151-4325           JAXUCZ010000014.1  84746937-84747111
            4326-4396           JAXUCZ010000014.1  84759503-84759573
            4397-4490           JAXUCZ010000014.1  84759988-84760081
            4491-4594           JAXUCZ010000014.1  84763856-84763959
            4595-4724           JAXUCZ010000014.1  84767269-84767398
            4725-4916           JAXUCZ010000014.1  84778702-84778893
            4917-6666           JAXUCZ010000014.1  84780685-84782434
FEATURES             Location/Qualifiers
     source          1..6666
                     /organism="Rattus norvegicus"
                     /mol_type="mRNA"
                     /strain="BN"
                     /db_xref="taxon:10116"
                     /chromosome="14"
                     /map="14q21"
     gene            1..6666
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /note="ankyrin repeat domain 48"
                     /db_xref="GeneID:305491"
                     /db_xref="RGD:735187"
     exon            1..439
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     CDS             237..5240
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /note="isoform 1 is encoded by transcript variant 1;
                     spermatogenic cell-specific gene 2; POTE ankyrin domain
                     family, member A; ankyrin repeat domain-containing protein
                     26; ankyrin repeat domain-containing protein 36C; ankyrin
                     repeat domain 36"
                     /codon_start=1
                     /product="ankyrin repeat domain 36 isoform 1"
                     /protein_id="NP_001406678.1"
                     /db_xref="GeneID:305491"
                     /db_xref="RGD:735187"
                     /translation="MKRIFKGHSPWGFLSFRHAENQEPPRYLTGYTPVKRIHKAASMG
                     DIPQVQKLLEFGNIDVNITDRKKRTALHYACAHGQSEMVSLLLWYDCNIEARDREEST
                     ALIKATQRQHEICVKILLENGADPNAVDAYHITALHYAVYNNDTAIAAKLLSFNANTE
                     IKTKNGYTPLILAVLENKQEMVELLLRAAANINALDNCKRSALIHAVRIQSKNMISLL
                     LQQGADPSLVDIYGATAQSYAVFETFQVLSQSPGPSCPELTTKEDKQSFDTKDGCIPH
                     SHHIKEDNQEMEENTDDKLGSPAALKHKEKELENCEECNSEADTYPESYSKTSSAQRR
                     SNSEPTEVDDEPSFSTKPPVAQSPMFTESSLWVGYPADWPEPVKFSRQPAVYNPTEWR
                     EDMESRSVPREESKQQVAIFPEGKEADVQTQELLSRVFKESGDNDPNLPAIENTKDEL
                     VSLLAPLEENKPQMTEFPLIEAAKFQTDVQLDRQGVLKVEEKGLEICQDHNLEAAESA
                     ESYSMLRFSTNPDISDSEPTTRKDEFKLDAKDKDGLEKHPLASRASQHQDKKLSLPPP
                     QLQERPQETEMDTASDEEDTSGLSKSAKGQMPGRKLREGEKLEGKQTAQHVINKPTQK
                     GGEIYEGVKANVYHKEERPPDVSGKAHLKSVPTNLAYNTLDCGDRDVTAGLFSAALRS
                     FPRQKEGGLGNAFPSPSSSSSRIVESSGHSLTKFSLMKNKLDCENNTFELEESFHKRK
                     EKSSKNAESRKVRGKCPEVRAGEKQEGHEFKGQLQKCMKPKRTDGQLDIGHMHKSSDA
                     SRLSNAKERSHVSEIKSWGDSILHVSDIYGKSQGTQDLSPKPLPCKGNCEAPACTLGL
                     TSDAPPGGRTARAFGAEELQNRLSDSEFRILEEEILAWEKVHLENESVSENLLKKCEG
                     IISDATDQQGHYLETVQAAENCMCVSAEADSEGTSQLEQKDLDSSESSQLSDPALSKT
                     CPQTQNTPVDPSTPTCLLSEKDSKQIHTPPLHLKRMSEDLEIDKKLDRECAPGHPEVP
                     SVKAHGRESLTRDTVGSNGEPKSSSELQHVAGDALENIGPVEEPLPGNCRRIQFKVEE
                     ITKKQPGVESEEPEEPENLCLTVAEFNDNQLVSKRNGGKTGELFPAEEKDELPKSVPD
                     SWIKEAKSSEKEAWGPPEPVVTPVFEESPPEAAGLLPLKDGHLLTKMDPVERRLTKRD
                     AKEKNKTETQVNETEEGSHGCEPCATASGRGCSTLLKLWDTARSDERLTELKKSHCEL
                     LTRKLGKAEDKASGVQREQTEIKKPKSWSQHKEVAWDELCDLRFPLKQDEKRENVEFM
                     FPQKKPRLRREEEQHDGSVERTQRPEIRTVIAELKALEKDLRQLQGVQDQLAQTVQSS
                     KKIQAILQRLEVRLFKLKLTLRENSARIEQIQNHLLHEGLLEDGTKKLIFQTQSLEST
                     LEKQMNRNEELRTELARFKKLFEETKKRLNNHEDRELGGPGESNISQFDMLIPINMLK
                     HELHNLKESWETTYYKYLHMIVKLQFIEQELIAIKTEQKKCGHLLENQKNLEKEVLDL
                     KSWMREIETQARDQNNIKNLRDTNDAAMIHQIDLRIKNMESQLAMLGAQQHEGGMSKY
                     KPHHADEERCQNRSPTMQERVAWPSQGEQSWGNKPNRAQGNSEAHWFVSAAGCRSHS"
     exon            440..554
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            555..728
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            729..835
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            836..973
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            974..1046
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1047..1126
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1127..1185
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1186..1222
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1223..1289
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1290..1412
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1413..1519
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1520..1577
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1578..1684
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1685..1743
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1744..1780
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1781..1853
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            1854..2942
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            2943..3036
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            3037..3131
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            3132..3491
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            3492..3661
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            3662..3832
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            3833..3866
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            3867..3939
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            3940..4150
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            4151..4325
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            4326..4396
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            4397..4490
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            4491..4594
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            4595..4724
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            4725..4916
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
     exon            4917..6666
                     /gene="Ankrd48"
                     /gene_synonym="Ankrd36; Potea; RGD1560273; Spergen2"
                     /inference="alignment:Splign:2.1.0"
ORIGIN      
        1 agtcctgcca actgcctaag aggtggaggg atgctaaacc ttggggctct tctgtgggcg
       61 catcctggcg ggattccgag acttggtttt ctctacactg ggactggctg gcagtggcta
      121 aaactgggac ctaaaagaac tgtgttactg tgagcattga ggtggttatt gagaggaagt
      181 aaggcactgt aaacactgag ttctggaggg gtagagatag ggacacagtc tgagccatga
      241 agaggatctt caagggtcat tcgccctggg gcttcctgag ctttaggcat gccgagaacc
      301 aagaacctcc caggtacctc actgggtaca cgcctgtgaa aaggatccac aaagctgcaa
      361 gcatgggcga cataccccaa gtgcagaaat tgcttgaatt tgggaatatt gacgtgaaca
      421 ttacagaccg gaagaaaagg accgctctgc actatgcctg tgctcacggc cagtcagaaa
      481 tggtgagcct cttgctgtgg tacgactgca acatcgaagc ccgagaccga gaggaaagca
      541 cagctctgat caaggccaca cagcgccagc atgagatctg tgtgaagatc cttctggaaa
      601 acggcgcgga cccaaacgcc gtcgatgctt atcatatcac ggccctccac tacgcggtct
      661 acaacaacga cacggccata gccgccaagc ttctgtcgtt caatgcaaac actgaaatta
      721 agacaaagaa tggctacacg ccactcatcc tcgcagtgct ggaaaacaaa caggagatgg
      781 tggaactctt gctgcgggct gcggccaaca taaacgccct ggataactgc aagaggtccg
      841 ccctcataca tgctgtgaga attcagtcca aaaacatgat cagccttctt ctccagcaag
      901 gtgctgaccc atctttggtg gacatctatg gagccactgc acaaagctat gctgtttttg
      961 aaacctttca agtgctttcc caaagccccg gtcccagttg tcctgagctt acaacaaaag
     1021 aggacaaaca gagttttgac actaaggatg gctgcatacc acattcacac cacatcaagg
     1081 aagacaacca agagatggag gaaaacacag atgacaagct ggggagccca gctgctttaa
     1141 aacacaaaga gaaggaactt gaaaattgtg aagagtgcaa ctcagaagca gatacttatc
     1201 ctgaatctta ctctaaaaca agttccgccc aaagacgtag taactctgag cccacagaag
     1261 tagacgatga acctagcttc agtaccaagc ctcctgtggc tcagtcaccc atgttcaccg
     1321 agtccagcct ctgggttggc tatcctgcag actggcctga acccgttaag ttctccaggc
     1381 aaccagcagt ctacaaccca actgaatgga gggaagacat ggaatcccgg tcagttcctc
     1441 gagaggaaag caagcagcag gtggcaatct tcccagaggg aaaggaggca gatgtacaga
     1501 cacaagagct gctgagcagg gttttcaagg agtctggtga caatgatccc aacctcccag
     1561 caatagagaa cactaaggat gaactggtgt cacttttagc ccctctggag gaaaacaaac
     1621 cacagatgac agaatttcca ttaattgaag ctgccaagtt ccagacagat gtccagctgg
     1681 acagacaagg tgttttaaaa gttgaagaaa agggacttga aatttgccaa gaccacaatc
     1741 tagaagcggc tgaaagtgct gagtcctatt caatgctaag gttctccacc aaccctgata
     1801 ttagtgactc tgagcccaca acaagaaagg atgaatttaa gttggatgca aaggacaagg
     1861 acgggttaga gaaacatccc ctggcatcca gagcatccca gcatcaagac aagaaactga
     1921 gccttccacc tccacagctc caggaaagac ctcaggagac agagatggac actgcttctg
     1981 atgaggaaga tacatctgga ctttcaaaat ctgctaaggg tcaaatgcct gggagaaagt
     2041 tgagggaagg agagaaactg gagggcaaac aaactgcaca acatgtcata aacaagccaa
     2101 cccagaaggg tggtgagatc tatgaaggtg tgaaagccaa tgtttaccac aaggaagagc
     2161 gaccgcctga tgtctcagga aaagctcacc tgaagtcggt ccccactaac ctggcctaca
     2221 atactcttga ttgtggcgac agagatgtga ctgcagggct gttctctgcg gcactgcggt
     2281 cctttcccag acagaaggaa ggtggccttg gaaatgcctt tccatctccc tcatcctcat
     2341 cctctcggat cgtggaatcc agtggccatt cacttactaa gttttcctta atgaaaaata
     2401 aattagactg tgaaaataac acgtttgaat tggaagaatc ttttcataaa agaaaggaga
     2461 aatcttctaa aaatgctgaa agtagaaagg taagaggtaa atgcccagaa gtgcgtgcgg
     2521 gtgaaaagca agaaggccat gagttcaagg gccagttgca aaagtgtatg aaaccaaaac
     2581 gcacagacgg gcagttagat atcggacaca tgcacaagtc cagtgatgcc agcaggcttt
     2641 caaacgccaa agaaaggagt cacgtgagcg aaataaaaag ttggggtgat tctatccttc
     2701 atgtaagcga catttacggg aaaagtcaag gcacacagga cttgtccccg aagccactgc
     2761 cctgcaaagg caattgcgaa gcccctgcat gcaccttggg actcaccagt gatgcgcccc
     2821 ctggtggccg gaccgcaaga gctttcgggg ctgaagaact gcagaacagg ctctctgaca
     2881 gcgagttccg gatattggag gaagagatcc tggcctggga gaaagtacac cttgaaaatg
     2941 agagtgtctc agagaatcta ctaaagaagt gcgaggggat tatatctgat gccacagatc
     3001 aacaaggaca ttatctagaa acggttcagg cagcagagaa ctgtatgtgt gtttcagcgg
     3061 aagcagactc tgaggggacc tcacagctgg agcagaagga tcttgacagc agtgaaagtt
     3121 ctcagctgtc ggatccagcc ctctccaaga cgtgtcccca aacacagaac acacctgtgg
     3181 atccaagcac accgacctgt ctcctgtctg agaaggacag caagcaaatt cacaccccac
     3241 ctttgcatct gaagagaatg tctgaagacc tcgaaataga caagaaactt gacagagaat
     3301 gtgcacccgg acatcccgaa gtcccttcag tgaaagctca tgggagagag tctctcaccc
     3361 gagacacggt agggagtaac ggggagccaa aaagcagctc tgaactgcag cacgtggctg
     3421 gggatgcgtt ggagaacatc ggtcctgtgg aggaaccact tccgggtaac tgtagaagaa
     3481 ttcagttcaa ggttgaagaa ataaccaaaa agcagccggg tgtggaatca gaggaaccag
     3541 aggaaccaga gaacctgtgt cttacggtcg ctgagtttaa tgacaaccag ttggtttcca
     3601 aaaggaacgg tggaaagact ggggagctat ttcctgctga agagaaagat gagcttccca
     3661 agagtgttcc tgactcgtgg ataaaggaag cgaagtccag tgagaaggaa gcatggggcc
     3721 ccccggagcc tgtggtcaca ccagtatttg aggagtcccc tccagaagct gctggtctgc
     3781 tgccgctgaa ggatggccac cttctcacta aaatggatcc ggttgaaaga aggctgacaa
     3841 agagagacgc taaagaaaag aacaagacag aaactcaagt taatgaaacg gaagaaggca
     3901 gccatggatg tgagccttgt gcgacagcct caggccgggg ttgtagcacc ctgttgaagc
     3961 tctgggacac ggctcgctca gacgaaagac tgacagagct gaagaagagt cactgtgagc
     4021 tgcttacgag aaaacttgga aaagcggaag acaaggccag cggagtgcag agagaacaga
     4081 cggaaattaa aaaaccaaaa tcctggtcac agcataaaga agtggcatgg gacgagctct
     4141 gcgatttgag gttcccccta aagcaagatg agaaacgaga aaatgtcgag tttatgttcc
     4201 ctcaaaagaa accacggtta cgaagggaag aggaacaaca tgatgggagt gtggagcgta
     4261 ctcagcgccc tgaaatcagg accgtgatcg cggaactgaa ggccctagaa aaagatttga
     4321 gacagttgca gggagtacaa gatcaacttg cacagacagt acagagttct aagaagatcc
     4381 aagccatctt gcaaaggctt gaagttcgac ttttcaaatt aaaacttaca ctgagagaga
     4441 attcagcaag aattgaacaa atccagaatc atctgctgca tgaaggtttg cttgaagatg
     4501 gaacgaagaa actcatcttt caaacacagt ctctagaaag tactttggaa aaacagatga
     4561 acagaaatga ggaattgagg acagagctag caagatttaa gaaactcttt gaggagacaa
     4621 aaaagagatt aaataaccat gaagacagag agcttggtgg tcctggagaa tcaaacatca
     4681 gccagtttga tatgcttatc ccaattaata tgctgaagca tgagttgcac aatctgaaag
     4741 aaagctggga gactacctat tacaaatacc tacacatgat tgtgaaactt cagtttatcg
     4801 agcaggagct aatagcgata aaaacagagc aaaagaagtg cgggcatctg ctcgagaacc
     4861 agaagaactt ggaaaaagaa gtgctcgact tgaaaagttg gatgagggag atcgagaccc
     4921 aagcaagaga tcaaaacaac atcaaaaatt taagagacac caacgatgcg gcaatgatac
     4981 accagataga tctcagaatt aagaacatgg aatctcagct agccatgctg ggagctcagc
     5041 aacatgaagg agggatgtca aaatacaagc cccaccatgc agatgaagag agatgtcaaa
     5101 atagaagccc caccatgcag gagagagtag catggcccag ccagggagaa cagagctggg
     5161 ggaacaagcc aaacagagcc caaggaaata gcgaagctca ctggtttgtc tccgctgcag
     5221 ggtgcagatc tcacagttga ctcggggttg gaaaatgaat gtgcccttga actgccgttc
     5281 aggaattctt ccccttttca gtttggattt ctgtggcctt ttgcccccta acgctctcgt
     5341 gtagctaccc tgatgcatta gtcttttaga ttagtattct aaaacattct aaatacggcc
     5401 tttatgttct tgctaaactg cttctccact ttattaaata gaaaatttag catgagtaac
     5461 tatttgggga ctattacttg aacatcagtg gacagggaac aacacacttc ccctggcatg
     5521 ttctgacccg agcagacttt ccaggattgg gaaccttggt atcacctatt gaagggtccc
     5581 cgtcattgac aggttttcta gtttgtataa ggacatgctt atgactcggg aaagaaacac
     5641 acaaaggaag gggaaagcaa tcacaaaaat catagaaata actccctggt cagtgtatag
     5701 gcatcacgga acaggtgtcg gtgtgctgtg tccctttccc atttgcaaac cccaaaagac
     5761 ctccaaggag ctgtttccga tgcagtcgca ctcgggtctc ttattacaag ctccatcttg
     5821 tgccacagca ccggtgcagc cctgagctct cggcgggaca aggttttata ggcaatggta
     5881 agcaaccgag ggagtttcta gactggccca catctaattt gggggccatt acggaatttt
     5941 gttgcccttt aacataattg ggtggtgctg ggagccaaac cataaacgta acttctgctt
     6001 tcctcctgat tggtggttct tagaaagtga agtgccagag gcaggctagt gacctcgaaa
     6061 ccggtgctag accccagctt gttaactccg aactcgagat cttctcccag gtgtataggt
     6121 gccagcgaat aggtataggc acatagatgt aggcgtatac ttttcacaac ctactttaat
     6181 aagagttcaa cctcccctca agccccccac ccaccagagt ttgtggaaaa gaaaggttat
     6241 taggatacag gggaagtgga cctttcaggt aaacctgctt agaaatagtt ctttgtggca
     6301 aatccaatct gccttctttc ttggtccagt caactagcaa aggccaaaca taagccagca
     6361 gctgcagtcc agtgcactct gcagacacca gacacaaatc agcaagggca gtcaacccag
     6421 aaaaaaaaca caaggctggc caattgaccc gagtccctat gaaggggtgt gcagaaaaag
     6481 taagcatgcc ctacccttga tggctttagt attgtcacaa ctcaggaccc actctctgat
     6541 caccaaatta gcttattccc acctccccct agagactgtc aattctaaat taaacgttca
     6601 ctcagtgtca aacactttat cccaggtttc aggtggattc tgcagatact tgaagggttt
     6661 accttc
//
