LOCUS       NC_024797              25596 bp    DNA              UNK 01-JAN-1980
DEFINITION  Brassica rapa cultivar Chiifu-401-42 chromosome A3, Brapa_1.0, whole
            genome shotgun sequence.
ACCESSION   NC_024797
VERSION     NC_024797.1
KEYWORDS    .
SOURCE      .
  ORGANISM  .
            .
FEATURES             Location/Qualifiers
     cluster         1..25596
                     /clusterblast="1. GL348720_c85	Arabidopsis lyrata subsp.
                     lyrata unplaced genomic scaffold AR... (50% of genes show
                     similarity)"
                     /clusterblast="2. KB870812_c94	Capsella rubella cultivar
                     Monte Gargano unplaced genomic scaf... (40% of genes show
                     similarity)"
                     /clusterblast="3. KI535697_c7	Citrus clementina cultivar
                     Clemenules unplaced genomic scaffol... (20% of genes show
                     similarity)"
                     /cutoff=27503
                     /extension=5500
                     /note="Cluster number: 12"
                     /note="Detection rule(s) for this cluster type:
                     plants/plant:
                     (minimum(4,[cMT,nMT,oMT,adh_short,Chal_sti_synt_C,Chal_sti_
                     synt_N,COesterase,UDPGT,Glyco_transf_28,Glycos_transf_1,Gly
                     cos_transf_2,Lycopene_cycl,NAD_binding_1,p450,SQHop_cyclase
                     _C,SQHop_cyclase_N,Prenyltrans,Terpene_synth_C,Terpene_synt
                     h,Transferase,Aminotran_1_2,AMP-binding,DIOX_N,Dirigent,Bet
                     _v_1,Cu_amine_oxid,Str_synth,Trp_syntA,His_biosynth,adh_sho
                     rt_C2,Peptidase_S10,Prenyltransf,Epimerase,2OG-FeII_Oxy,Ami
                     notran_3,Methyltransf_2,Methyltransf_3,Methyltransf_7,PRISE
                     ,Cellulose_synt,Chalcone,ERG4_ERG24,FA_desaturase,FA_desatu
                     rase_2,Methyltransf_11,polyprenyl_synt,SE,SQS_PSY,TPMT,UbiA
                     ,Lipoxygenase,Lyase_aromatic,HMGL-like,Chalcone_3,Chalcone_
                     2,Acetyltransf_1,UDPGT_2,GMC_oxred_N,GMC_oxred_C,Amino_oxid
                     ase,DAHP_synth_1,DAHP_synth_2], []));"
                     /product="putative"
     exon            complement(435..497)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=19
                     /pseudo=""
     exon            complement(575..700)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=18
                     /pseudo=""
     exon            complement(781..921)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=17
                     /pseudo=""
     exon            complement(1007..1017)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=16
                     /pseudo=""
     exon            complement(1135..1282)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=15
                     /pseudo=""
     exon            complement(1383..1511)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=14
                     /pseudo=""
     exon            complement(1598..1735)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=13
                     /pseudo=""
     exon            complement(1806..1874)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=12
                     /pseudo=""
     exon            complement(1957..2025)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=11
                     /pseudo=""
     exon            complement(2110..2265)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=10
                     /pseudo=""
     exon            complement(2351..2457)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=9
                     /pseudo=""
     exon            complement(2549..2696)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=8
                     /pseudo=""
     exon            complement(2786..2948)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=7
                     /pseudo=""
     exon            complement(3037..3169)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=6
                     /pseudo=""
     exon            complement(3256..3433)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=5
                     /pseudo=""
     exon            complement(3509..3745)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=4
                     /pseudo=""
     exon            complement(3824..3892)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=3
                     /pseudo=""
     exon            complement(3985..4084)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=2
                     /pseudo=""
     exon            complement(4178..4296)
                     /db_xref="GeneID:103856760"
                     /gene="LOC103856760"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments"
                     /number=1
                     /pseudo=""
     CDS             join(5501..5547,5670..5785,5907..6033,6130..6191,
                     6269..6424,6519..6663,6768..6839,6949..7057,7319..7420)
                     /codon_start=1
                     /db_xref="GI:685282444"
                     /db_xref="GeneID:103856761"
                     /gene="LOC103856761"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="2-methoxy-6-polyprenyl-1,4-benzoquinol methylase,
                     mitochondrial-like isoform X1"
                     /protein_id="XP_009132134.1"
                     /sec_met="Type: putative"
                     /sec_met="Domains detected: Methyltransf_11 (E-value:
                     7.8e-15, bitscore: 54.5, seeds: 141)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MFCNNITTSALTRSRRLSIQAMALRLLSSRRRLGSIVLSYRSPLA
                     SLHSHATSFGFQQVKEEEKSKLVSNVFTNVASSYDIMNDVMSAGLHRLWKERLVGKLSP
                     FAGMKHLDVAGGTGDVAFRIFDAVNSVKRRALRKVDEASIEETQIYVCDINPNMLNVGK
                     QRAAERGLSDNRSLVWVEGDAEALSFDDDSMDGYTIAFGIRNVTHIEKALAEAYRVLKR
                     GGRFLCLELSHVDIPVFKELYDLYSFQVIPNLGELIAGDRDSYQYLVESVRRFPPQERF
                     AKMIGDAGFEKVEYENLVGGVVAIHSAIKL"
     gene            5501..7547
                     /db_xref="GeneID:103856761"
                     /gene="LOC103856761"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(5501..5547,5670..5785,5907..6033,6130..6191,
                     6269..6424,6519..6663,6768..6839,6949..7057,7319..7547)
                     /db_xref="GI:685282443"
                     /db_xref="GeneID:103856761"
                     /gene="LOC103856761"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 5 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 4 samples with support for all annotated introns"
                     /product="2-methoxy-6-polyprenyl-1,4-benzoquinol methylase,
                     mitochondrial-like, transcript variant X1"
                     /transcript_id="XM_009133886.1"
     mRNA            join(5547..5594,5670..5785,5907..6033,6130..6191,
                     6269..6424,6519..6663,6768..6839,6949..7057,7319..7547)
                     /db_xref="GI:685282445"
                     /db_xref="GeneID:103856761"
                     /gene="LOC103856761"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 5 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 14 samples with support for all annotated
                     introns"
                     /product="2-methoxy-6-polyprenyl-1,4-benzoquinol methylase,
                     mitochondrial-like, transcript variant X2"
                     /transcript_id="XM_009133887.1"
     CDS             join(5686..5785,5907..6033,6130..6191,6269..6424,
                     6519..6663,6768..6839,6949..7057,7319..7420)
                     /codon_start=1
                     /db_xref="GI:685282446"
                     /db_xref="GeneID:103856761"
                     /gene="LOC103856761"
                     /locus_tag="LOC10385_1506"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10385_1506"
                     /protein_id="XP_009132135.1"
                     /translation="MALRLLSSRRRLGSIVLSYRSPLASLHSHATSFGFQQVKEEEKSK
                     LVSNVFTNVASSYDIMNDVMSAGLHRLWKERLVGKLSPFAGMKHLDVAGGTGDVAFRIF
                     DAVNSVKRRALRKVDEASIEETQIYVCDINPNMLNVGKQRAAERGLSDNRSLVWVEGDA
                     EALSFDDDSMDGYTIAFGIRNVTHIEKALAEAYRVLKRGGRFLCLELSHVDIPVFKELY
                     DLYSFQVIPNLGELIAGDRDSYQYLVESVRRFPPQERFAKMIGDAGFEKVEYENLVGGV
                     VAIHSAIKL"
     gene            complement(8203..10289)
                     /db_xref="GeneID:103856762"
                     /gene="LOC103856762"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(8203..8527,8634..8760,8839..8991,
                     9057..9106,9232..9288,9382..9437,9539..9622,9823..9898,
                     10004..10130,10199..10289))
                     /db_xref="GI:685282449"
                     /db_xref="GeneID:103856762"
                     /gene="LOC103856762"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 ESTs, 1 Protein, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments, including 172 samples with support for all
                     annotated introns"
                     /product="Williams-Beuren syndrome chromosomal region 22
                     protein homolog, transcript variant X2"
                     /transcript_id="XM_009133889.1"
     mRNA            complement(join(8203..8527,8634..8760,8839..8991,
                     9057..9106,9232..9288,9382..9437,9539..9622,9823..9898,
                     10004..10138,10199..10289))
                     /db_xref="GI:685282447"
                     /db_xref="GeneID:103856762"
                     /gene="LOC103856762"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 10 ESTs, 1 Protein, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments, including 237 samples with support for all
                     annotated introns"
                     /product="Williams-Beuren syndrome chromosomal region 22
                     protein homolog, transcript variant X1"
                     /transcript_id="XM_009133888.1"
     CDS             complement(join(8363..8527,8634..8760,8839..8991,
                     9057..9106,9232..9288,9382..9437,9539..9622,9823..9898,
                     10004..10102))
                     /codon_start=1
                     /db_xref="GI:685282448"
                     /db_xref="GeneID:103856762"
                     /gene="LOC103856762"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="Williams-Beuren syndrome chromosomal region 22
                     protein homolog"
                     /protein_id="XP_009132136.1"
                     /sec_met="Type: putative"
                     /sec_met="Domains detected: Methyltransf_11 (E-value:
                     1.5e-09, bitscore: 37.5, seeds: 141)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MSTRPELLAPPEIFYDDSEARKYTSSSRIVEIQARLSERALELLA
                     LPEDDVPRFLLDIGCGSGLSGETISENGHQWIGLDISASMLNVAVEREVEGDLLLGDMG
                     QGLGLRAGVIDGAISISAVQWLCNADKSSHEPRLRLKAFFGSLYRCLSRGARAVFQVYP
                     ESIAQRELILRQALQAGFGGGLVVDYPHSTKKRKEFLVLTCGSVPTSINDGHKGSGSED
                     DDDDSEDEDNGMVCVSDRNRPRKKQRTNKKGKGREWVLRKKEQSRRKGNDVPADSKYTA
                     RKRKSRF"
     CDS             complement(join(8363..8527,8634..8760,8839..8991,
                     9057..9106,9232..9288,9382..9437,9539..9622,9823..9898,
                     10004..10102))
                     /codon_start=1
                     /db_xref="GI:685282450"
                     /db_xref="GeneID:103856762"
                     /gene="LOC103856762"
                     /locus_tag="LOC10385_1507"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10385_1507"
                     /protein_id="XP_009132137.1"
                     /translation="MSTRPELLAPPEIFYDDSEARKYTSSSRIVEIQARLSERALELLA
                     LPEDDVPRFLLDIGCGSGLSGETISENGHQWIGLDISASMLNVAVEREVEGDLLLGDMG
                     QGLGLRAGVIDGAISISAVQWLCNADKSSHEPRLRLKAFFGSLYRCLSRGARAVFQVYP
                     ESIAQRELILRQALQAGFGGGLVVDYPHSTKKRKEFLVLTCGSVPTSINDGHKGSGSED
                     DDDDSEDEDNGMVCVSDRNRPRKKQRTNKKGKGREWVLRKKEQSRRKGNDVPADSKYTA
                     RKRKSRF"
     gene            10939..13834
                     /db_xref="GeneID:103856763"
                     /gene="LOC103856763"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(10939..11260,11346..11476,11579..12198,12286..12357,
                     12445..12535,12650..12730,12803..12865,12959..13081,
                     13185..13223,13317..13834)
                     /db_xref="GI:685282453"
                     /db_xref="GeneID:103856763"
                     /gene="LOC103856763"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 7 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments, including 56 samples with support for all
                     annotated introns"
                     /product="uncharacterized LOC103856763, transcript variant
                     X2"
                     /transcript_id="XM_009133891.1"
     mRNA            join(10939..11260,11346..11462,11579..12198,12286..12357,
                     12445..12535,12650..12730,12803..12865,12959..13081,
                     13185..13223,13317..13834)
                     /db_xref="GI:685282451"
                     /db_xref="GeneID:103856763"
                     /gene="LOC103856763"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 ESTs, 7 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments, including 175 samples with support for all
                     annotated introns"
                     /product="uncharacterized LOC103856763, transcript variant
                     X1"
                     /transcript_id="XM_009133890.1"
     mRNA            join(10939..11260,11346..11403,11579..12198,12286..12357,
                     12445..12535,12650..12730,12803..12865,12959..13081,
                     13185..13223,13317..13834)
                     /db_xref="GI:685282455"
                     /db_xref="GeneID:103856763"
                     /gene="LOC103856763"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 3 ESTs, 7 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments, including 107 samples with support for all
                     annotated introns"
                     /product="uncharacterized LOC103856763, transcript variant
                     X3"
                     /transcript_id="XM_009133892.1"
     CDS             join(11636..12198,12286..12357,12445..12535,12650..12730,
                     12803..12865,12959..13081,13185..13223,13317..13454)
                     /codon_start=1
                     /db_xref="GI:685282452"
                     /db_xref="GeneID:103856763"
                     /gene="LOC103856763"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="uncharacterized protein LOC103856763"
                     /protein_id="XP_009132138.1"
                     /translation="MGETQNLHLPLRNRSSLKKPLLIVLLVCITSILLVCTYMYPQHKV
                     KSPACEGLSTRGCQAALSGWLDVHVRKHTDEEVAARVVIRDILRTPPALTSKSKIAFMF
                     LTPGTLPFEKLWDKFLQGQEGRFSVYIHPSRLRPVHISRHFSDREIHSDQVTWGRISMV
                     DAERRLLANALEDPDNQHFVLLSESCIPLHTFDYTYRYLMQGNVSFIDSFEDRGPHGTG
                     RHMDHMLPEIPRQDFRKGAQWFTMKRQHALIVMADNLYYSKFRQFCRPGVEANKNCIAD
                     EHYLPTFFHMLDPGGISNWSVTYVDWSERRWHPKTYRARDISLKFLKNITSDDVSVHVT
                     SVGKRGEELHWPCTWNGIRRPCYLFARKFHSDSVNKLVRLFPNYTSTVV"
     CDS             join(11636..12198,12286..12357,12445..12535,12650..12730,
                     12803..12865,12959..13081,13185..13223,13317..13454)
                     /codon_start=1
                     /db_xref="GI:685282454"
                     /db_xref="GeneID:103856763"
                     /gene="LOC103856763"
                     /locus_tag="LOC10385_1508"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10385_1508"
                     /protein_id="XP_009132139.1"
                     /translation="MGETQNLHLPLRNRSSLKKPLLIVLLVCITSILLVCTYMYPQHKV
                     KSPACEGLSTRGCQAALSGWLDVHVRKHTDEEVAARVVIRDILRTPPALTSKSKIAFMF
                     LTPGTLPFEKLWDKFLQGQEGRFSVYIHPSRLRPVHISRHFSDREIHSDQVTWGRISMV
                     DAERRLLANALEDPDNQHFVLLSESCIPLHTFDYTYRYLMQGNVSFIDSFEDRGPHGTG
                     RHMDHMLPEIPRQDFRKGAQWFTMKRQHALIVMADNLYYSKFRQFCRPGVEANKNCIAD
                     EHYLPTFFHMLDPGGISNWSVTYVDWSERRWHPKTYRARDISLKFLKNITSDDVSVHVT
                     SVGKRGEELHWPCTWNGIRRPCYLFARKFHSDSVNKLVRLFPNYTSTVV"
     CDS             join(11636..12198,12286..12357,12445..12535,12650..12730,
                     12803..12865,12959..13081,13185..13223,13317..13454)
                     /codon_start=1
                     /db_xref="GI:685282456"
                     /db_xref="GeneID:103856763"
                     /gene="LOC103856763"
                     /locus_tag="LOC10385_1509"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10385_1509"
                     /protein_id="XP_009132140.1"
                     /translation="MGETQNLHLPLRNRSSLKKPLLIVLLVCITSILLVCTYMYPQHKV
                     KSPACEGLSTRGCQAALSGWLDVHVRKHTDEEVAARVVIRDILRTPPALTSKSKIAFMF
                     LTPGTLPFEKLWDKFLQGQEGRFSVYIHPSRLRPVHISRHFSDREIHSDQVTWGRISMV
                     DAERRLLANALEDPDNQHFVLLSESCIPLHTFDYTYRYLMQGNVSFIDSFEDRGPHGTG
                     RHMDHMLPEIPRQDFRKGAQWFTMKRQHALIVMADNLYYSKFRQFCRPGVEANKNCIAD
                     EHYLPTFFHMLDPGGISNWSVTYVDWSERRWHPKTYRARDISLKFLKNITSDDVSVHVT
                     SVGKRGEELHWPCTWNGIRRPCYLFARKFHSDSVNKLVRLFPNYTSTVV"
     gene            14516..16756
                     /db_xref="GeneID:103856765"
                     /gene="LOC103856765"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(14516..14914,14991..15577,15997..16756)
                     /db_xref="GI:685282457"
                     /db_xref="GeneID:103856765"
                     /gene="LOC103856765"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 20 samples with support for all annotated
                     introns"
                     /product="cytochrome P450 71B10"
                     /transcript_id="XM_009133893.1"
     CDS             join(14611..14914,14991..15577,15997..16614)
                     /codon_start=1
                     /db_xref="GI:685282458"
                     /db_xref="GeneID:103856765"
                     /gene="LOC103856765"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="cytochrome P450 71B10"
                     /protein_id="XP_009132141.1"
                     /sec_met="Type: putative"
                     /sec_met="Domains detected: p450 (E-value: 5e-101,
                     bitscore: 337.9, seeds: 50)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity: LOC103856766=29.42"
                     /translation="MAVIWLLSLLFLISILITAVKRTKQSDGRQPPSPPGLPFIGNLHQ
                     LGPLPHQSLWELSKKYGPVMLVKLGRVPTVVVSSPDTAKQVLRDHDLNCCSRPSVEGAR
                     KLSYNFRDIAFSRYDDYWKELRKLCVMELFSTKQVNLIQPIKKMEMKKLIHSITESAYK
                     KTPVNLSETFLSLNANVVCKASFGVSFQGTVLNNEKFQALVHEAIEMLGSFSASDFFPY
                     IGWIFDWFTGLHARRERSVRDLDAFYEQMIDLHLQKNREERSEDDFVDLLLKLEKEEAV
                     LGYGKLTRNHIKAILMNILLGGINTSAITMTWAMAELARNPRVMKKVQSEIRDQIGKNK
                     EARIISLDETDKLKYLKMVIKETWRLHPVSPLLVAREVISEFKINGYTIQPKTRLHVNT
                     WGTGRDPEIWKDPKEFIPERFMDRDIEANGQHFELLPFGGGRRICPAMYMGATTVEFGL
                     ANLLYQFDWKIPEGVEDVDMDEASGLTSHKKHDLLLVPVKSFDF"
     gene            complement(17590..20123)
                     /db_xref="GeneID:103856766"
                     /gene="LOC103856766"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(17590..18398,18835..19122,19515..20123))
                     /db_xref="GI:685282459"
                     /db_xref="GeneID:103856766"
                     /gene="LOC103856766"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 2 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 49 samples with support for all annotated
                     introns"
                     /product="cytochrome P450 81F1-like"
                     /transcript_id="XM_009133894.1"
     CDS             complement(join(17787..18398,18835..19122,19515..20096))
                     /codon_start=1
                     /db_xref="GI:685282460"
                     /db_xref="GeneID:103856766"
                     /gene="LOC103856766"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="cytochrome P450 81F1-like"
                     /protein_id="XP_009132142.1"
                     /sec_met="Type: putative"
                     /sec_met="Domains detected: p450 (E-value: 8.3e-91,
                     bitscore: 304.2, seeds: 50)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity: LOC103856765=29.42"
                     /translation="MDYVLVLLPLVLFLLAYKFLFSTKTKRYNLPPGPTPFPIVGNLHL
                     VKPPVHRLFRNFAAKYGEIFSLRYGSRQVVVISSLPLVRECFMGQNDVILTNRPHFLTA
                     KYVAYDDTTIGTAAYGDHWRNLRRICSLEILSSHRLTGLLSVRRDEIQRLLTRLSRDYN
                     GHVVELEPLLADLTFNNIVRMVTGRRYYGDQVHNEEEANLFKKLVTEINDNSGASHPGD
                     YLPILKVFGHGYEKKVKALGEAMDTFLQRLLDDCRRDGESNTMLSHLLSLQLDQPMYYS
                     DVIIKGLMLSMMLAGTDTAAVTLEWAMANLLNNPEVLKKAKSEIDVKIGQERLVDEPDI
                     VNLPYLQNIVSETFRLCPAAPLLVPRSPSEDLKIGGYDVPRGAIVLVNSWAIHRDPKLW
                     DEPEKFMPERFEEKEAANTNKLMMFGNGRRTCPGAALGQRMVSLALGSLIQCFDWEKVN
                     GEKIDMTENPGMAMRKLVPLRAVCYQRPIMASLFA"
ORIGIN
        1 ttcagatgaa ccggggctag ttggtgtttc ttgaggagta ggcttgggtt tctcgaaaat
       61 cgctgtgcgg gcagcaatag ctgcggattt gggtgcgagt tttgtgaggt ctggtgcatg
      121 agacttgggg taaagctttc ggaccattgg gccaaccata ggaggtggag ttgataggtt
      181 tcgtgtgctt acgttcccaa agttcgcagc aagtgcgttg aaagctggag accgtcccct
      241 cacacgtgat ctgtctgtag tagaggtcac acttcttgac ctgggctgcg gtttgtctgg
      301 aacgctggac cggccgctgt acactggtac tctcctttta ggtttctggg caaaaaaaaa
      361 aggacagaac atgtaagaca gaaacccagc gattgagttt gctcacatct aactaaatga
      421 ggtaaagctt ttacatttaa aagctgcttt ttgtttgtta ggactgcgag ctttctctgg
      481 aaagagtctc catgcatctg aacaaagcgc ttgataggag ttagactcta gccagagagt
      541 ttcgagcaag tgtagagaga gagaagcgac ttactgcaga tttagtagag tcccaggtga
      601 agaaccgagt gaaaaatgga ggttcgtttc cttccgttac aatgtatatc ggtgtttcgc
      661 ttgctagatt ctctaggagg aaatcgtgct taatgaattt ctgttgagga agacaatgag
      721 gaagaagatc tgtaagaaca gtaacgtcag tctatatcta gttgaatgaa tcttaaatac
      781 ctctccaatg tctaacactt gcggtttctt cttggggtca acttgttgcc cgacccagac
      841 atagacttca gtgtgacaat caagaatgaa gatatcttca gtcatcagat catcttgagt
      901 gaaattgaag atctctgtaa cctatatatg ggaataaaaa gaaagaagag tctcaataag
      961 atcataacat aaacatggct tacaaaaatg aaaaccatac gtttaccttt agagtttctg
     1021 gtaagatagc aacatccaca agaacaaaac ccatcagaaa atgtaaataa caatttagat
     1081 aaattcttgg atcgagaaaa caaagcggga acatatgctg gcaaatggtt ttaccgtttg
     1141 agaaggtgca agagaagaga tgaggatcac tctctccatc cttcttgatc ttctggctcg
     1201 gatattctga ttttcctcct aataattccc agaactgttc agactctata ccttcctttt
     1261 gtgccttggt gtgttcatct ggctgtatag aagaaaaaac aagagccata ggttcaagca
     1321 aatgaggaga tatgaggagg caagctccca aatgtacaaa aaggctcatt aacacatatt
     1381 accttaatca gatccaacat tctctccata agttcttgat catccgaggt agttagattg
     1441 ccacaccaag tgaaaacagt agaatcacca tgtaatatat aacagtgcga agaatttaac
     1501 cccgtggaaa cctgttggaa ccagatacta attgaattaa ctgtactaaa catgatgaac
     1561 cagaaggcag tttaattgag agtttcagta cacataccgc atctatctgt atggcttgca
     1621 tgtcctctgg tccagaacct tggaccctaa acagcgcaac accttctgca tcataagtat
     1681 tatcagggac ttcgttctct gctatgtact tcttgaacgc atcacttaga ccaccctgag
     1741 acattgaaaa cgaattgtta cagagattgt gataaaagat caaattcaaa actaaaaaaa
     1801 aataccttaa atgtgatgaa gctttgcatg atcacgaaaa actgaatcgg ttcttttccc
     1861 tcgtaaatgc gagcctgcac ggattagact aataaattca tatccaatat gtatatgaac
     1921 cttagaatct ataatggaaa caatgagaag aagcacctga gccggcataa acttcatgga
     1981 ttcaaccatc ttgcttgcca tggaaatagc agatgctctg tcttcctgta tatatcacca
     2041 tcagtgagca catatatata gagaaagaag ctatctatat aatatgtgtg tgtctgtgat
     2101 gaaattgacc tcgacgcttt gttttcctaa ccaagtgccc actagatatt cctctctgtc
     2161 atctccggga tatgagtact gcaatatata acaatctccg ctataaaact ttgattgttc
     2221 tgctccttcg agaaggatct tttcctcgtt attgattcgc cagacctgca aaatttcata
     2281 ttaccaatca aaagactgtt ttgattactc aaacatatca atgcacatgt agcaacaaat
     2341 tagtaactac ctggagattt cctgtgccat caatgtatgg cttgggttcg tctttagaag
     2401 aaggtgaaga agtcttaacc agaccttcaa cgttaactcc ttgcttttgc aaaagagctg
     2461 gtgaagaaac aaacagagat taagcatctc acaatggaat gtttaaaact tcagcgattt
     2521 gattaatata actaatagtc tattacacct gcaacttttc ctctgccttg ccggggctcc
     2581 gcaactgtac ttgtagccgg ccatgaatca aacttagatc ggaacatcac tgtttcaaac
     2641 ccttccatca cactgattag gtttgatttt ggacgttcag acgaacggaa aaattcctga
     2701 aaaaaattaa gagtgacaat atgacagtga gtgaacaaaa ctcatcaaaa aagactattg
     2761 gtttggtgca tgtgaagtaa tgtacttctg cagcttcaca cgcgttcttt ctttgatcaa
     2821 ttgaagtatt tcgtcccttc caaacgaaca cttcgagacc gcaatcgaga atataacatt
     2881 tgttagtgtc taaaagctct ttctccaaag tctcagactc tacggcttct gtctgtccct
     2941 tctccacact agaaagacca aacatgcctc atgtcagaac ataatcatct gtgccagtaa
     3001 ttggttaatt acaatgcaag atcaaaggtg ttctacctga agagtttgat cccgtcagac
     3061 tcagcggttt ggtcatcact cactgctgat ttcttaggaa gtggagcaac cccgccaaac
     3121 aattcccaaa actctccagc ttcagcatca gccatcatcc tcccatcatc tacaagaaag
     3181 aaagtcatta aaaactcaat caagttggtg acaaccttaa cctccatttg ttctgtgaca
     3241 gttaagttca ctcacccaca gctgcgatct cgcactttcc atcatggtac gtgtctttaa
     3301 tgtactgaac aacctcaaga gcttttgctc tttcttgaat actagaatta gaaccactga
     3361 attgaaaaat tttggactct gtatcaagaa tgaaaacgtc gtcatggttg agagtcgaac
     3421 gaacaaacgg aacctgtaaa tgggggaaaa aaacaatcag ttgagaagac caaccaaaac
     3481 catttcatga cattgttaaa agacttgcct ctttcacacg gacgacatgt ttgcctttgc
     3541 agatatacaa acgcgtctga tgctcctcag gcttcacgtg gttgaacccg gaagcaactc
     3601 caccttcctg aggtattatg caaggtttga agtaggaaag gaacttctca gtctcgtgac
     3661 cctgtacttc tcggtactaa acagcacgcc cacctaaggc tgaatctaat tcaactgtca
     3721 taacggctac agaaccatgt tcatcctgtt ttaatcaaca caaagaccac cattattctt
     3781 attcattaaa gaatacgcaa ctatatgaag aaagtgttgt tacctgactg gaatctttac
     3841 cgagccagta gtgaatatca tgatgcaggg aaccactttt tgacgctgtg gtctggcgtg
     3901 agatagagtt atataagaaa gttttaaaaa ttatcaagag ctatgtataa tcaacgagag
     3961 atataaacac aaaagactac cgacctttaa gactaaatag gaatccccag agaaaaattt
     4021 gccatgtgac tcatttggaa cagcgacagg tttgaagttc tcgatgcgcc atatttcaat
     4081 ccctctgtac atgcaacaac caggagattt aaaaatatgc agatgatctc agaagcaata
     4141 ccgcaagaag tagaataaga gtgagagaga aggttacgat ttctggccac atccttggag
     4201 agcctcatct aaatctctca ttgaaaacgt cgccattcta gtttttcttc tttttaaaag
     4261 cttaaactct tcttagcttc aaaaacaaac tcaaacctgc gaatataatt aacgagtgat
     4321 gagttgggac ttttccaagg acaaaattca aactgggagt agtgcagatt taaagaaaga
     4381 gacttctcta gatgtctcaa tgcatgtaac aagaaaaaca ggaaatgaga tgaaacaacc
     4441 gatgtaaatg agacacgaag cttctaccgt tgcatatttt tctaacaaaa cataatgaag
     4501 gtaccatgct cttcaacaca agcaagtaga ttcatatatc tgagatggac atgcagctag
     4561 attcgtaata aaaaaaaaag attgatttgg aggccatcga acccccacca catgcaaaaa
     4621 aacgagctgg acgatataaa ctcgatgcat gaaggcaaga ttacaaatca aattgtttgt
     4681 gttgtcacat ggattatgaa tcaattgtcc ctgtaaataa tctaaacagg aactattaca
     4741 aagataatac ctttttttta cagaattttg tcaagaacaa ggtgcaatgc tgcgtgcatc
     4801 cttctacaat tctctttgat gcgaagaaag gaaaagggaa caagaggaaa atgtgatgat
     4861 ccgagaaagt aaaaacgaac tttgtggtga gacttgccgc tttttcaggt ggagacaaaa
     4921 tcaaaatgtt ttaatcccat tattagtttt atcttctttc tttttaatta ttattagtag
     4981 attgagcttg gctatagaaa aaaaaattat aaattaaaat ttcagtagac agacttgcaa
     5041 attcaaaaaa gtagagaagt tttcaatttc tacgaatggc atgattaatc gtgcttccct
     5101 cccccataag ctaaattaac gcatactccc tcatgccaaa aacaaaatta gaaaaaaaaa
     5161 gttgaatgca ctaacgtgta aaccagttcg tcactttcac ttgacctcct ccgtcgcagg
     5221 tcagtttttc tccttcggtt tcgtcttccc ccatcgcgga tccaaacaat cgtcgatcaa
     5281 tttcaaccat aaccgttgcc ttgagcggcg atttgtttta cgcggcggcg taaaaccaaa
     5341 atgatctttt actaattggg gtcccattat taattaacag ttttaaaagc tcataatggg
     5401 cctaaactga tttacaaaag cccaatatgt actccgttcg cgattagaga gtcaaatact
     5461 ctctcgctcg gtcaaacttt ggtctggttc tggcaccggt atgttctgta ataacatcac
     5521 gacgtctgca ctgactcgat ctcggaggta ttattcatga attagattcc catttctatt
     5581 actcttgatt cctcgttagt tctcgagctt aaattttgaa ggttacgttt caaaatttag
     5641 gattttggtt ttttcttttc ggcgtgcaga ctttctatac aagctatggc acttcgatta
     5701 ctaagcagca ggaggaggct tgggagcata gttttgagtt accgttcccc tcttgcttcc
     5761 cttcattccc atgccacaag ttttggtatc actctcttcc ctctcttcat ttgcctattt
     5821 agtgttcttt tggatgactt tgatcatttg tattcagatt atgatttctc ctgtgtgagt
     5881 ttaacctcac aatggttgat tctcaggttt tcaacaagta aaggaagaag agaaaagcaa
     5941 gttggttagc aacgttttca ccaatgtagc ttccagttat gatattatga atgatgtcat
     6001 gagcgctggc ttgcatcggc tatggaagga aaggttacac tattgtggtg atacttttat
     6061 atcacaactg ttttatgata tcctcttgta tgacaaaaat ggcacttttg gtggtctttt
     6121 ttatttcaga ctcgttggga agcttagccc atttgcaggg atgaagcatc ttgatgtggc
     6181 cggtggaacg ggttagtcca tacaactgat ctttgtttaa ctatactctt gtcgtagata
     6241 ttgctaaggg gttgtctcta atgtgcaggt gatgttgcgt ttaggatctt tgatgctgtt
     6301 aacagtgtca aacgaagagc gttgcggaaa gttgatgagg cttcaattga agaaactcag
     6361 atctacgtat gcgacattaa ccccaacatg ttgaacgttg ggaaacaacg tgctgcggag
     6421 agaggtgaaa cctctgatgt ttgttttgcg tcttctttgg atcgtttaca ttttgctttg
     6481 tatgaaagag ttcaagcttc ctttgctatc ttgaataggt ttaagtgaca acaggtcact
     6541 cgtatgggtc gaaggagatg cagaggcctt gagtttcgat gacgattcaa tggatggata
     6601 cactattgca tttgggataa ggaatgttac gcacatcgaa aaggctctcg cagaggctta
     6661 caggtacaca aacatattca caccaacttg atttaagtgt gtctggaatg tagtatcatg
     6721 tctcagtgtt tatgtatgat cttgtaacag tcttcacact gtgtcagggt actaaaacga
     6781 ggagggagat tcttgtgcct tgagctcagc catgttgaca ttccggtctt caaagaactg
     6841 taagttttga tgattagaca tgatgtcgaa cagtagaagt aagcatgtcc ctaaatcttt
     6901 tttatttttc tttgatggga tctctttttg tttcttcttg tgttgcagat acgatttgta
     6961 ttcgttccag gtaattccaa atttagggga actaattgcc ggtgacaggg attcttacca
     7021 gtacttggtt gagagtgttc gtcggtttcc tcctcaggtt caactttttg ttacctttct
     7081 tggaaaattt cctattagtc tatagagatt gtttactgca tggtttggat gatttggata
     7141 aaaatgatgt tgttaactgg tgggtttgtt gaacaacatt agtaacatgc agtgatcaaa
     7201 tctgtagtag atggttgtgc tagattcatg taagaagatg ggtttgaagt ttagatagtg
     7261 tcgttttaag ttttaagcct ctgtttgtaa tggctagatt gaataaaaat aaatgcagga
     7321 gcggtttgca aagatgatag gggatgcagg atttgagaag gtggagtacg agaaccttgt
     7381 tggtggagtt gtcgccatcc actctgccat taagctctga cctttctctc atttcttttg
     7441 cttgtccatt ttctctgttt caaaaaccaa actgtaaaag ttcttaggtt gaaataaaga
     7501 gagaatttga ttcacaattg ttgaggttta cgtctcccta acaacaatta agctttacaa
     7561 ctaagcagac gtaccataca agcaaactaa ataaaactaa aaacttgcaa gctgaaaact
     7621 gttgttaaaa cctggctaaa actacacaac acagacaagg agaccattac tgaatgggct
     7681 ctgtattggg cccaatagag tactactctc ttatgggctc actgaaatca tttcatatac
     7741 aaacatagta ggcacttgca ccttcttgaa cctttttgga ttaaatgtaa gactatataa
     7801 tgtaacatca gaaacatatg tttgctttct ggtttcaaac ccgtctagaa ttgccaaagg
     7861 atttgaatac aacttgtagc tacaatagct tactaagtta ctatgcaatg tatcaaagaa
     7921 aagtcgacgc agaacttgcc actgcatctg aaaaatcttc caagtccaga tgatgatcca
     7981 caacgagaaa gctcggtttt ggacatctat gaccgtacgt atcatcataa aacgtgagat
     8041 cataagaaca tcgtcgagac agactaagca atgctctttg tcttgacgtg gaagatatac
     8101 ataattcctt tgactgttat actcacttga ttgaacatat ggataacttg gccagcaatt
     8161 ttttaaaatt aattttaaaa atagaagagg acaaggctta gcggcagcgc aaatcacaag
     8221 cgatatctgt gaagtaacca gaaagggttt gagtacacac aaaatgtaga aacagtaagg
     8281 atgttcagta tttttctttt ctttcaacga caaaacataa tgcaaacgct ataaactagc
     8341 gttttaaaac tagtaacgaa aatcagaaac gcgacttgcg tttccttgcg gtgtacttgg
     8401 aatcagcagg aacatcgttt cctttccttc tactttgttc cttcttcctc aaaacccatt
     8461 cccttccttt ccctttcttg ttcgttctct gcttcttcct tggcctattc ctatctgata
     8521 cacatacctt ttcacaaaca aaacagacaa tggtaaataa acacttctat atatatagca
     8581 gtaagtaatc aagacggtaa ggagaattgg atatatatat atatattatt taccattcca
     8641 ttgtcttcgt cttcactatc atcgtcatca tcttccgagc cacttccttt atgcccatcg
     8701 ttaatactgg ttggaacaga gccacatgtg aggaccaaga actcttttct cttcttagta
     8761 ctgcaagtta gaggacatgc caaagtgtta aggcgcagtc aaatgtgaaa ccaaaaataa
     8821 gctttcacaa gaaggtacct gtgtgggtag tcgacaacga gtccaccacc gaatccagct
     8881 tgtaaggcct ggcgaaggat cagctcacgc tgagcgatgc tctcagggta gacttggaaa
     8941 actgcccttg ctcctcttga taagcatcga tatagtgacc caaagaaagc cctgagtgat
     9001 caaagattag acactgtctt attgactcaa gtttaagtag aatgatttgc acatacttta
     9061 gcctcaaacg aggttcatgc gatgacttgt cagcattgca taaccactgg aatcagggaa
     9121 agaaaaagga agaagagctg gttagaacaa taaacacaaa aaaaaaaatt taaaacgaaa
     9181 gtaaatgtag ttaaaacaca aaaaaaaatc acatagtttg agaagtaaga cctgaacagc
     9241 cgatatactg atggctccat ctatgactcc tgcacgaaga cctaagccct gagacatgga
     9301 taatgtacat gaataagcaa ttgctaatac attacaatta atttttcaga aagaatatac
     9361 caccaaaaga gactgacata cctggcccat gtcaccaagt aaaagatcac cctcaacttc
     9421 tcgttcaaca gcaacgtcta cattgtaatt attaaatata aaagttggct tagagattct
     9481 acaagagaaa aaattagaat ggtacatgaa ttcttagcaa actaatgatt gaacttacta
     9541 agcatggagg ctgaaatgtc aagaccaatc cattggtgcc cgttctcaga gattgtttcc
     9601 ccgctcaggc cagatccaca acctaaacca caacagagac tattagtcaa tctccccttt
     9661 tgcaacagag ctaaagagat aagcttgcac tacatctatt cactatccat aaagtagcta
     9721 gatacaagac ctcaacacaa aaacgtgtgc aaatgataca cagattcttc atcaaaattg
     9781 ctcatcatca taagtaaatg aaagggaata agtttttttt accaatatca agcaagaatc
     9841 taggaacatc atcttcaggc aaagcaagaa gctccaaagc tctctcagac aacctcgcct
     9901 ataataacca taaggactat atgtaagaga tcacaacaat tgctgagttc aggaaaaaaa
     9961 aaacagagag atattttctt cttcagggaa agaattaaag cacctgaatt tcgacgatac
    10021 gtgaggaaga agtatacttg cgagcctcgg agtcatcgta gaatatctcc ggcggcgcta
    10081 gcagctcagg tcgagtcgac attttaagtg tctttagagc tgggacgatt ctgcagctct
    10141 gcaaaaccgt ggctttactt cgagaattga gattaacaaa tcacagaaag gttcttacct
    10201 gcgcgactga gtttcgaaga ggaagaacaa acagaccaac ggcgatgaat cctttttaga
    10261 ggttttttta ttttattttt aacgctgaat cctttttagg gtttaggatt ggaaaaaaaa
    10321 tccaaacttg gtatttgcaa aaccagcttg atgatcgtga ctgaccggac cggttagacc
    10381 aatttgatta gtttggtttc ggttttctct tacgggcctg aacttaaaag tattacttgg
    10441 gcctaaatag taagctttct gtagctcatc gtttagcttt acctcacaaa agttgaactt
    10501 acttctgttt tttttttttt tgacggcaaa aacttacttc tgttttgttt ggcttttttt
    10561 ttttttgaac ggcttctgtt gtgtttggca taaattcaat tttattgtat cagttggaaa
    10621 aaaaatcaat ttcttgtatt attccagaat ttagtcgaca aataaattca attcatttta
    10681 taatttcagc attaaattaa ttcattgtct gaattatttg caggtaacaa atttcaactt
    10741 tgacctagat tattgttcgc caaaattttc agcttttgtt gaacaatatt tatagtaata
    10801 ctatcggaaa tttttgggta agctgcaaca ttatggatga accagaaatg taatatatgt
    10861 caaaaaaaat gtattaatat taaataattt aaaccaataa taatgcttcc agatttagaa
    10921 aagaaaaagg aaagtctctg aacacttgtc tgatttcttt ctttttctta atttcaaagc
    10981 gaagagagag aaaacaaatc gaggatctga atcgtcttct tcaataggaa aaaaaacaca
    11041 ctcgttcaca tgacacacaa aattcacata taaacattta ttctctcagt ctcttatctc
    11101 ttgacttgtt gttttaattt tttttttttg cttttaatcc cctagatctt ttaacagtaa
    11161 gatcaccaag gtttcatttt tgagatctgg gctcgtacaa agattctatt tttatctacc
    11221 catcttctct tccattacca attctgctgg aatcaaacag gtaactgtaa taactactct
    11281 agttctcgtt cctctgataa aatgcttttg tccactgtga actttactct tctgtttgtg
    11341 tacagcttgc ggagcaaaag gaatcacgag gaagaaagtc ttgattacgt cgaacgtgtg
    11401 ggggtgagaa tctctttgta gtcactcaca acaacaacgt gcacttgctc ccttaaaaca
    11461 aggtttacac caaaacgtgt ggggacttgc gtatttaatt catgtttcta gttgcttgtt
    11521 tctgaagata gttgtgttaa aactgataaa gattcatcct ttcaatacaa ttcttcaggt
    11581 ttttagctca atgtgtaaaa gatagttaat aaagattcaa actttattcg atccaatggg
    11641 ggagacacag aacctccact tgcctctccg taaccgctct tcattaaaga agcccttact
    11701 aatcgttcta ctagtctgca tcacgagcat cctcttggtc tgcacttaca tgtacccaca
    11761 gcacaaagtc aagagccccg cttgcgaggg cttatccacc agaggctgcc aagctgctct
    11821 ctccggatgg cttgatgttc acgtcaggaa acacactgac gaggaagtcg cggctcgagt
    11881 tgtgatcaga gacatactca gaacacctcc cgctctgacc tctaaatcga agatagcgtt
    11941 catgttcttg acccctggta ctctgccgtt tgagaagctg tgggataagt ttctccaggg
    12001 tcaagaaggg aggttcagtg tttacatcca cccgtcgagg ctgagaccgg ttcacatcag
    12061 ccgtcacttt tcggaccggg agattcatag tgatcaggtc acgtggggga ggatctctat
    12121 ggttgatgct gagagacggc ttctagcaaa tgctcttgag gatcctgaca accagcactt
    12181 tgttcttctt tctgagaggt gattgattca tcttaaactt atatataact ttgctctcca
    12241 gctgcattct ccttacagct agctctctct ttttaaactt tgcagctgca taccgttgca
    12301 tacgtttgac tacacttata gatatttgat gcagggtaat gtcagcttca ttgacaggta
    12361 aagtaaatga ctcttagaaa acatttagaa catctttata ccattaatat tcaccaatgc
    12421 ttgctctctt tctcctgtgt caagttttga ggatcgtgga cctcatggga cagggagaca
    12481 catggatcac atgttacctg aaatcccaag gcaagatttc agaaagggtg ctcaggtaac
    12541 ttaatccatg agttgtagat tgttctgttt agttatgaaa tgttgagaac atgtatagag
    12601 tctgcgagaa agatgattta tagttcagac ttttctcctt ttggtgcagt ggttcacaat
    12661 gaagcgtcaa cacgctttga tagtgatggc tgataatctc tactactcta aattccgcca
    12721 gttctgcaga gtaagtttgc atattaattt gtagcttgaa gtatcagttt tgattgtgat
    12781 aaactctcac atgattttgc agccaggggt agaagcaaat aagaactgca ttgcggatga
    12841 acattaccta cctacattct tccatgtgag tggatcaaca aatgcaactc tctctttctt
    12901 atataacttt gattctactc ctccttaatg agatatgttt gttggtcttc ttcaaaagat
    12961 gcttgatccg ggaggaatct cgaactggtc agtcacatat gttgattggt ctgagcgtag
    13021 atggcatcct aagacataca gagctcgcga tatctcactc aagttcttga aaaatatcac
    13081 ggtaataata atgtcacaac accattcctt tcaatacatg acatcttgtt atgtttcttc
    13141 gcttttttgt ttgatatata ctttccttcc tcggctcctt gcagtctgat gacgtgagtg
    13201 tacacgtgac aagcgttggc aaggtacatt tctcgcttac tgtactccaa aatactgaaa
    13261 ctgtcatgtt tttttctctt catttatctt ctgtttcttt ttgttttttt tcttagcgtg
    13321 gagaagagct tcattggcca tgtacatgga acggtataag aagaccatgt tacttattcg
    13381 caaggaagtt ccactcagat tctgttaaca aacttgtcag actcttccca aactacacca
    13441 gcacagtggt ctgagagaga gggagatgaa gcctgactca agttctcgaa actgaaccat
    13501 actattcttg aaacaggaac gaaacacttc ctgattatct tgagattgga ttggatggct
    13561 aaatttttct aaagaatctg aaaatgcttg ttgatgagac aggttactct gcttttagta
    13621 taagcaggag tttttttggt tacggattgg ttatttatga tgttaaccat ggttcggtta
    13681 gggtgtaccg ttttatgttg ttgtaacttg agctatttgt agttttaagc acaaagagtg
    13741 gaatacattt actatgttct agagcctgtg tacaaatatt tgttactgtt ttatatccct
    13801 gacttgtctc atacttgtct agatttttca agtactcctc attgtcatgt caaatatcaa
    13861 attgttaagt tttgctactt gaaatacatg gcaactaaca agtaacaaaa ataattagcg
    13921 attcgattta atattgttcg ttagttgttt tgtcactaaa aagaataatg atatttagaa
    13981 cataagaatg aatagatgtc ttaatataga aaaatacttt tctttgtcgt aagaagtatt
    14041 aagtactttc ataccaaaat ttatgtattt tttattatag atacaagtat tttgtttgga
    14101 gtaattctcg tgttttttca tgttgattat ctagcaatta atttttaaag actcaaaaat
    14161 atgtctacat cattcacaag tacttgcaag tagcaagtac aacggagaca aataacatgt
    14221 aagaaataaa tttttgtgta agtaataaca agtatttttt ggacaaatca agtacaagtg
    14281 taaagattat tattcgtaca aaataagcca attgtcaaat gtacgtaaaa tagcagtatt
    14341 tggcttgcgt tcattcttgc tatgttttgt gccatatata ttgaaaaatt cagtgccata
    14401 taatatgata caaatataat ataattttgc tctgtgaagc agtaaatgcc agtttagact
    14461 attcttgttg ttgacatcat gataattaat gtcatattta aaaaatcatt atctcttcac
    14521 aaatctgtta caaaagttca tgcatataaa aaacaagagc tttgctttat catcacttgc
    14581 tcacttacaa acgtgaaacg tgttaagaac atggcagtga tttggcttct atcgcttctc
    14641 ttcctcatct ctatccttat caccgccgtg aagcgcacta agcagagcga cggtcggcaa
    14701 ccaccatctc ctcctggctt accgttcatc gggaacttgc accagctggg accattacca
    14761 catcagtctc tatgggaact ctcaaagaag tatggtcctg tgatgttagt gaaactcgga
    14821 agagttccaa cagttgtagt ttcttcccct gacacggcaa aacaagttct tagagatcat
    14881 gaccttaatt gttgtagccg tccaagcgtg gaaggtatct atatatgttt tcatgatatt
    14941 tattctatgt ctttctctga ttctattaat taggttttga ttgtcttcag gtgcaagaaa
    15001 actttcttat aactttagag acattgcttt ctctagatat gatgattact ggaaagagtt
    15061 aaggaagctg tgtgttatgg aactctttag tactaaacaa gtgaacttga ttcaacccat
    15121 caagaagatg gagatgaaga agctgattca ctcaatcact gaatctgctt ataagaaaac
    15181 tccggttaac ttgagcgaga cgtttctttc cctgaatgct aacgtggttt gcaaggcatc
    15241 atttggtgtg agttttcaag ggactgtgct caacaatgaa aagttccaag ctttagtcca
    15301 tgaggctatt gagatgttgg ggagcttctc tgcttcagat tttttcccct atataggttg
    15361 gatctttgat tggttcacag gtttacatgc aaggagggag agaagtgtga gagatcttga
    15421 tgctttctat gaacagatga ttgatttaca tctacagaaa aatagagaag aaagaagtga
    15481 agatgatttt gtggacttgc tcttgaagct ggagaaggaa gaagctgttc ttggatatgg
    15541 caaactcaca agaaaccata tcaaagctat cttgatggta agcatagtga gtctgcacca
    15601 aattatagca aaaagaaaaa aagtatagtg agccatatct cataaaaatt tcaaggttaa
    15661 ggtagagaat aaattagcaa taaacaaaca gtttcatgta tttactacaa gtagtttttg
    15721 tttctatcat gtaggcttct aatgattgat attaagacaa tctacattgg tagtctctca
    15781 aaaatatata ataacaaaat aattgagaga agaagataaa aagttgagaa actttcacaa
    15841 gagtctctca tttttttttt tcttgttaat agaactcttt atactattaa attctaatta
    15901 cataattaaa ttattttaat atattaatat ttcaatatta atttcactta gaaaactcac
    15961 taattaattt gatgctctaa ctgtctttgt atgtagaaca ttcttctagg gggaatcaat
    16021 acttctgcaa taaccatgac atgggcaatg gcggaactcg caagaaaccc acgagtgatg
    16081 aagaaagttc aatccgaaat cagagaccag atagggaaaa acaaagaagc aagaatcata
    16141 agcttagacg aaacagataa actcaagtac ttgaaaatgg taatcaaaga aacatggagg
    16201 ttacatccag tgtcacctct tctagtggca agagaagtaa tatctgagtt caagatcaac
    16261 ggctacacaa ttcaaccaaa gacaaggctt catgtcaaca catggggtac tggacgcgat
    16321 cccgagatat ggaaagatcc aaaagagttt atcccagagc ggtttatgga ccgtgacatt
    16381 gaggcaaatg ggcagcactt tgagttgtta ccctttggag gtggtcgaag aatttgtcca
    16441 gcaatgtaca tgggggcgac aacagttgag tttggtctcg cgaatctctt gtatcagttt
    16501 gattggaaga taccagaagg tgttgaagat gttgacatgg atgaagcttc tggactcact
    16561 tcccataaga aacatgatct tctacttgtt cctgtgaaat cttttgattt ttgatctaaa
    16621 ataagcctat attttgtttg gttgaataaa actaagtcta tagtttatag tttactttat
    16681 gaaataaatt gtaactaatg aagtgtaaaa gatttagaca cgccataacg ggtgtctatt
    16741 ccagtttttt gtttgatttt ctgttaataa cgggtgtcta ttccagtttt ctctttgacc
    16801 aaacgatgta acaaaattgt gaattcaagt aattgacatt tttttattga tgaaaatgtt
    16861 ggtgttatgt tttactcaaa tttataagta ttatttttat gacatttccc ccaaaaacta
    16921 ggtggtgaac agaaaaaaaa acttgatgag taaccaattt gataatgtag ctatgatatg
    16981 tctgttgaat atattataat gataatatta tttattcact aattaaagag atcgactgaa
    17041 tacgatgaaa atatttttat ataataaaat tgtgagtgga ataaaaagaa ttcatgtact
    17101 atttaaaaat tcacatttac ttttggagga agaaccaaag tgttcaaatc aaaatttcta
    17161 ttcttcaaaa aaagaaaaaa aaattcatat tcaatattcg ttttgtttcg taatatatga
    17221 tgttttgtct caataaacac atattacaaa aaaaaaaaat tctaaaaaat atcaccaatt
    17281 taactgaata tataattggt tactgttttg attccatgca ttctatatag gataatgttt
    17341 tccactctat ttatgatgca acatctcaat gtgacatatt ccatgtgacc cgttatatct
    17401 tcacatgatc tttcacgtca ttccatgtga ccggcttcct cagaaagtag agcatgatcg
    17461 atttgcaaat gttatttttt tcgttactga attacatatg ttattttctt aaatgttatc
    17521 aagaatttgg tcatccacca aattggcagc caacaactct ttattttatt ggtagtatcc
    17581 aatgcacagt atcaacaaac tatcgtctta tcgtcaatcg aatcttagta ttaacatcat
    17641 aacatccatc gaatcttaca ttttctaagt attatttaat ccttaaaaca atcataccaa
    17701 acttattaaa aagaaacccg aaaatgacac ttgaagcgct tacttttaaa aggtgcatga
    17761 accaagtaac ttaatatagt gtaactttaa gcaaagagac tagccataat gggacgctga
    17821 taacaaacgg ctcgtaacgg cacgagctta cgcatagcca ttccaggatt ctcggtcata
    17881 tcaatcttct caccattgac tttttcccag tcaaagcatt gaatcaatga tcctaaagcc
    17941 aacgatacca tcctttgtcc caaagccgca cccggacacg tccttcgtcc gttcccaaac
    18001 atcatcagct tattcgtgtt cgctgcttct ttttcttcga accgctcggg catgaacttc
    18061 tcgggctcat cccaaagctt cgggtctcta tgtatggccc aagagttcac tagtacgata
    18121 gcgccacgtg gcacgtcgta tccaccaatt ttgagatctt cagaaggaga acgcgggaca
    18181 aggagtggtg cggcaggaca cagcctaaaa gtctcggaga ctatgttttg gagataaggg
    18241 agattcacaa tgtccggctc gtcgaccaaa cgttcttgtc cgatcttaac gtctatctcg
    18301 gactttgcct tcttcaacac ttcagggttg tttaacaaat tcgccatggc ccattctagc
    18361 gtcacggctg cagtatccgt ccccgcgagc atcatactct atatgcacat tcaaatatgt
    18421 tagttcatct ttacatatac atattttgta aatattattt atatgtaaaa cacaaaccat
    18481 ggatctttct tcattcagtt ctttatgttt gcatttataa ttaaatattg ataaacacac
    18541 accaaatact aatattttat tggagaaaac atataataca tattcaaata tgttagttca
    18601 tctttatatt tcatattttg taaatataaa atgtaaagca caaaccatgc atcaatcttt
    18661 cttcagttct ttatgtttgc atttgtaatt acattttgac tagacacaca aaatactaat
    18721 atttaatgga agaaaagcat ataacatgta aacgcatacc actggtaaag aaacaaaagg
    18781 ggacaattta tatgatttct agtctaggtt ctatgtgtat gagagagtac ttacgagcat
    18841 gaggcctttg atgatgacgt cactgtagta catgggttgg tctagttgta aagacaacaa
    18901 atgactaagc attgtgttgc tttccccatc tcttcggcaa tcatcaagta gccgctgcaa
    18961 gaaagtgtcc atggcttcgc caagtgcttt cactttcttc tcgtagccgt ggccaaaaac
    19021 tttgagaatc ggtagataat ctcctggatg gctcgcacca ctattgtcgt tgatctctgt
    19081 cactagtttc ttgaatagat tcgcctcttc ctcgttgtga acctttacga aacaaacata
    19141 taagcaaaat aattagccga tatattccac atcgaatgaa ttctcatgca caagaagtag
    19201 ctagaaacca attacataaa tacatatgta gcaaatccat gtttggtatg taaacattta
    19261 aaatattcga caacaacatt agaatttaga agtataacgg actagtgagg ttattagtat
    19321 tcagtgtttt aaaaatcgat atagagggtt tctaacggca aaacgatcac gaaacaatat
    19381 ttagaaaatc ggtctacgcg acccttgata cggctaagca ctaattcctt ataaacctct
    19441 aattacgtct aacgattttt ttaaaatatt tgttgtatta aacgttgata catgtttgtt
    19501 tagatgaaac taacctggtc tccgtagtaa cgtcttcctg tgaccatacg gacaatatta
    19561 ttgaaagtta aatctgcaag aagaggctca agctcaacga catggccatt gtagtcacgc
    19621 gagagtctcg tgagcaaccg ttggatctcg tctctacgaa cggagaggag tccggtgaga
    19681 cggtgagagg aaaggatctc aagagagcaa atacggcgga gattacgcca atggtcgccg
    19741 taagcggcgg tcccgatcgt ggtatcgtcg taggcgacgt atttggcggt cagaaaatgc
    19801 ggccggtttg ttaaaatgac gtcgttctga cccatgaagc attctctgac gagaggcaaa
    19861 gaagatatca cgacgacttg gcgagagcca taacgtaggg agaagatttc gccatatttt
    19921 gccgcaaagt tgcgaaagag acggtggacc ggcggtttca cgaggtggag attgccgacg
    19981 atgggaaagg gagttggtcc tggtgggaga ttgtaacgct tggttttggt tgagaataag
    20041 aatttgtaag ctaatagaaa caatacgagt ggcaacaaaa ccaaaacgta atccatgttt
    20101 tttttttgtt tggttttgtt ttagctaaca aaggtttaag tgcaaaaagg ttgatggcta
    20161 tgtatgtgta tatatatata tggattggtt acaaagtaaa gcttctataa attaatattc
    20221 actaaataaa gtataaaata taaattatgc tggtcatgag ttgaactaat gtaaaataat
    20281 ttacagtata aaataattat ttcagaacct cctatatgaa tatatgcttt ttaaaaaaaa
    20341 ttataaatcg taattatata aacttattct tatataactg acatagaata tactaaaata
    20401 agaatataat gttgtttgtt tctatttaaa gctgaaatct tattactgaa aatttataat
    20461 tttgtgttac ttattgcata aaaaaacttt tatctttcaa tttatatcca aattttcaac
    20521 aattttaaat gcaataacta acttttatgc ataattgctt ttaaataaat catagatcac
    20581 caaaattaat aataatgatc attattttta ttaattttga ttttatgaac atacatcact
    20641 tttatattat aggcaaatag aatatcatca tctattctgt tatgatatgt cagattgtta
    20701 attataattt caaatttttg taattcattt tgttagtaga tccaccattt tattttaata
    20761 atatcattta aaattaatgt atagattaaa cagttttcta tatattaata aatattattt
    20821 gttgattgat tataatatat ataatgataa acgtttaaag ttcaaatata ttaatgcata
    20881 gagattttac tgtatgtgaa aataaattta aataagactg catgttttga acgtgaactc
    20941 ttcagtcttt ttttatgttt tctttctcct ttttattcat accaaatcaa gcttttatgt
    21001 gataccttgt tcacgatgaa aaagtgatac cttgttcata caacttttct ttgagtttca
    21061 ctggttattg tgttatcttt gggttattaa ttatgaaaag ggtggtggac atatgaattc
    21121 tccttgaact tttgacatag agatctgagg agagatgttt gatttaatat ttttgataca
    21181 aggatatggt ggactttatt gttggtctct agtccaaaca ttacagagtt gtgtattctt
    21241 ttcttttttt aattacaaag tgagtattca atcagtcttc tgaaatgatt tgagtttcat
    21301 agaacttatg tgacttttat tctttttata aatttcaaaa tatcgtttca aattaatatt
    21361 attatctgta aggataaatt gtgcacacaa aaaagtataa attattattg ttatattttt
    21421 tgtatatatc aattaaacta tactatttat aagaaaaaga atgcctaaat gtatatatta
    21481 tgttataggt aatatcttta cctcttctag tacaactata aaattaaaca atagtactat
    21541 ttaaagttta atatattaat gcatagaggt tctcgatgag atgaaacaaa atacggtata
    21601 catagctaga atatctggta atcgctgccg acctaaaaaa aatatatttt gtttttttaa
    21661 ttaattcgtt tgtgtaatta ccttaatatc atatattttt ttagtgtggt tattgatcca
    21721 cttgcatatg aacactacca ctactttttt tcaagctgct actaattaca aaattttatt
    21781 tttgtcaacg ctactaatta caaaactaat ccccttttat gaattctcaa atatggctgc
    21841 tcgttaagtt tagaatacca caacaaccac aacaacaatt tttagcaaaa aaaaaaacaa
    21901 caattttgat aataataatt atacttatga ttaatattat tattagtttg gatagaatgt
    21961 gacgatgaat gatcatttca acataataaa ataaaactat ttatattgaa gttgacaaaa
    22021 aaggtaattg tttatttatg aagtacatat tccgatttac gtatgtatca agcaatcggc
    22081 tcgcgcccgc cactctagat atccgttgga aaaacaaaca attaagtgat tttaatgaac
    22141 ttaatataaa tgaataagaa atgatttatt tagaaaaaat gatttattga attataagtc
    22201 ttttcttaag aaattttctc tgttgaaaga aactataaaa ttaactgcgt caaagtaagt
    22261 tgctagctat tttgtttcaa tattgtcaaa aaagtggttt gttgtaagga gatcaaatct
    22321 actctatagt ttagtgagag aaaaatatta ccttaccatg atttatgata tgtatttgcg
    22381 aagaccatgg tttcgtataa tgtgaattat gactatgtat cactacataa aattacagtt
    22441 cagcaatagt gacaaagctt tgatagctat aagcaaaaac catgtaataa attttaattt
    22501 acaatttgat ccaaacaaaa tataatttac aacaaacttg caatggtaac caatatgtgc
    22561 ttatgcgtgt ccgccgtaat tgaccgatca aaacaatcag aagcaaaatt tagacaactt
    22621 tgcgaccaca attttttcac ctaccaatat gtgacctagt tcattcatta acacttttct
    22681 atacgttaag cgtgggaact ataaaaacat atacagaata gaccaatatc gagtaattat
    22741 aatacagaat aagccctaat tataatacta ctattttttg ataatcgaac ttaaaatcag
    22801 taaattataa atggataggc tctaacttat ttatttctcc aaatacctat atgaaattta
    22861 gtttattcat taacacatca tcaattttta agttttttgt gagcctttaa tttgaactga
    22921 ttagtaatgt atgaaatttc taaaatttct ctgttttaaa tgataatttt tatcttatgt
    22981 tggactgaat ctcgctttat agtcaataat atcaatgatt ttgataccat gtgttatagt
    23041 atttttttgt cgacatatca tgtgttatat agatgtacaa tatgttttat ttgggctgtc
    23101 gtacctccac aaattctgat tttgataaca agttaattct tacagattta caactcatac
    23161 caaataataa taaataaact ggtttacaaa ctttcatata ttagtttaca aatctttcaa
    23221 tttttgatat gaaatatcta taatattata atttaaactt ttatttttag aaaagaaaat
    23281 ctaaaacatg gagtttatca tactgtgaat aagcccatgg tcagaaaatt agaattataa
    23341 gttgtgaagt atattaattt ttatgaattt tcaagttaga actaactgaa atgggtgaaa
    23401 cctataattt ctcatttcat taataaattg tttattaaaa tacatattct catatttttc
    23461 tttaaattct caatgtggaa aatagagcga ttaaaattta gttccctata ccaaactgtt
    23521 gcaaactaat aatcaatagt taatttagtt aagaaaaaaa ttagatgtaa aaacagttct
    23581 tttcttcttt ccttaagctt atagctgcgt aagcttgtat gactgatgat aatgcaacat
    23641 ggaggtagtc gtattgaccc gccatcttaa gtaagccaaa cttaagattt ttttaatttg
    23701 tatcaataat tcaaggtctc gttatcagta tcacggtaca aactcaattg gtaaagtctt
    23761 gcttgattaa atattcaact attgcagtca aattacttat atatatatat tatttttttt
    23821 tgaaacaaaa ggtggaatgt atttttgaga aaaaagagga tgccataaaa agtgtgtatg
    23881 aattcttata aattattagc cagactataa agtgtgtatt agttatcatt ttcttaacgt
    23941 taactgtacc taaaaagttc taaacacgaa taaaatattt ccatcgaata gaggtgatac
    24001 cagattttga gatagtgcct cacatatata aaaatgtgac gtggtcagga aactgtgagg
    24061 tagtcgtata tagtacgtat catctgattt gactgactga tcatatgatc tgtatatatc
    24121 cgtatattgt aggaatattc agtttgttga tgatttgtgg agaaatcata tctttcttgt
    24181 tttaaacaca gtttttcttt tttttccttt tacgattaat tatacgataa tatttattta
    24241 ccacctaaaa agtaaacgaa tcacaacata gtgaatattt cttcgtaaat actaaaatat
    24301 cacattcact cacgggaaca aaaaccaaga tgtctcactt cttcaacaac gatactttta
    24361 ggcggttata aattatctca tagacgatct tgaatgcaca cgaacttaat aaattaaaaa
    24421 ggcatatcat gatacgtgat tgaatacaaa gtcaatctgt gcaatttgga ttgttgttta
    24481 gaagtgcgag taaaggaaaa taagatttgt ttttttttcg agattgtatt gtatgtgaaa
    24541 ttatgaactc aaatctttaa ctcggatttg ggttgcttag agaaaagtaa agtggtctcg
    24601 gatatttaca gaaaatatct tgttgcatcc cgagcgagtt ggggttagat gaggctggtt
    24661 ctccggttgt agccgttgct ccaaatccgt aaccagcatt ggttagttga atctgtctgc
    24721 ttgctatatc gtctttgtag agactgtcga gcagaagatt gtcaaacctc tgccctataa
    24781 acagtgacat catgtgagtt aaaactagaa agttctcttt agtttaaatc cgaatgagat
    24841 gacttacgag ttttgttgct attgcgagac gaggattgtt gttgttatga ggtgtgacta
    24901 gtgcaagctg ccaaccactt cctccagctt ctattaatta agctaagact attagatggg
    24961 cctgaagttt catgtcctgc aaagaaagtg tttatcaatt tttgtctctt cctacaatgg
    25021 aaatgtatga gaaagtttat attttactat atgtttttct ttctacctgg tggatatatt
    25081 gcaagagcca atgcgttttt ttgttctatc tctgcggctt gtgggtttat tttatttaga
    25141 cccagcaccc acccaaggaa aaggctcact gagtggttgg ttttacaatg cgtagatgta
    25201 ttgaagaaga gtcaccagtg ccagtaagtc atcagtgtct atcagtggtg aaggttactt
    25261 caatcaaaca ttatcttttt tacacagaaa gaagaggtta tgaaaatagt ttgtaatgct
    25321 ggttgctttc ctttttctgt aaatgggctt tacagtgggc atgtaaatta ttattttcgg
    25381 attggttcat attaaatctg attcgattaa aaaagaaaag aaaagaaaat agcactaaaa
    25441 ttaaaagtgg attggtgggg gtgtcagcct ttgcgttact taaccgttat ttcaacttcc
    25501 acaatctaaa aagcactgtt tctgttttgt ctgaagaaga gaaataccaa gaaagacgac
    25561 gggagaggtt catttttcat ataattcgga tagaga
//
