LOCUS       NC_024803              33394 bp    DNA              UNK 01-JAN-1980
DEFINITION  Brassica rapa cultivar Chiifu-401-42 chromosome A9, Brapa_1.0, whole
            genome shotgun sequence.
ACCESSION   NC_024803
VERSION     NC_024803.1
KEYWORDS    .
SOURCE      .
  ORGANISM  .
            .
FEATURES             Location/Qualifiers
     cluster         1..33394
                     /clusterblast="2. SALPUR_173_c84	Salix purpurea record
                     chr10 extracted from Phytozome V11.0 (44% of genes show
                     similarity)"
                     /clusterblast="3. ARAHAL_276_c33	Arabidopsis halleri record
                     Scaffold4881 extracted from Phyt... (55% of genes show
                     similarity)"
                     /clusterblast="4. KK198754_c21	Eucalyptus grandis cultivar
                     BRASUZ1 unplaced genomic scaffold... (44% of genes show
                     similarity)"
                     /clusterblast="5. PRUPER_c14	Prunus persica record Pp01
                     extracted from Phytozome V11.0 (33% of genes show
                     similarity)"
                     /clusterblast="6. SOLTUB_3_c41	Solanum tuberosum record
                     chr05 extracted from Phytozome V11.0 (33% of genes show
                     similarity)"
                     /clusterblast="7. NC_023052_c80	Citrus sinensis cultivar
                     Valencia chromosome 7, Csi_valencia... (22% of genes show
                     similarity)"
                     /clusterblast="8. POPTRI_8_c96	Populus trichocarpa record
                     Chr10 extracted from Phytozome V11.0 (22% of genes show
                     similarity)"
                     /clusterblast="9. CM000834_c3	Glycine max cultivar Williams
                     82 chromosome 1, whole genome sh... (22% of genes show
                     similarity)"
                     /clusterblast="10. CM000835_c13	Glycine max cultivar
                     Williams 82 chromosome 2, whole genome ... (22% of genes
                     show similarity)"
                     /cutoff=19954
                     /extension=3990
                     /note="Cluster number: 42"
                     /note="Detection rule(s) for this cluster type:
                     plants/alkaloid:
                     (minimum(3,[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],
                     [Bet_v_1/Cu_amine_oxid/Str_synth])); plants/saccharide:
                     (minimum(3,[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],
                     [Glycos_transf_1/Glycos_transf_2/Glycos_transf_28/UDPGT/UDP
                     GT_2]));"
                     /product="saccharide-alkaloid"
     gene            complement(800..2399)
                     /db_xref="GeneID:103840709"
                     /gene="LOC103840709"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(800..2399)
                     /db_xref="GI:685362244"
                     /db_xref="GeneID:103840709"
                     /gene="LOC103840709"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 6 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments"
                     /product="peroxidase 6"
                     /transcript_id="XM_009117225.1"
     CDS             complement(1300..2295)
                     /codon_start=1
                     /db_xref="GI:685362245"
                     /db_xref="GeneID:103840709"
                     /gene="LOC103840709"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="peroxidase 6"
                     /protein_id="XP_009115473.1"
                     /translation="MNSCGLRCLFILLSFPYLLQADLSSDYYSKTCPDFDQTLVQVVTD
                     KQIAAPTTAAGTLRLFFHDCMVDGCDASILVASTSGKTSERDADINHSLPGDAFDLITR
                     IKTALELKCPNVVSCSDILVGATRSLVKMVGGPRINVKYGRKDSLDSDMNRVEGKLARP
                     NMTMDHIISIFGSAGLTVQEMVALVGSHTIGFSHCKEFASRIFNSNAEHSADFCPEGMN
                     SKYAAELRKLCSNYTKDAEMSAFNDVFTPGKFDNMYYKNLQHGYGLLESDQAIAFDNRT
                     RPFVDLYAANETAFFDAFAKAMEKFSEQRVKTELNGDVRRRCDQYNDYRG"
     gene            3887..5670
                     /db_xref="GeneID:103840711"
                     /gene="LOC103840711"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(3887..4662,4825..5670)
                     /db_xref="GI:685362249"
                     /db_xref="GeneID:103840711"
                     /gene="LOC103840711"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 1 mRNA, 10 ESTs, 3 Proteins, and
                     100% coverage of the annotated genomic feature by RNAseq
                     alignments, including 250 samples with support for all
                     annotated introns"
                     /product="UDP-glycosyltransferase 74B1"
                     /transcript_id="XM_009117227.1"
     CDS             join(3991..4662,4825..5556)
                     /codon_start=1
                     /db_xref="GI:685362250"
                     /db_xref="GeneID:103840711"
                     /gene="LOC103840711"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="UDP-glycosyltransferase 74B1"
                     /protein_id="XP_009115475.1"
                     /sec_met="Type: saccharide-alkaloid"
                     /sec_met="Domains detected: UDPGT_2 (E-value: 4.3e-81,
                     bitscore: 272.4, seeds: 248)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MAETTTTTTAKTSSKGHVLVLPYPVQGHLNPMVQFAKRLVSKGLK
                     VTIATTTYTASSISTPSVSVEPISDGHDFIPIGVPGVSIDAYSESFKLHGSQTLTRVIS
                     KFKSTDSPIDSLVYDSFLPWGLEVARSNSLSAAAFFTNNLTVCSVLRKFASGEFPLPAD
                     PASAPYLVRGLPALSYDELPSFVGRHSSSHAEHGRVLLNQFRNHEDADWLFVNGFEGLE
                     TQGCEVGESEAMKATLIGPMIPSAYLDGRIKDDKGYGSSLMKPLSEECMEWLDTKLSKS
                     VVFVSFGSFGILFEKQLAEVATALQESNFNFLWVIKEAHIAKLPEGFVEATKDRALLVS
                     WCNQLEVLAHGSIGCFLTHCGWNSTLEGLSLGVPMVGVPQWSDQMNDAKFVEEVWRVGY
                     RAKEEAGGGVVKSDEVVRCLKGVMEGESSVEIRESSKKWKDLAVKAMSEGGSSDRSINE
                     FVESLGKKH"
     gene            complement(6221..7988)
                     /db_xref="GeneID:103840713"
                     /gene="LOC103840713"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(6221..6699,7263..7430,7646..7988))
                     /db_xref="GI:685362251"
                     /db_xref="GeneID:103840713"
                     /gene="LOC103840713"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 1 EST, 1 Protein, and 100% coverage
                     of the annotated genomic feature by RNAseq alignments,
                     including 201 samples with support for all annotated
                     introns"
                     /product="DCC family protein At1g52590, chloroplastic"
                     /transcript_id="XM_009117228.1"
     CDS             complement(join(6488..6699,7263..7430,7646..7916))
                     /codon_start=1
                     /db_xref="GI:685362252"
                     /db_xref="GeneID:103840713"
                     /gene="LOC103840713"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="DCC family protein At1g52590, chloroplastic"
                     /protein_id="XP_009115476.1"
                     /translation="MLTKALRILKPRSILGGSLHRRPVYSSSPSPRLTPGAVSRTTAGA
                     AEIDADDAVAYSDPTESPTAMPIMMQAHLQPRVVVYDGVCPLCHGGVKWIIKADKYRKI
                     KFCCLQSKTAEPYLTVSGVTKEDVEKRFLFIEGLGSYHQASTAALRVVSYLPLPYSALK
                     AFTIVPTPLRDSVYDYVANNRYNWFGKAEDCLVLKEKELLERFIDRDELIDRC"
     gene            complement(8083..10733)
                     /db_xref="GeneID:103840714"
                     /gene="LOC103840714"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(8083..8272,8382..8446,8543..8594,
                     8709..8816,8925..9068,9152..9244,9331..9396,9510..9584,
                     9714..9872,9974..10336,10634..10733))
                     /db_xref="GI:685362254"
                     /db_xref="GeneID:103840714"
                     /gene="LOC103840714"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 1 Protein, and 100% coverage of the
                     annotated genomic feature by RNAseq alignments, including
                     113 samples with support for all annotated introns"
                     /product="uncharacterized LOC103840714"
                     /transcript_id="XM_009117229.1"
     CDS             complement(join(8424..8446,8543..8594,8709..8816,
                     8925..9068,9152..9244,9331..9396,9510..9584,9714..9872,
                     9974..10291))
                     /codon_start=1
                     /db_xref="GI:685362255"
                     /db_xref="GeneID:103840714"
                     /gene="LOC103840714"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="uncharacterized protein LOC103840714"
                     /protein_id="XP_009115477.1"
                     /translation="MNCLSHHARSYISLGLLKRSSYVTSKIHPCFYMPSKLCLNPASVV
                     SPLGLSRAHCYSSRSKSAKSKMLTAVSAADKEKDAFFVVRKGDVIGIYKDLNDCQAQVG
                     SSVFDPPVSVYKGYSLPKDAEEYLSSVGMKNPLYCFGASDLREDMFGSLTPCLFQEPAS
                     SKVKVSEEEDTSEMKSKDMKPDIPSASTSSVFDQLKPSSVTSDETCFIEFDGASKGNPG
                     LSGAAAVLKTEDGSLICKVRQGLGIATNNAAEYHGLILGLRHAIERGYKKIKVKGDSKL
                     ICMQIKGKWKVNNEVLSKLHEEAKQLTNECISFEISHVLRNLNSAADEQANLAVRLPEG
                     QVEVA"
     gene            10897..10970
                     /db_xref="GeneID:103827449"
                     /gene="TRNAV-AAC"
                     /note="Derived by automated computational analysis using
                     gene prediction method: tRNAscan-SE."
     tRNA            10897..10970
                     /anticodon=(pos:23930902..23930904,aa:Val,seq:aac)
                     /db_xref="GeneID:103827449"
                     /gene="TRNAV-AAC"
                     /inference="COORDINATES: profile:tRNAscan-SE:1.23"
                     /note="transfer RNA valine (anticodon AAC); tRNA features
                     were annotated by tRNAscan-SE; Derived by automated
                     computational analysis using gene prediction method:
                     tRNAscan-SE."
                     /product="tRNA-Val"
     gene            complement(11148..12874)
                     /db_xref="GeneID:103840715"
                     /gene="LOC103840715"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(11148..11423,11514..11637,12238..12318,
                     12396..12561,12662..12874))
                     /db_xref="GI:685362256"
                     /db_xref="GeneID:103840715"
                     /gene="LOC103840715"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 22 ESTs, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments, including 255 samples with support for all
                     annotated introns"
                     /product="uncharacterized LOC103840715"
                     /transcript_id="XM_009117230.1"
     CDS             complement(join(11382..11423,11514..11637,12238..12318,
                     12396..12561,12662..12815))
                     /codon_start=1
                     /db_xref="GI:685362257"
                     /db_xref="GeneID:103840715"
                     /gene="LOC103840715"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="uncharacterized protein LOC103840715"
                     /protein_id="XP_009115478.1"
                     /translation="MDPAGASVANDIGGEGEKFAVGNIYSVKVITGDEFRGIVMAYDPI
                     PNFVVFEEGSKPRAGHSKNTRMVNASFITGLSYLGKTEDPLLTDNCCVNLDSLRAKEAL
                     AIRQAEAEAERLGVGVTAEAQSIFDSLSKTLPVQWENSDILVMKEVRVRSPYLSDCVFG
                     GTDAANNRVKKVLELVRRRLQLVGT"
     gene            12994..16137
                     /db_xref="GeneID:103840717"
                     /gene="LOC103840717"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(12994..13751,13837..14122,14221..14326,15815..16137)
                     /db_xref="GI:685362266"
                     /db_xref="GeneID:103840717"
                     /gene="LOC103840717"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 1 EST, 2 Proteins, and 100%
                     coverage of the annotated genomic feature by RNAseq
                     alignments, including 194 samples with support for all
                     annotated introns"
                     /product="uncharacterized LOC103840717, transcript variant
                     X2"
                     /transcript_id="XM_009117235.1"
     mRNA            join(12994..13751,13837..14110,14221..14326,15815..16137)
                     /db_xref="GI:685362263"
                     /db_xref="GeneID:103840717"
                     /gene="LOC103840717"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 1 EST, and 100% coverage of the
                     annotated genomic feature by RNAseq alignments, including
                     176 samples with support for all annotated introns"
                     /product="uncharacterized LOC103840717, transcript variant
                     X1"
                     /transcript_id="XM_009117234.1"
     CDS             join(13045..13751,13837..14116)
                     /codon_start=1
                     /db_xref="GI:685362267"
                     /db_xref="GeneID:103840717"
                     /gene="LOC103840717"
                     /locus_tag="LOC10384_361"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10384_361"
                     /protein_id="XP_009115483.1"
                     /translation="MAAVSIALAFSFDSLKQNQSTKLTLSSRYPSLYSSRSHRRSSLRF
                     ASLPSSHSPSISTATETGEEEEQEEESTPTKSSGSYDFLEETFRTGRFLSNAELEKLKA
                     LEGFAYFQELESGTMWIRVMRQDEMDSTVSLLAESFGESMMLPSGYQSVLRFLVKQYLI
                     ERREVLPHAVTLVGFFRRKTDSLSDGEEEVVEMAGTVEVCLDKRGANASPPSPTPPKES
                     PYVCNMTVKEDLRRRGIGWHLLKASEELISQLSPSKDVYLHCRMVDEAPFNMYKKAGYE
                     VVKTDTVLVLLMLQRRKHLMRKKLPPTTTSPSDVVESDNELTSSVNV"
     CDS             join(13045..13751,13837..14110,14221..14238)
                     /codon_start=1
                     /db_xref="GI:685362264"
                     /db_xref="GeneID:103840717"
                     /gene="LOC103840717"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="uncharacterized protein LOC103840717 isoform X1"
                     /protein_id="XP_009115482.1"
                     /sec_met="Type: saccharide-alkaloid"
                     /sec_met="Domains detected: Acetyltransf_1 (E-value:
                     8.7e-07, bitscore: 28.3, seeds: 222)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MAAVSIALAFSFDSLKQNQSTKLTLSSRYPSLYSSRSHRRSSLRF
                     ASLPSSHSPSISTATETGEEEEQEEESTPTKSSGSYDFLEETFRTGRFLSNAELEKLKA
                     LEGFAYFQELESGTMWIRVMRQDEMDSTVSLLAESFGESMMLPSGYQSVLRFLVKQYLI
                     ERREVLPHAVTLVGFFRRKTDSLSDGEEEVVEMAGTVEVCLDKRGANASPPSPTPPKES
                     PYVCNMTVKEDLRRRGIGWHLLKASEELISQLSPSKDVYLHCRMVDEAPFNMYKKAGYE
                     VVKTDTVLVLLMLQRRKHLMRKKLPPTTTSPSDVVESDNELTSSVNGLHVT"
     mRNA            complement(join(14458..14975,15046..15168,15360..15464,
                     15559..15722,15796..15994,16136..16323,16446..16923))
                     /db_xref="GI:685362261"
                     /db_xref="GeneID:103840716"
                     /gene="LOC103840716"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 1 Protein, and 100% coverage of the
                     annotated genomic feature by RNAseq alignments, including
                     126 samples with support for all annotated introns"
                     /product="serine/threonine-protein kinase PBS1, transcript
                     variant X2"
                     /transcript_id="XM_009117233.1"
     gene            complement(14458..16928)
                     /db_xref="GeneID:103840716"
                     /gene="LOC103840716"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(14458..14975,15046..15168,15360..15464,
                     15559..15722,15796..15994,16136..16323,16404..16928))
                     /db_xref="GI:685362258"
                     /db_xref="GeneID:103840716"
                     /gene="LOC103840716"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 1 Protein, and 100% coverage of the
                     annotated genomic feature by RNAseq alignments, including
                     120 samples with support for all annotated introns"
                     /product="serine/threonine-protein kinase PBS1, transcript
                     variant X1"
                     /transcript_id="XM_009117232.1"
     CDS             complement(join(14736..14975,15046..15168,15360..15464,
                     15559..15722,15796..15994,16136..16323,16446..16512))
                     /codon_start=1
                     /db_xref="GI:685362262"
                     /db_xref="GeneID:103840716"
                     /gene="LOC103840716"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="serine/threonine-protein kinase PBS1 isoform X2"
                     /protein_id="XP_009115481.1"
                     /translation="MHFPLVSAWNKRRRSKSYDTDPWVYRTAECWQIEDQTSQPRKRRY
                     GSCVYTLKEMEEATNSFSDDNLLGKGGFGRVYKGTLKTGEVVAIKKMDLPPFKKADGER
                     EFRVEVDILSRLDHPNLVSLIGYCADGKHRFLVYEYMQNGNLQDHLNGLKEAKISWPIR
                     LRIALGAANGLAYLHSSSGVGIPIVHRDFKSTNVLLDTYYNAKISDFGLAKLMPEGKDT
                     CVTARVLGTFGYFDPEYTSTGKLTLQSDIYAFGVVLLELLTGRRAVDLTQGPNEQNLVL
                     QVKSILNDRKKLRKVIDPELSRNSYSMEAIAMFADLASRCIRIESSERPSVTDCVKELQ
                     LIIYTNSKGGLGGTIPTFRRL"
     CDS             complement(join(14736..14975,15046..15168,15360..15464,
                     15559..15722,15796..15994,16136..16323,16404..16512))
                     /codon_start=1
                     /db_xref="GI:685362259"
                     /db_xref="GeneID:103840716"
                     /gene="LOC103840716"
                     /locus_tag="LOC10384_362"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10384_362"
                     /protein_id="XP_009115480.1"
                     /translation="MHFPLVSAWNKRRRSKSYDTDPCTFLFSIIFARWRKRVYRTAECW
                     QIEDQTSQPRKRRYGSCVYTLKEMEEATNSFSDDNLLGKGGFGRVYKGTLKTGEVVAIK
                     KMDLPPFKKADGEREFRVEVDILSRLDHPNLVSLIGYCADGKHRFLVYEYMQNGNLQDH
                     LNGLKEAKISWPIRLRIALGAANGLAYLHSSSGVGIPIVHRDFKSTNVLLDTYYNAKIS
                     DFGLAKLMPEGKDTCVTARVLGTFGYFDPEYTSTGKLTLQSDIYAFGVVLLELLTGRRA
                     VDLTQGPNEQNLVLQVKSILNDRKKLRKVIDPELSRNSYSMEAIAMFADLASRCIRIES
                     SERPSVTDCVKELQLIIYTNSKGGLGGTIPTFRRL"
     CDS             complement(23439..24683)
                     /codon_start=1
                     /db_xref="GI:685362661"
                     /db_xref="GeneID:103840881"
                     /gene="LOC103840881"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="uncharacterized protein LOC103840881"
                     /protein_id="XP_009115647.1"
                     /translation="MEILGRRRCEHHQLSQLGLFIYLFNFETLAFAKIKLFMSLLLLNQ
                     PSKLCLGKRVLVRSSPLGSDSFSSSLQQTPPCAIISVSPCPYADEIGNLNIKNANERSV
                     THVEKDVPGELSCPLKHFRFGILGTIGSAHGWVATPLEDGRVRLQDDLNPAASYTDPKH
                     ISLPCLVTLPYCQTQLVTNVSMSSSSPEEEDCVVAIKFFGPQLSLCRPAAQSNSEWINI
                     RIANPCFFSSRVMFSKRDGMFHIPGSGGHLIGSWDLGEHKDHPKIQMLRFHNLAELTMS
                     KLEILHSCFTSEHLVESQTTGETFLIKWCRKTTRSMLDMPKMKTEALMVFRLDEEGNAF
                     YTEDIGDLVIFLSRAEPFCVPASSFPGMYPNRVEIFDVDEIGSVNLATGTVSTRNSTFN
                     APYYIPPQNIESTTN"
     gene            complement(23439..24718)
                     /db_xref="GeneID:103840881"
                     /gene="LOC103840881"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(23439..24718)
                     /db_xref="GI:685362660"
                     /db_xref="GeneID:103840881"
                     /gene="LOC103840881"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 13 Proteins, and 99% coverage of
                     the annotated genomic feature by RNAseq alignments"
                     /product="uncharacterized LOC103840881"
                     /transcript_id="XM_009117399.1"
     gene            28833..29530
                     /db_xref="GeneID:103840718"
                     /gene="LOC103840718"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(28833..29046,29136..29530)
                     /db_xref="GI:685362268"
                     /db_xref="GeneID:103840718"
                     /gene="LOC103840718"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 1 Protein, and 100% coverage of the
                     annotated genomic feature by RNAseq alignments, including
                     52 samples with support for all annotated introns"
                     /product="uncharacterized protein At1g24000"
                     /transcript_id="XM_009117236.1"
     CDS             join(28941..29046,29136..29404)
                     /codon_start=1
                     /db_xref="GI:685362269"
                     /db_xref="GeneID:103840718"
                     /gene="LOC103840718"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="uncharacterized protein At1g24000"
                     /protein_id="XP_009115484.1"
                     /sec_met="Type: saccharide-alkaloid"
                     /sec_met="Domains detected: Bet_v_1 (E-value: 1.3e-07,
                     bitscore: 30.8, seeds: 18)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MALHGDSSGEFDTKSPADKLFTSFTDDINSTFDIISNEKITEYVG
                     WEKRTVTLSMSGNLVSDSYKKFKATITVTPKAYEADGSRVLWTVEFEKIRHDVEDPVWI
                     IDSLINYLKEIDGVLIYSLF"
ORIGIN
        1 ttctttaaaa agcttgatgg atttcagcaa tgtgaactta ctgagctaaa ggccggaaca
       61 catgtctttg ctgtctatgg tcagttttct aggattgtaa tctcattata aactcatatc
      121 tgtttgagca cttgattaat cccaacttgg tggtcaacaa tgacatttct ttttcctttt
      181 tatcaggtga taattttttc aaaagcgtga actacacaat ccaagttctt tgtgctgcct
      241 cttttactca agaaaaagaa gaccttaggt ctgtagaagc tcagatcctc actaaaaggg
      301 cagagcttgc aaagtttgag acagagtaca gggaagtact tgtgcagttc accgatatga
      361 ccagtagata cgctcaggaa atgcaatcgg ttagtctttt tattcattta aaatcacaca
      421 accattgaca tacaaagaag ttaagatatg tcatgacttg agtaaacaaa accaaattct
      481 gtgtctaagt ttagccttaa gccattgtaa aacagttgat tttcatgtac ttgtcacaga
      541 tcgatgagct tctgaagcag agaaatgaaa ttcactcagc ttacacaaca gctccagtga
      601 taaagcggag ctcaagcaag aacagactga acaggctgag aaggaactcg ttcaaaaagg
      661 cagcggctga ggcgccggca ccaactgaac aggaagaaga agaggacgag gaggaagagg
      721 aagaaagcag cagagagagg aacaagaaac caagtccttc ggataagtct gagacactaa
      781 agaagaaaag caaatggtac aaattacatt tgaaattgga caagaaaaaa ccttgttagc
      841 ctttctttat catcgttgct ttcttttctt aaatacattt atgttttcct ccctttacct
      901 taggcatgtt gtatctgtaa atcatttgat attttctcca acttatcatt cgtattaatc
      961 aactctttat ttttgacaat tatatttatt tgaccatgtt aatggtttgt gctaataaca
     1021 ttatatgaat ttgatatgtt atcttaattt gcatcaaata aagttagaat tgataaatca
     1081 acatacaaaa aaacaacaca ggaaaacaca cactcatcga cacgaaaaag tttcaaaaaa
     1141 aaaaatagat ttgtccacac catactggtg attgatacaa gtttcaacca ataaatgtaa
     1201 caaactcaac aatcactgac cattgtggtg ataactacta atataatatg acagtttttc
     1261 ttaacgtgtg catgcgttta aagaggtaac tcttatagtt taccccctgt agtcattgta
     1321 ctggtcgcac cgccttcgaa cgtctccatt caactccgtc ttcaccctct gctcgctaaa
     1381 cttctccatg gccttcgcaa acgcgtcgaa gaacgccgtt tcgttcgccg cgtaaagatc
     1441 aacaaacgga cgcgtcctgt tatcaaacgc gatcgcctgg tccgactcga gcagcccgta
     1501 gccgtgctgc aagttcttgt aatacatgtt gtcgaacttc ccaggggtaa aaacgtcatt
     1561 aaacgcagac atctccgcgt ccttggtgta gttcgagcag agcttcctca gctccgcagc
     1621 gtatttcgag ttcatccctt cggggcaaaa gtcagcgctg tgctccgcgt tgctgttgaa
     1681 gattcggctc gcgaactctt tgcagtgaga gaaaccgatc gtgtgcgatc cgacgagcgc
     1741 caccatctct tgcacggtca agccagctga tccgaagatg gagatgatgt ggtccatggt
     1801 catgttgggg cgagctagct ttccttcgac acggttcata tcggagtcga gactgtcttt
     1861 gcgaccgtat ttgacgttga ttcttggacc tccgaccatt ttgacgaggc tacgcgttgc
     1921 tcccacgagg atgtcggaac atgagacgac gttggggcat tttagctcga gggctgtttt
     1981 gattcgggtg attaggtcga atgcgtctcc ggggagggaa tggttgatgt cagcgtcgcg
     2041 ttctgaggtt ttaccggaag tagaagcgac gaggatcgag gcgtcgcagc cgtcgaccat
     2101 gcagtcatgg aaaaagagac ggagtgttcc tgcggctgtg gtgggagctg cgatctgttt
     2161 gtcggtgacg acttggacga gtgtttggtc gaagtcgggg catgttttgc tgtagtaatc
     2221 agacgagaga tcggcttgaa ggagatatgg aaacgacagg agaataaaca gacaacgtaa
     2281 cccacaagaa ttcatcaatg aagagggaat aaataatttt taaaaattat ttgcaagttt
     2341 cccttgaatt caaattctct tgattgtcga tttctctctt cttttagttt tgtgttctgt
     2401 ttgttgtggt ctgtgttgtt tttttctttt taggtgttta cttgtgtcta ttttgattgt
     2461 gaaacgaagg tttttgtttg gaaaatcaag ggaagagaga gtttcaagga gaaacagaaa
     2521 aacaaacttt taaccaaatt gtaaaactct tattttaggt ctccataatt attagaaaaa
     2581 tggaggatgt ggtggcttca aaccatgtta ttgcatattt gcatatcata ttatcatgca
     2641 ttcaacattt aagcaatgga gctagatctt gtacttgctt tttaaacatc tttctttttc
     2701 tagattttag aaagcaggtg gttctcgtgg aggattgtgt gacttgtgtc aatacaatgt
     2761 tggaccatac aaaaattaca aatgaagaat cattattcat ttgaacaaga tagtctggct
     2821 acttgattag agcatcccga agtccaagta aattctgcct ccacaaacat ctcacggatc
     2881 caattatgca ttccaaattc tgtatttgcc acacagatgt ttcattattc tttttttttt
     2941 aaatggcatt caagctaaac atgagaagta gaaaaaggtg acacaagttc gctcaagggt
     3001 ttttagttga acctatagag tagcccatac tttataagcc caccaggttt acaccatcag
     3061 tttactaagt aaaaaaaaag ctatttcagg ctttcagcgt aaaactaatt tgtttcacac
     3121 ttcttttttt ttaaatcaaa agtcattatc gagtttgtgg ctcgggcgtt caaggacctg
     3181 tcggttttgg ttcagttgat tcaaattttt agattttggg tataatgctc ataagttctg
     3241 ttcgagtttt attaattatc aggtcgggtt tagttcggtt ccttctggat tcgcttcgga
     3301 tcggattgta accaatgttt aaaggcatcc aaaaatatat tttttaaact taaaaaattg
     3361 acaaaaaatc aaaatataaa aagtattcaa aaatctaatt aaaattaatt aaactatcta
     3421 aattacgtaa aaaatattca aaataataaa taaaacaaac tacaaaaata ttttgaaaat
     3481 tcgaaaatat ctaaatcacc ttatcatata ttaaaacatt aatctattta aaaaatttgg
     3541 atattttcgg agatttcggt tcagctcgga ttataaccaa accctaaact attaagctca
     3601 taagtcccgt tcagatattt ttgcatacca gttcagattt ggttttgatt tttcggttca
     3661 gatttagata ggtacttcgg attgagataa aaatgtccag gtctagttca taacatttcc
     3721 atgtatttgt tcgtctactt atgtttccat ttgtgtttat taatttattt acagttttta
     3781 ttgaaccttt gtaacaaaaa aaacaaatgt gcggaactag cattagttag gtgacaccaa
     3841 cgcgaaacgt gaacaatgcg ctcggacata tataacccaa ccactcactt tttctccgaa
     3901 cacatcagac ttattatttt tcttcttcct cctcctcttc tcagtcttct tcaactgaaa
     3961 acaaacagaa actaaggctt caaagtcaca atggcggaaa caacaacaac aacaacagca
     4021 aagaccagct ccaaaggcca cgtcttggtc ttaccttacc cagtccaagg ccacctcaac
     4081 ccaatggtcc agttcgctaa acgcctagtc tccaaaggcc tcaaagtcac aatcgccacc
     4141 accacctaca ccgcctcctc catctccacc ccctccgtct ccgtcgaacc aatctccgac
     4201 ggccacgact tcatccccat aggcgtcccc ggcgtcagca tcgacgccta ctccgaatcc
     4261 ttcaagctcc acggctccca aaccttaacc cgcgtaatct ccaaattcaa atccacagat
     4321 tcacccatcg attctttagt ctacgactct ttcctcccgt ggggactcga agtcgcgaga
     4381 tctaactccc tctcagctgc tgctttcttc accaacaacc tcaccgtttg ctctgtcctt
     4441 cgcaaattcg cctccggtga gtttcctctc cccgctgatc ccgcttccgc gccgtatctc
     4501 gtccgtggct tgccggcttt gagctacgac gagcttcctt ccttcgtcgg acgtcactcg
     4561 tcgagccacg cggagcacgg gagggttctt ctgaatcagt ttcgtaacca cgaagatgct
     4621 gattggctgt tcgtcaacgg cttcgaaggg ttagagacac aagtaagaga agagttttaa
     4681 tcaaacacta ttttctcaga ttattattat tataaaaagt aatttataat ttttatcttc
     4741 tatgttcatt gatgtttaat taagattatt tataaactaa tacattcatg ttcgttgatg
     4801 tttttggatt gtgtttggtt ttagggttgt gaagttggag aatcagaggc gatgaaggcg
     4861 acgttgatcg gacctatgat cccatctgct tatcttgacg gccgaatcaa agacgataaa
     4921 ggctatggct cgagcctgat gaagccgctc tcggaggagt gtatggagtg gttagacact
     4981 aagctgagta agtcagtggt ttttgtttcg tttggttcct ttgggatcct ctttgagaag
     5041 caactcgctg aggtagcaac ggcgttacaa gaatcgaact ttaacttctt gtgggtgatt
     5101 aaagaagctc atatagcgaa gttaccagaa gggtttgtgg aagctaccaa agacagagcg
     5161 ttgcttgttt cttggtgtaa ccagcttgag gttttagctc atggatctat aggttgtttt
     5221 ttgactcact gcggttggaa ctcgacgctg gaagggttga gtttgggagt tccgatggtg
     5281 ggtgtgccgc agtggagtga tcagatgaat gatgctaagt ttgtggagga ggtttggaga
     5341 gttgggtata gagcgaaaga ggaagctggg ggaggagttg tgaagagcga tgaggtggtg
     5401 aggtgtttga aaggagtgat ggaaggagag agtagtgtgg agattagaga gagttctaag
     5461 aagtggaaag atttggctgt gaaggcgatg agtgaaggag gaagctctga tcggagcatt
     5521 aatgagtttg tggagagttt agggaagaaa cattgagagg taacgagatt tgtaaatctt
     5581 gtgtgtgtta ttgttgttgc tcaagagcat tgtacggaga tgattgtcat tcagtaatat
     5641 gaataaacca attgtgatat acttttccta gttccattat acacgatatg tgagagaatc
     5701 tgcttgttta agtacttaga catgtgtata gttctgcagc aagtggcact cctgtctgaa
     5761 agaaagatgt agcaatgatc catcacgaat tcattagatt tttataacat cctttaccaa
     5821 cgggggaatg tatatgttat cgtaataata catcggccca gttttatctg cagcccacaa
     5881 ggcctttttg ataaagaagc atcatgcatc ccacatcggt aagcttagag gatttgtgct
     5941 ggagatgtta gtataaacaa actccacact cctcaagttg aaaccacgca gccatgtggt
     6001 gagcacaaag cgaactattc tttcgccttt tactaaagaa taccgtgtgc tctccacgcc
     6061 aagtggcata cgcctatttt tggagggatc tgccttcggg tggacccagc atttctgagt
     6121 taactttttg atctaatatt gaatggtaat tatgtttttc tgcaatatgt ttgtaaatct
     6181 gatattgtgt ttcaagtttg gatttgatct cagcagaaga taaaatctga acgttgattc
     6241 tttttatttt gtagactggc agttcaacaa ttatcaatct gacatcttgg tactgccaac
     6301 cacttaaagg attcggatac tggaatttgc tcaacgtaat ttagaagaaa tagcaacaaa
     6361 gattatatga ggattagctt tcaaaaagac tcttgcgttt gtgatcactg ttcttggaaa
     6421 gttaactcta gtcatgttcc ctatttattt atatacgcgg acaatatatc tgtcgaaggg
     6481 tgtgtcatta gcatcgatca atgagttcgt ctcgatctat aaaccgctcc agcagctctt
     6541 tctccttcag aaccaagcaa tcctcagctt ttccaaacca gttatatcgg ttgttggcca
     6601 cgtagtcata caccgagtct ctcagaggag tgggaactat ggtgaaagcc ttcaatgcag
     6661 aataaggcag aggcaagtat gataccactc gaagtgcagc tgtagagtca aaaagataca
     6721 caatcaaaag atcaatccat ggcttcttca ttcttgggca atagagaaaa catgttgaga
     6781 aacaaaatca tactatacag aaacaaccat tgacataagc agtcatcacg taagcagagc
     6841 acaataactc aacaatatat catcacaggt cataaacagt ccctacgcaa tcatatgaca
     6901 agaactcaag aatgtataat cacaggacat aagcagtcac tatgcaacca tctgacataa
     6961 gcagtctcgc agagagaact ccagctgatt aattcatttc agcatcaatt aatcttatac
     7021 ttaaccatcc cgactaagtc catctaccat aactaacaag ctggggtact taactagaga
     7081 gagagttcat ctctgcaaag ctcaaatgca agcaagaagc tcaatgcgca gtttagtaca
     7141 ctgattctag ttgccattag aaacacattc aagctaggca catattttca ctcaattctt
     7201 cagagaaact cttttctgtg aaacttgtaa aagcaactgt gtgaaaaaga agattcacat
     7261 accggttgag gcctgatggt atgaaccgag accttcaata aagagaaaac gcttctcaac
     7321 atcttcctta gtgactccac tcacagttag atacggctca gcggttttag actgaaggca
     7381 acagaacttt atctttctat acttatccgc tttgatgatc cactttacac ctacatcaaa
     7441 gaacaatcat tactcagctt ctacaaccta ccaaatcgat tgagtaaata gccaataact
     7501 cagatcaaat catcctaaaa ccaaatctaa ttgtttaatc aagagactga taccaaatca
     7561 atagacagaa ccgatcgata aacctctctt aacaatctcg caaaaacggc ttccttatga
     7621 gtttaataga gagagaacat tgtacctccg tggcaaagag gacagactcc gtcgtacacg
     7681 acgacacgtg gctgaaggtg agcttgcatc ataatcggca tcgcagtcgg cgattccgtt
     7741 gggtccgagt acgcgacagc atcatcggcg tcgatttccg cagccccagc cgtcgtacga
     7801 gaaacagctc cgggagtcaa cctcggcgac ggagaagagg aataaaccgg tcgacggtgg
     7861 agagaacctc cgaggataga cctgggtttc aaaatcctaa gcgccttcgt caacattcta
     7921 gaaatccttt tgacatttcc ttcagaaaaa aacagttaca ggcttacaat ggaggaactg
     7981 tgcttttgct tgatctccaa gttcggcgaa agggctcaaa agtaaattaa aatgggttca
     8041 acatgaaata ttattgggcc aatctcggcc cactaagtta aataagaaca gaactgtaag
     8101 aggtaccaaa agaatctcgg tggaaacttt gcaaagtaag acgacaaata atattttagc
     8161 ttctagctgt ttctgggaga ttgattctac attgttttgt gttcactttc tgtaaaaaat
     8221 ctctatggca catcctcgct cctcttcacc acattctagt ggcttcgttt gtctgcagga
     8281 aaacgaagac atgttgttgt caggttgaat ggatactttt tgttcaggct agtattcaga
     8341 ttttgatggg gggggggggt gcgtaaggac taaggacaaa ccaaactcta tcttcgttca
     8401 cggatataat aagtataaag ccttcacgcc acttcaactt gtccttctgt atacaatgca
     8461 gcatagattt tggttagctt tctgcatcat tttgatcaga tattatcaaa tgcagagaaa
     8521 aagggagact aggttgtcta accggggaga cggacagcca agtttgcttg ttcgtccgca
     8581 gcagagttaa gattctgcaa taagaacaat gacagacatt tgcattagaa aaacgccatg
     8641 ttgtgatctt gctctcaagc acaaaactgt gtatatacaa agagatatag atgaacatag
     8701 aaacacaccc ttagtacatg actgatttcg aaagagatac attcgttggt tagttgtttt
     8761 gcttcctcat gcagcttcga gagtacctcg ttgtttacct tccatttacc tttaatctgt
     8821 tattctcata aaccgttggt aacttagaag agataaaacg tactgattca ttcattaaac
     8881 tacctaaatg caaaaagata cataaatgat ttccattgac gaacctgcat acagataagc
     8941 ttggagtcac ctttcacttt aattttcttg taacctctct ctattgcatg cctcaatcct
     9001 aggattaatc catgatattc cgctgcattg tttgtggcaa tccccaaacc ttgacgcact
     9061 ttacaaatct gttattattt cagaaaaaaa tgaaaatttt agagacagaa cttgactttc
     9121 aaatgaaacc gcgatccaga agaattcata ccaagctccc atcctcagtt ttcagtacag
     9181 ctgctgcgcc agagagacct ggattcccct ttgatgcacc atcaaactca ataaagcaag
     9241 tttcctacca caaggcggga aagagaactt gagccagaaa cattctgcat tctgaataat
     9301 gataaaaata caaccataac cacaactcac atctgaagta acagacgatg gttttagctg
     9361 atcaaaaacc gatgacgtgg aagcagaagg aatatcctga gaaacatgaa tactaaagga
     9421 atgagctgag gttgctttgt ctcataatat tattaaactt cagctatttc ttcaaactat
     9481 aatatacgaa tcaaaagccc tgtccttaca ggtttcatat cttttgactt catctctgag
     9541 gtatcttctt cttcagatac tttaacttta gaagaagctg gctcctaaat aagggaaaga
     9601 aatgcacagt taatagcaca cgacgaatca cagcagctga agacacattc taccaagata
     9661 acgaaataaa gacaaaagcg aaacactgtg gagggacaaa gctatcatca cacctggaaa
     9721 agacaaggcg tgagagagcc aaacatatcc tctctcaagt cagaagctcc aaaacagtag
     9781 agagggttct tcatcccaac agaagaaagg tattcctctg cgtctttagg caaggagtat
     9841 cccttataaa cactaaccgg aggatcaaac acctaccgtt acccaaaaaa aacaatgaaa
     9901 cagttacttt agtttatatt cccatcctat aaacataaca caagatattg taaaggttaa
     9961 aagatgtatt caccgaggat ccaacttgag cctgacaatc attcaaatct ttgtagattc
    10021 caataacgtc acccttccgg acaacaaaga aggcgtcttt ctctttatca gcagcagaaa
    10081 cagccgtcaa catcttcgat ttagcagact ttgatctgga ggaataacaa tgagccctgg
    10141 agagtccgag tgggctgaca acacttgcag ggtttaaaca gagctttgaa ggcatgtaaa
    10201 agcatgggtg aatcttggaa gtgacatagc tggatctctt gagaagcccc aaggaaatgt
    10261 aagaacgcgc atgatgagag aggcagttca ttaccgtagt tgtagtagtt atccccacac
    10321 acacacacac agatttctga agagaaagca cacaaaaatt tagttaaatt caacagcttt
    10381 gttatcacta atgatatcaa tatttgacta cagttaaaca aaacaagttg ataaaatttc
    10441 agattcgtga tgataataat ctaccgctag tatcagactg agaatactct taatctgaga
    10501 tatctataac tgaggtggat taataaggaa gcagactgac ccacgagagc tttcggggaa
    10561 tcaatgggga ataagaaaaa ccagtgaatg catcgaaaat caaactaatc cgaatagtta
    10621 aataacatct taccaagcaa aacgaggtga atctctggat taattgctcg cccccgagtt
    10681 ctctttgccg cagtggggaa gttgagagca gaccacggtg ggtttaagcc gggttttggt
    10741 ctgcctcagg tgggtcttag gggtgtcgtt tcggtacgac tcagatacta accgaaattt
    10801 taattggtac gggtttgtgt tttagcattc gccggttaat ggtttaccaa gacgccagag
    10861 ctgaaaagga agaattggta atcaaagtta acattaggtt tcgtggtgta gttggttatc
    10921 acgtcagtct aacacactga aggactccgg ttcgaacccg ggcgaagcca taaattaatt
    10981 ttttttttcc cacccaaaat acaatgggcc ttagtatggc tctacaatga aaacgaatac
    11041 tccatgaagg cccgtttgtt accagctagt gtgctctgcc ttgttatgtt ttgcggttat
    11101 tgtcaacatc agacaaaatc catgtatgat tgcaaaaatg cacgactatt tgataatagt
    11161 ataatactga taaaattttg aaaacatggc gaaattagtc tgcctgagtt tcacatccat
    11221 ggaactcaag aaatttctaa tctggtaaag acaacaacat gcgagaaaag ccaacaatac
    11281 ccacttctcc ctggccgatc agttctagac gccttctcgg gttagtagca gagcaacata
    11341 ccctttttgg cgacttcact gaccgtctcc tttcgctggc ctcatgtgcc aacaagttgc
    11401 aaccttcgtc tcactagttc aagctgggtt gaggggtaac cattggcatt aataatcaca
    11461 cacaaggagg cttgtttaac aaatagcaag aatgaagtga aattgaggct taccactttc
    11521 ttgactcggt tgttggcagc atcagttcct ccaaagacac aatcggaaag ataggggcta
    11581 cgaacacgta cttctttcat taccaaaatg tcagagtttt cccactgcac aggaagcctg
    11641 aaaaatgaaa aagatagcaa gtggttcaaa tcattagaaa ctaagaaaat ttcaacatgt
    11701 acgaagtcta aaaccatgca tccacactgc atctcaattg tatcacagag aaactaataa
    11761 caatacttag acaataattt aaaaccatgc tgaatttgga aaatagcgca atactaaaac
    11821 agtacagatc aagggagaaa aaagacaaac tttgaataga tcttgttcca aagcgagcat
    11881 caacaaggga actagagtaa tgcaacacta atatcatgtc aagaatctaa caatctatgt
    11941 aggcaataat aacacaacag aaactcaagc aaatctcttt caaaacaacc acttgttaac
    12001 acgtatataa aactaagcaa acatctatct aattagtccc atctctacca acgctatcag
    12061 caataaacaa acacaaccta attcgtaaaa aacgaagcaa tcatggtaaa ttagtaatct
    12121 acttcacacg agaagagaga gagagagaga caaacgctta aaccataaca gaataactag
    12181 ctaattatcc acaaaccttc ccaattcgaa aaaaacgaaa aaaggaaaga tctttacgtc
    12241 ttagacaacg aatcgaagat gctctgcgcc tcagcggtaa caccaacacc caatctctca
    12301 gcttctgctt ccgcttgcct gctcaatacg tttccccaat aagctaagca aaaaaaaaag
    12361 cagaagactt tgcattcaaa aacaataata ttcacctgat agcaagtgcc tctttagctc
    12421 ggagcgagtc aagattaaca caacagttgt ctgtaagaag cggatcttcg gttttgccca
    12481 aatacgacag ccccgttatg aaactcgcat tcaccatccg agtgttcttt gagtgcccag
    12541 ctctaggttt cgaaccctct tgtgaacaaa acccaatctc gtcaaggatg attcaccaaa
    12601 atcataatct tacaaattta tagaattcaa aaactatttt gagtataaaa aaaaaggata
    12661 tcaaaaacga cgaagttggg gattggatcg taagccatga cgatccctcg gaactcatct
    12721 ccggtgatca ctttaaccga ataaatattc cccaccgcaa acttctcgcc ttctcctccg
    12781 atgtcgtttg ccaccgatgc tcctgctgga tccatggcgg ccgccttccc tccggcttct
    12841 caatcgcgcg ttctgaaacg tcgatgtaga gaaaacagta aaaaattaca tatgtacatc
    12901 tcgagatatg ggcctcaagc ccatatactt taccgggctt tgggcttatc ctcaaaacgc
    12961 tgcgtttaac tatcatcact accgaatttg tcagttattt tatccatttg agagagagac
    13021 gacgaagcat cttcgcgtgt gtcaatggcg gccgtaagca tcgcacttgc tttctctttc
    13081 gattctctca agcaaaacca atccacgaag cttactctct cgtctagata cccttcacta
    13141 tactcttcta gatctcaccg tcgctcaagt ctcagattcg cttcccttcc ttcttcgcac
    13201 tctccttcaa tctcaaccgc cacagaaaca ggagaagaag aagaacaaga agaagaatcc
    13261 accccgacaa aatccagcgg aagctacgac tttctcgagg aaaccttccg cacggggaga
    13321 ttcttaagca acgcggagct agagaagctc aaagctctcg aaggatttgc gtatttccag
    13381 gagctggagt ctggaaccat gtggattcgt gttatgagac aagacgagat ggattcgacg
    13441 gtgagtctcc tcgccgagtc gtttggagag tcgatgatgt tgccttctgg gtatcagtct
    13501 gtgctgcggt tcttggtgaa gcagtatctg attgagagga gggaagtgtt gccgcacgca
    13561 gtgactttag tcggattctt caggagaaaa acggattctt taagtgatgg agaggaggag
    13621 gttgttgaga tggcgggaac tgttgaggtt tgtcttgaca aacgaggggc taatgcttcg
    13681 cctccttctc cgactcctcc aaaggagtca ccttatgtgt gtaacatgac tgtgaaagag
    13741 gatcttagaa ggtatttatt tagtgttgtt cttgttaatt aatgttgttt tatgataaaa
    13801 gtttgtgact tttttctttt gtgatgattg gtttaggaga gggattgggt ggcatttgtt
    13861 gaaggcgagt gaagagctca tatctcagct tagtccttct aaagatgtct acttgcattg
    13921 caggatggtc gacgaggctc ctttcaatat gtacaagaaa gcaggttacg aggttgttaa
    13981 gaccgatact gttttggtgc ttttgatgtt gcagcggcgt aagcatttga tgcgcaagaa
    14041 gcttccaccg accaccacca gcccttcaga tgtggtggag tctgataatg agctgacctc
    14101 ctcggtcaat gtatgaacac gggtacagtt tgtgaacgta ccaatcagcg tttagtgttt
    14161 gtctaccttg tctgagacca aataaactta gaacttgttg tgattggctc catcatgcag
    14221 ggactacatg tgacttgacc aagaggatga gttgttacca ccttccgtcc actgttgatg
    14281 ttccaatttc ttgcttcaac ttgctgttta tatgatcgta gtagaggtat gtcactcatg
    14341 ttcttatcag acgtagcttt ctttacctgt tgttttcttc ttcctgtttt ggttgtgatt
    14401 gtctttcttg tttacatatg tgcggtctaa aagtttaagc ataaggcgaa aataggaaac
    14461 agaaaaggat acacccctgt atgtatatat atatattaaa cactcatttc tctgcaagca
    14521 aaacactctt gacaaataaa acacaatata caccccgatt tacatggtga ttttatagta
    14581 tatacatcta aataatgtct cgctttgata taattttagc agctggaagt tggaattatt
    14641 attaattagg atttgttttc ttttatcagc aacctctcat tgttggaaaa aaatgacgta
    14701 atccattatc actcctttga aagaatctgt tgtgtctaga gccttctgaa tgtaggtatc
    14761 gtcccaccca agccaccctt cgagtttgtg tagataatta gttgcagttc cttaacacaa
    14821 tccgtcaccg aaggcctctc gctgctctct atacggatgc aacgtgatgc caaatcagca
    14881 aacatggcta tagcttccat gctgtatgag ttccgagaca gctctggatc tataaccttg
    14941 cgcagtttct ttctatcgtt cagtatactc ttgacctgaa acgtagagaa gattcagcag
    15001 tttattctgt atgttaatct tagaagctag taggggccac tttacctgta gcaccaggtt
    15061 ctgttcgttt gggccctgag ttaagtcaac tgctctgcgt ccggtcagta gttctagaag
    15121 cacgacccca aatgcataaa tgtcgctttg tagtgtaagt ttacctgtct gccacatcac
    15181 aaattgaata atttattatg ctaaaactgt cttttcttgc ttatgagttt tgatatttga
    15241 gttcacgtca ttgttagaga gttttcttat tagttatgta acgtctagtt tacccttttg
    15301 ccttatcaac gttatttata ggaagggaat catgtgaaga catgagtaag aatcgttacc
    15361 gatgtgtatt ctgggtcgaa gtagccgaaa gttcctagaa ctcttgcagt cacacaagtg
    15421 tcctttcctt ctggcatcaa ctttgctagt ccaaagtctg atatctgcaa ggatttcact
    15481 ccacgtctta tttttttagt gaatgctttg aattttagct gcataaacca tgcaacgtta
    15541 atgtacttta aagggtacct ttgcgttata gtaggtgtct aggagaacgt tggtcgattt
    15601 gaaatctctg tgaacaattg gaatgccaac accagaactt gaatggagat acgcgagtcc
    15661 attcgctgct ccaagtgcaa ttcttagcct tattggccag cttatctttg cttcttttaa
    15721 tcctgtgata aaaaaaagac tcagtttagt ggtcattttg cctttagtgg actattatat
    15781 cgttttgaca gttaccattc aaatgatctt gcaggtttcc gttttgcata tattcatata
    15841 ctaggaagcg gtgttttcca tctgcacagt agccaatcaa agataccaga tttggatggt
    15901 cgagtctact caagatatcc acctccacac gaaactctct ttctccgtca gcctttttga
    15961 acggaggtaa atccatcttc ttgatcgcaa caaccttcaa atagtgaaag gatcaaagat
    16021 aatacgtatg ttcttttttc atctttgaca aacatgtact tcttagtaaa catttctaac
    16081 agtataaagc ctgttgtaaa tcaaattaaa tgaagcgata tacattagtt cgtacctctc
    16141 ctgtttttag agtgcccttg taaactcggc caaagcctcc tttaccgagg agattgtcat
    16201 cactgaagga atttgtagcc tcttccattt ccttgagggt ataaacacat gacccatatc
    16261 ttcgtttcct tggctgagac gtctgatctt cgatttgcca gcactctgct gttctgtaga
    16321 cccctgagaa gtaaggttat tgattcagtt tcacttaaac ccctttttat ccagtattag
    16381 taatgtcgaa ggtaacaaca tacttttacg ccatctggcg aagatgatgg agaaaaggaa
    16441 cgtacatgga tccgtatcat aggatttgct tctccttctc ttgttccaag ccgaaacaag
    16501 aggaaaatgc atagcttctg cttgtgtctt tacgcttagt aggtgcagcg agagaccatt
    16561 ccaaaggcaa gcttctgatg aattatatcc tttccgagtt agttgcttcc aaagaaacac
    16621 agaagatggg tgttgtgtga agaagagcga gatatagagg agcgcatcaa gtctctctct
    16681 ctctcttgtt ttttaaaacc tttcaagcta ctaaattgat attggaggag ttagatttgt
    16741 gaaatactca acagcagtat ttcaactacc gacgttatag agaaagaaag agacggtaga
    16801 gctgaagaat acgtaagatt acatgtacgt gaagcaaaag taaatcaaag catcttgaga
    16861 aagactttac ctgtttcttt aacacttggt ttggttctct tgtctgaatc tatctgcttc
    16921 taccagagta tataccagag tatatgtgta taattactta cgtatctgtt tctgaataga
    16981 gagagatggg aagctgcttt caagagtgtt tccttcccct tttcgtttca attgttttct
    17041 tttttaatat tagtgttgtt ttcatttgtc tgttgagtga tggagataca tttatttgtt
    17101 tataggggaa gaagaagaag acctctaatt ttcgtaaaag caatcttagt ttcataatta
    17161 gcttgtcaaa tcataggtta ctgtaacttt aacgtatcta attgtatatt caacatttgt
    17221 gttcgggtga aattttgctt caaacagaaa atgatgagtc atctttactt tgtttgtcgt
    17281 ttttatatta agagtgcaga gtgattgaag ttttatatca atcgggagac aatatgccgt
    17341 cttcttcgca gatatcgggc cagacctcac aatgggcggt tatgggtcca tataactaaa
    17401 gtgaaagtaa cctttcttga aattgtttat ggactataat atacccaagc cgagaacata
    17461 gttgcaatca cgaatgctat atccgaagtg tgacatgagc atttgctgaa atttattggg
    17521 aaaattgcca aaagagaata aaaaaactag gttgttgtcc ctttggtata aaactagttt
    17581 tgtccatttt ttctcctttt taccctttgt atttctgaaa actaataaaa taaataattt
    17641 tgagaatcaa aaaaattatt aaaaatataa acaattaata aaacatccat atacacaagc
    17701 tggtaatttt gttttgttca aaaacttggt aaataagatt tttaagatac gttctactaa
    17761 aagtagaatg cgtcttcaac ataaaatagt atagtagaaa acaatttcta aaataaacac
    17821 gttcatctac ttcttttaga acgtccattt tactatttac taaatttcta aaaaagagga
    17881 atgtgcattc tactaatcgt aaaggtatcc actttccttc cgaatgcatc ttctacgttt
    17941 ataaagtatt ctaaatttta gggaatgtgt tttctacaat gtactcttac gtctactcaa
    18001 agtagaaaat gtattcaaaa tttttatcat tcttctaaac ttttagaagt cgccttctac
    18061 ggataagaat acctgatttt ttgcgaaaat taatgaaatt tcagttaagg aaatattata
    18121 aaaatctcct aaaaatattc taacttccta aaacgtgtta tggtcgattt tacttgaaaa
    18181 aattaaagaa aaaatgattc tcccttctct tcttcatcaa tctatggttt tcccatagtt
    18241 tttcttttga ttcttctcac aaactcttgt tctctatgat gcatatctat accgtttttt
    18301 tttttcgatt gcctttcaat ttttttttca ttttttccat taacttcttt tttaaattca
    18361 aattaacttt taaattgtgt ttaattagat taaatataga gatagttttg ggattatgag
    18421 aaaaattata ctattgagac aacttcatgt tggttttata ccaaggggac aacaaccttg
    18481 tttttttgtt ctcttttagc aattttccca aatttatttc actgttctac atagttgcaa
    18541 tcaagaatgc tatatccgaa gtgtgacatg agcatttact gaaatttatt ttcattgtgc
    18601 ttcttctttg aacgtcatcg tgttcaataa atatatcaaa taaaaattta agctacaaaa
    18661 tacctgctta atctatttgg ttaattgtta tgtatgaaat ggtattaatt aagcacattg
    18721 aatactcacg tactccatat gttcctaaaa gtaagatatt tgagagtttt cacgtttatt
    18781 aaaaatataa taaatgttta cgatttaatt tcaatttact tttcgatata ctttcctata
    18841 actatccacc aataaattta atcaatttaa atattcaaaa ttaatgtttc tcaaaagtat
    18901 acaaaagtac tttaaaaata tagaaaatat atttttgtgg aacaataata atattgggaa
    18961 tcagctatca gcctatgagg cagtactttt gtttagagag ttagatgtga tacttttcct
    19021 tagtatattg aacccatcaa tgattcaaca cggtctgcaa tagttagtta tttaccatta
    19081 acaatcactt ccaatgtatt tactcataaa gctaactata taagaacttt catattgtca
    19141 ctgtatcgac gatttctata aaacggctca tatcatctac gtcttaagaa acggttaaat
    19201 tcaatgttgt aaagtaaagt aagaaacagt gttaaccaca ttggatactc atatcgtaac
    19261 taaaatgagt aagttttgag tgacttggtt atttgctgat ttataatatt tcatgatatt
    19321 cattagtcaa aactattctc atgttctcga atagtatcaa cctacaaaat atattttttt
    19381 tacaaataaa aacaactata tatatacata tattaattgt atggttccaa ttagttgcta
    19441 agttattaat tagataaaaa aaagttaaca ccctttctat acgctataac acaaggacaa
    19501 gaaaaaaaaa tcatttttaa gaaaaaaacc acttctggtg actcatgaag ctgtgatgaa
    19561 caagtcctca aatcatcctc ttgttttcgt tttattatca tatctagtgt taagagagaa
    19621 atgagcacaa agtcatctcc gaaggaaaat cacttttact gactcccaaa agcatatgca
    19681 ttatactatg ttgttagctt gcacatgata ttatttttgt cagaagtaag ccatcttgag
    19741 tagaaatcaa acaaaacaat ataattaaaa gccctaatat ttttcaaaga aactatgttg
    19801 ttagcttgca cagttaattt aatttccaat gtgccaaatg aattaactaa gtgcaagtaa
    19861 attgtaaatg atgaagcctt tggacctttg gttatataaa tagaaagatt ggatatggtg
    19921 aaaatttttt agatgagtga gtttaaaaaa aagttagatg ggtgggcttt taaaaaagtt
    19981 agatgagttg accttaaaaa atgttagatg agttgagctt aaaaatgtta tataaacacc
    20041 ttttataatc aagcccacaa attataaaat gaagagaaaa agactacgga aacaatgctt
    20101 agctttcagg agaaacttaa atctccgaca gacgaattct tagactactg aaatatttag
    20161 taataacaaa tgtttgtgga attatatatg taattatcac attcaatttt ccaacacatg
    20221 ttatgcatat tcttagactt tttcttcttt ttttttatca aatttttgcc aatattttcc
    20281 ttttttttac atatattttg caaaaaaatt gtttctctct ctaaatagta ttacaaaaca
    20341 tacaatcggt gaaccaaaaa attcatctta taattctttt caatcataac attaccttat
    20401 tcactattta tttgacttaa atgcaaaaca tttttttaat cgaagttctc acatgttctg
    20461 ttcaatatag ttagtccaat ctttaaacct aattatttat aaaacatata tggacattat
    20521 aagatattaa taattataga tacaattatg ttttttatga atctgaaatc attatattga
    20581 tttctataaa attttctatt cattatttta tatattatat aaatacaaaa agaaatgatt
    20641 aaacattatt acactttcta taattttgaa aattagctac cacaaattat tatttgtaat
    20701 atcatttatg ttatttggta agtgatgata attagcttag acttacattt tattttagaa
    20761 ttaatttata aaaatagcaa tgtttaaaag tttcattcat tatattatgt agtttataaa
    20821 tatacaaaaa attgatcaaa tgttattatt ctttatttaa ttctaaccaa ggttctaaaa
    20881 gaacaacttt atataatttc aaccgattta gaacagttta aatcgaactg aatcatctaa
    20941 atcggttaaa atcaatctaa atatattaaa ttatgcaata atattaatat aaattcacaa
    21001 atttgtataa tttcttttgt attgtatatc tagttttgat aattaatcac aatactttta
    21061 taattaaact caaataagtc aagctcgaga caagaggcta tgccaatagc caagttaaaa
    21121 gtgtatagca acgtaagacg aaatcagcta tgttaatttg ttcatgattc aaaagcaaca
    21181 aaagggtcca gagagcaaat gaaaatatat caataatatt aaaacataag caatttttgt
    21241 aatttcccct agtttatatt tatttaattt cctatgattt ctcctacaac taacttagtt
    21301 tttattaaat atatgctata tctaaccaat gattttaata ttttcaaaat aagatatcta
    21361 aaaagatatt cttaagtatc ttttttctaa gattacattt tgataatatc ttttaagaac
    21421 ttttatttta aatgtaaata tacacttctt tttaatattt acttttaaat aataaaaatg
    21481 ataattaata ctaattttaa ttagaaacga ttattaattc aatttatttt tatgtaatac
    21541 gaaatagcat ttctataata tatatatata tatataatat tcataattaa attactaaac
    21601 aaattaataa atataaagta agttaatcta tttattaatt actttataca ttataaaata
    21661 aaagaataaa atatattcat gaactttaca acctacttca acttactgaa acaaatatta
    21721 aagtaagata tataaactaa taaataattt tttacttgat cttagcagat agatgccgac
    21781 aaaaaaaact aataaataat ttcatatttt aatatatatt taaattaaaa tattaaaaat
    21841 aatttaatat atttatcaaa tatgaaacgg gttgaatgac aatagttaaa tttatataat
    21901 agtgctgaca aaaataataa caatgaaata aattaatacc aatataaaat taacaatgaa
    21961 attgtactta aatttaaagt tttaaaatac aagtaaaatt aatttgaggc attttatata
    22021 aattatctta tttttataaa attatattca tgtaaatttt aaattaatta tatatactta
    22081 aaaagttata gaaaaataca tgtgtataag atttctaatt ttcagtaaat aagtttttga
    22141 acaaaaatta attccgcgct ttaaagcacg gtttaaaatc taataataaa attattatta
    22201 ggtatataat aaatatataa aaaaattaat taataaatag ttaaatttaa aatatgaatg
    22261 acgaaattaa atttgaaatt aaaaataaat caaaaaattg tatggttaac ttttgtaaaa
    22321 ttggaatatc acattcataa aatattcaac attcatctaa acattcatga attagaatac
    22381 ttaaaatatg ataatttaag tcaaattgta ttacatagtg ggtcatccat cggttcaacc
    22441 ggtagctggg tcccaggttt tagtgaattt ttgggagggt tttataaaaa tgttaaataa
    22501 caattttttt aaaaccaaac cggattatat ataaggtcac tggttttgca gtaccgcagg
    22561 tccgggtcgg gtttttcagg acactgaaca taatgcttaa tgtgtaatat ttaaatgtgg
    22621 atacataatc aaaaatataa atttatgttt caaaatctag gctattctat taaattaaaa
    22681 atataaccag ttgatatata tttagtccaa cattttttcc tacatgaact acttaaaaaa
    22741 taactgtaac tactttttat taaccctcta ttttaatccc aaaaatcacg ggacccattc
    22801 actcaaattc atacattagt cgacatttat atattgagaa tattaaaact ttcactttta
    22861 ttgaattcgt aataaaagca aactaaactg aatggacact aaaataatta aaaaacggtg
    22921 cattgtaaat aacataaagt ggacgagctt tcaaaactca ttaatcattt attaataatt
    22981 attgtttaca ttagtttaat atttgttaaa ttaaaccctt aaaataaaat taagttgaaa
    23041 taacaaatga ttaaatcaac aaaacagtaa tgcgggtctg aattatctgg ttcaatttaa
    23101 aattaaaaaa taaataatat atatgaaatt taataaaatt atagaaaaaa attttaaaac
    23161 acacaaaaat gaattttatc agtgtgaaat aaatttaaca acggataaaa taaacaaaat
    23221 cataataaat aaatttaaga taaatttcat aaaaaaatga aaatatataa tttatttaaa
    23281 atcataattt ttattaagta aaatattttc ccagaatcta gtatatagtt aattcaacaa
    23341 gaacaaaaaa aaaaagaata taatcgcctc aaatagaatg aagttactca acaacgattt
    23401 aaaagaattt tgaacagaaa agagatgaca tcagataatc aattagtagt gctctctata
    23461 ttttgaggtg gaatatagta aggggcattg aatgtggaat ttctagtaga cacggtgcct
    23521 gtagccaaat tgacagatcc gatttcatct acatcaaaaa tttcgactct gttggggtac
    23581 atgccaggaa aggagctagc agggacacag aaaggttcag ccctggagag gaaaatgacg
    23641 agatctccaa tgtcctcagt gtaaaaagcg tttccttctt cgtctagcct gaacaccatc
    23701 aaagcttctg ttttcatttt aggcatatca agcatgctcc tggtggtctt tctgcaccac
    23761 tttatcaaga aagtttcacc agttgtttgt gactccacca agtgttcgct tgtgaaacac
    23821 gaatgcaata tctcgagttt ggacatggtc agctcagcaa ggttgtggaa tcgcagcatc
    23881 tgaattttag gatggtcctt gtgttctcca agatcccatg atccgatgag atggcctcct
    23941 gatccgggta tgtggaacat gccatctctc ttggaaaaca tgacacgaga ggagaagaaa
    24001 catgggttcg cgatcctgat gttgatccac tcggagttgc tttgagcagc cggtctgcat
    24061 aagctgagtt gcggtccgaa gaacttgata gccacgacac agtcctcttc ctcaggagat
    24121 gatgaggaca tcgacacgtt ggtgacaagt tgggtttggc aataaggcag agttacaaga
    24181 caaggcaggg aaatgtgttt cgggtctgtg taggatgcag ccgggtttag atcgtcttgg
    24241 agacggactc ttccgtcctc tagaggagta gctacccagc catgggccga cccgatcgtt
    24301 cccaatatac caaaacgaaa gtgtttcagt gggcacgaca actctccagg aacatccttt
    24361 tccacatgag tcacggaacg ctcattagca ttcttaatgt taaggtttcc gatttcgtca
    24421 gcataaggac aagggctaac ggatatgatg gcacagggag gcgtttgctg caaggaagat
    24481 gagaagctat cagagccaag aggagatgac ctaaccaaca cacgtttccc aaggcagagc
    24541 ttcgaaggct gattgaggag gagcagagac ataaataatt ttatcttagc aaaagcaaga
    24601 gtttcaaaat taaataaata aataaataac cctaattgag agagttggtg atgttcacat
    24661 cttctccgcc ctaaaatctc cattaatact gagagaagac ttggccacca agtttctcag
    24721 ttaatgaggt caatttattt taggcatctt atatttcttt ttcgttatga aaatatttca
    24781 gtttgaatgt cttattaaac ggagaatatt tttttaccat gtttattatg gtttctgcca
    24841 ctggtctttg ttcatcactt tcacctagaa ggctataacc aagtacaagt gtttagtgta
    24901 tgggttattt tgatcataaa caatacgata atatatatgc atggatcgtt gttaaaaaaa
    24961 tgcatggatc atctggtctc taatactaga cataaaaagt ttctaatgtt ttgaagattc
    25021 aaatgagcga ctaaacttgt gtacaagtag tagaaacact attgagagtt gaatatatat
    25081 tttttttttt gctaaccgag tatcctggcc ccaccgaggt ggtccagact agagaccgaa
    25141 gtgagcatgg acgctgccag ggcgtcacca tgtggctcac cgtgtaacgg tcttcggtct
    25201 cggatgctgc agcccatatg ttaaattccg cagtggccaa ggctcgaacc caggggcggg
    25261 cactccagct ggagctccta taccactaga ccaaagcaac ttggttaagt tgaatatata
    25321 ttagttcgcc gtgtcatttc catgcatatg acgagaccaa atctcgtttc atccaaccaa
    25381 gatacaaggg cggcgggcct tgctgattcg tccaaggtgt aatccataag ccgatgaatg
    25441 acacacaaaa aaaaacttac agatggtagt aagtagtgac cgaagtgtta cataaggact
    25501 gataacgttt atttacagtt tgctgctgac aaaaaaaagt attaaagttt gcatatatca
    25561 aacatattct acaaaagata atgtattaag ttaagagtta aaaatatgac aatcatctat
    25621 acgaaaagta tgtcatcaca taccacatca catattaatg cattgaaaat aagtgacgaa
    25681 gatgatttta aagtaaaata aacatatttc agatgaaata tatataaata ataatatttt
    25741 ccgtgaatta attttaaact tttatggtga atagagcaaa caaaaattaa aagaatgatt
    25801 ggttttgtgt ttggtcacaa tttttttgtt attttttaaa gaaatcccat aatctatgcc
    25861 atgaataata taatttgtat gccataaata ttataatttt taaaactatg atcttgcact
    25921 acagccaaat tagaacttaa aatacatctt cgacttctat tcataaattt aaaatcaaaa
    25981 agcaagaaat ttctacagct ataattggaa aatgataatt gtaataaatg atttcttatc
    26041 aaattatatg tatagaaaca attaggaaat gtatgaatct aaacataaat tctgtacaaa
    26101 aattaaaaat acataaaaca ttgacaaatt aataatttcc gttcaagatt ttttaatcaa
    26161 tagaaaaata attttgcgat tacaaatagt atataaaaat ctagctacta ttaaattcgt
    26221 tttaatttta agttgaaaat taattatctt taaagtttag ttagtgtgta catatttggt
    26281 tttaagcttt tattagattt tgattcggac tttaaaagta catggttaat tttatacaaa
    26341 aaatatttat ctaaattatg aattttatgc atgtgtattt tcgtaaagtt tgtacatttt
    26401 aaaaataata aactgaatgt gcatgggttt tttgttggtt ttgggttaag caaaggcaat
    26461 agagatctcc attcactttc taaatgggat accatcagtc ttgaactaca aggttactcc
    26521 tttgttttgt gtttttaata acctgaacca caagcagggg tggtcctaga aattttgggg
    26581 ccataaacaa acaaaaattt gggggccaag tccataactt tatatcaaag aagaaactcg
    26641 gctgaaaaca gaaaaacaaa aaagaaggtg aataaagaat tttagataaa aaaaaagaaa
    26701 aaaaataaag cgtttatgaa atatattaaa tttttttcta ttttttatat taaccatggg
    26761 tcctattttg gttatgatat tagtgaggtt ttttcatttg ttttgtagca aaacttcttt
    26821 tttacatagc ataaaactta gtataatttt gaaaaataat tataacaatt tattcaaaca
    26881 aaatttaggg accttttatg aatggggccc aaggcctaag cttcaaccga gccaacttct
    26941 agcgtgcccc aaatgtgaaa tgccaaatct cctatgggct cttagaatct cctatgccca
    27001 tatttcataa ttcttttttt gatcaaaatc taaactctca aatcaaatcg ttcccggtta
    27061 tcaaactaaa ccctaacccc cctatggatt attgaaccca tgggtaactg tttaaattct
    27121 atacctttca aattcaaaaa aatatatttt aaaatcgttt taatcatatt ttgatgattt
    27181 tttcgaaaat atggaaaaca acgtttttgg atttttgaaa tatttttatc aaattgtata
    27241 aatcaaataa aaaatattaa cgtttccatt ttaattttat gatttttcgt ttgacacata
    27301 aaattaaaag aacaaaatgg tctttttgag attgtgttat gagatatagg agcatgagag
    27361 gagatgattc gcttcaaccc gctctgtcca gagacgccca tgaccacaag gttactcctt
    27421 tgttttgttt tcttattaaa attgccatat tctattgtaa gttctgattt gtccaaactt
    27481 aatattaaaa tgcaaatgac aagagatgag atagaaaaaa cgagaaacaa ttatctaatt
    27541 cgtcaacttt tgaaatattt tcttgcagtt tgttttttgt tcgttggtta tatttctctt
    27601 tctatagatt tttattaata aaaataacat atactttttt gtcaacgttt tcgttttata
    27661 aaatcgaaag cttaaaaagg caattttaca aacagaccca attacatttc ggcctaaaca
    27721 aaacccgtaa tcttaaagat aatgatgaaa agcatgtttg acacatagtc tacgcgtagc
    27781 ttttgtcttt ttaacccatg gaaaaaagga tggtgccgga aaactcaccg gaatcccgac
    27841 catcttcatc ccaatttgat tgaggctgct tgtatgtact tctcgccttc aaccaccatc
    27901 aatctctaga ttttcttctc tagttgttag gattaagtcc aaagaagagc tttacatgaa
    27961 acaagattag aaccttgacg gaaagctgat acttatggaa actctaactc ttttagattc
    28021 cggcttgaag ctccaaagca agatccaaaa ctcaggtctt gaatcattgc agatatttca
    28081 ctttaaccac gaagcgaagt ttgacaccac tttttgatca agaattaagc gtttctaaca
    28141 aagagagaac tccaccgttg ttcaaaaaaa aaaaaaaaaa aaaaaacaaa gagagaactc
    28201 caacctgtca atccaacggg gtaaaacaat aatcctgaag gagaagaaat ctttatttgt
    28261 gttcaatcca aaatcgtcta aacgaaaaga aaatttgcca acgcgaaatt gaaaatcgcc
    28321 taaagctaag aacgataaaa agatatttta caacaaaaag aaagactctt ctcttctaca
    28381 aaatgtccct cttgtgaaag ataatattat atagtcgaaa ctcgaaactg gtgcttttat
    28441 ccctaaaaga caacttacag taaaaatgac gttcccactt aatattttgt tgattttctt
    28501 cttttcatct atgtggtcaa tcaaggacta tgcagctgaa ctttcggtgt gagagagaaa
    28561 tcgccggcca accgttgtga aaagtgacag tgacggtgac caacacgtgc acctctcttc
    28621 aggagcacgt gactctgtct tttagtgtgt tttttcttgt gaaccctgtc gagccatggc
    28681 ttctactccc acaaggaaac acgtgttttc tgattaaagg gcagactatt ccaacgggaa
    28741 ccaccgctca cttcacagac gccggccact cttacatctt cagaccagct ggtttcacgg
    28801 ttgagacaag taaccattag agaagtagaa aaacgttaac taatgcaaat ttcatctcta
    28861 tatataaaca tcatcatcaa aaggaggagt ataatatcac ttcatagaaa tataatagta
    28921 aaagataaca aaaaaataga atggcgctac atggagattc ttccggcgag tttgacacca
    28981 agtctccggc ggacaagtta tttacatctt tcaccgacga cataaacagc acttttgaca
    29041 taatatgtaa atcattttga ctctttcacg tttcattctt atttattgat cttcttgatc
    29101 aaaaccctta attatttcat gttctttcac cttagcgaat gagaagatca ctgagtatgt
    29161 ggggtgggag aaaagaacag tgacgctgag tatgagtgga aatcttgtct cggatagcta
    29221 caagaagttc aaagcaacca tcacggtaac tcccaaggca tacgaggccg atggcagtcg
    29281 cgtgttgtgg accgttgagt tcgagaagat tcgccatgac gtcgaagatc cagtgtggat
    29341 catcgacagt cttatcaatt acttaaagga aattgatgga gtcttaatat atagtctttt
    29401 ctaaatgaac tggaacctaa atatgtgttg tctacgttcg ccatattggg gtgtatgaac
    29461 tacgtttgaa gatttgtaat ccttcatagt gaacaaatga tttgggaatc aaagaccgca
    29521 tcctttgtta tctcctcttg gtcttagtct cttatagttt ccattttcca tctccgtcgg
    29581 actacaatct gaattagaac caatcctcaa tatgaaacgg ccggttcaag tacctggtaa
    29641 acgttgtatt actatatttg aaccgaattc atggagccca aactgaagga ttatgtttct
    29701 tactattgtt tatttacaaa atcaacaaac caaatttaat ttgttgtatt aattcatttg
    29761 ataaaatgtt tagttagcta gagttatttt tcttcttttt cgaatatttc attgttatgt
    29821 ttcctttgtt ttgaattttg tttacttttt tttttatcaa taacaatttt atatagttat
    29881 atataaatta gtgttatcta tctatactat tatttatgaa atgaattagc ttatttgtca
    29941 tgttctccat gattttaggt atttttgctt atttgttata ttcttcatga ttttaggtaa
    30001 ttttgcttat ttgtcatatt ttttaaaaaa ctacatttat ctaaaagttt atgattttat
    30061 atatggtatt ttaattcatg tacaaagtaa cacttgacca ataaataatt gtatatatga
    30121 tatctttaat aataataaat aattaaattt aatataagct attaatagga ttttaattcc
    30181 cttgaaagtt agaatattta ttaaaaaaat aaaattgtaa tgaaataatt tgccttaata
    30241 attttctttt attttttttc aactattatc tacatttgat ttgatttgat tttgcatgtg
    30301 cttagaaatt ataacatgaa acgattggtt caacaccaga attgtctaaa attcatataa
    30361 catgaaacta agtaaatagt aatagttttt ggtttataat cgaaaaaaca aaaccttaat
    30421 catttaactg aacaaaccaa aataaatata aatttagaat ggtagttata ttttagaaaa
    30481 ataaaaccga aaaaccaaca tgaaactgaa ccgatatcca gattgaacat atttaatgtt
    30541 tttttatttg aaaaaataat aaaattaata atttcatacc gtgcaatgcg cggattacta
    30601 cttagtttat ttattaaagt aaaaaaaaaa agagaatcat gcagattcag tggaaaggaa
    30661 cgttggcaat gatcagacag gatggaacat ctctctcagt taaacccaat attcaagacg
    30721 gttctaaact agtttgccat gacactacta gcttgttata cgacttgctc tctccaggca
    30781 tttgtgttta gtttgtccat aaacaaaaaa aaaacattag tgaagctaac atgaaaatca
    30841 cataattcga aaataaacta acaaacagaa tttattacta tcatattctt attattgtat
    30901 agcagcagac aaatagatcg agagtgtggg atgtaaaaca aatcattttg acatggacaa
    30961 aaaataattt ttaattcaaa acaaacaaaa aaatagaaaa gagcacaaaa tttaaaatac
    31021 aaaacaaaga gtataattaa gaagcctttg ggactattta aatacgaacc acctacacgt
    31081 ccattgcata tcattacaac tctgttttca taagcaaaaa aaggcaatgg aagagtcgag
    31141 atcgtacaga aaagagagga agcagacgaa gaaaatgaaa aagggtggcg agttacgctc
    31201 taatgtcggg tcgatccata tgagaatgag aaggctccgt gtactgatac ctgacgggcg
    31261 aagtctgagc caaccggatc tgcttttatc aaagactgct gattatatta tgcatttgga
    31321 gttgaggatt agatttctca aagccctctc cgatatgtac tcaccacact ctcgatatta
    31381 attatttttg gttcgtttgt tagttttctt atccttaatc ttttcgttgt tgtgcttcgt
    31441 aattcatact atgatttttc atgatttagg tgaaaggggt gaagcttatt agttgggcat
    31501 tttggcgcaa atattatcat aattgggccc ttacatttgt cataaagctt ttctaaaaat
    31561 ggtgattgtt gtgaacaata gagaattcgt gtgtaattgt tctgtctcat tattaatcat
    31621 aaaaggggtt ccttatataa ggattacaag atatagataa atggaaagag tacttatcct
    31681 aatcctacat gaaataggaa atctactaaa tacatagaaa aaaggaaaac atcctaatac
    31741 taagtcggct aggtgattgg ccgattctct ctcctccttg ccttgctgcg gtcgtctcta
    31801 tctctctctt aggattgggt cgtccttctc tctctatggg ccggttacat accgggtctg
    31861 gttatggtaa tccagacatt gtttataaca ctcccccttg gatgccataa ccatatgtaa
    31921 tttgtatcat gcacgatgtt gtctcattaa aacctttcta ggaaaaacca aaacccaaag
    31981 tgggaaaatg gaaaccgtag ataggaaaaa gagtacaacg cacaacactc cccctcataa
    32041 ctatatccat acaggatcca tagtacgctt catgttgcct cgttaaaacc ttatcaggaa
    32101 aatccagtgg gacaaaacca tgatgaagga aaaagagtac aacacgcact actcgccctg
    32161 atgtgaacct cggtgtaagt tctacatact acgcatctta atgcgtgatc tatcctgtag
    32221 gtataggatg ggagtaatcg gtcagtttct gtactgaacc gtaattgaga ccacttagac
    32281 ctcttaggtc gtttctcatg tcctttgaca tcgagtgtcc cggtaaagca tgtgtgctaa
    32341 acaatgtgaa ccacattgtc cttgggaatc acttgttgtg gtctttataa aacgtgtttg
    32401 catctgtcca tagtctagac gtgtttgtct tctttcaaac tctttacttt gtttggacag
    32461 accaagtact tatggacagt tatcattcga ccatgattca atctggtcga tccatgtcca
    32521 ggtcctaaac cccgtccata cttgtccact tattaatctt atgagtgttc aatgattatt
    32581 gctttgaggt tttataatct cttatcatgg ctgttaggcc gaacacactc tcatttatct
    32641 cacatgtgga catcgatttc tttgctttaa gtaatgtctt attctttgcg ttcatatctt
    32701 aatgacgcct catgacctta ggtcatagat catataagct ttatggacta taatacttca
    32761 ttggtatccg acagattaga tgtctccttt taatcttatg acaaagcttt atggagttca
    32821 tacagcagca gaccattctg ctatgctgga tccttaaggg atctgatgtc ggattgcaac
    32881 ctgatggttg atctttagtt tcttttagcc tgtgaccaag aaggttcaga cgcttcttag
    32941 atctaaaagc tggacgtgtc tagaagaact ggacgctctt tgagctgata ggccggacgt
    33001 ctttagcctg agggctggac gcttttggcc agagagccgg atgctctcag ctggtgtgct
    33061 ggacgtttta gccagacacc cacatggatt tcattctata tttactaacc tcctttaggt
    33121 ttagtataag cacaaggaat ttctttataa aacctcttat gtatatggac tgtttattgg
    33181 attgtctttt atacaactcc aaagatcaat gatcatgtgt gatcaatttc ttttactata
    33241 tgcagctgct gtttagtcca tgaatcagct taggaacaaa gctgttctct tatctttatc
    33301 ttatcttatc cagtgatcca tatgctgctt actacatcag tattgtatct atttctttct
    33361 tatgaccaga cctggtttaa tatcgaaaat ctgt
//
