LOCUS       NC_025693              22549 bp    DNA              UNK 01-JAN-1980
DEFINITION  Camelina sativa cultivar DH55 chromosome 9, Cs, whole genome shotgun
            sequence.
ACCESSION   NC_025693
VERSION     NC_025693.1
KEYWORDS    .
SOURCE      .
  ORGANISM  .
            .
FEATURES             Location/Qualifiers
     cluster         1..22549
                     /clusterblast="1. CM002873_c49	Arabis alpina cultivar
                     Pajares chromosome 5, whole genome sho... (100% of genes
                     show similarity)"
                     /clusterblast="3. NC_025690_c54	Camelina sativa cultivar
                     DH55 chromosome 6, Cs, whole genome... (150% of genes show
                     similarity)"
                     /clusterblast="4. POPTRI_4_c62	Populus trichocarpa record
                     Chr06 extracted from Phytozome V11.0 (75% of genes show
                     similarity)"
                     /clusterblast="5. SOLTUB_8_c117	Solanum tuberosum record
                     chr10 extracted from Phytozome V11.0 (75% of genes show
                     similarity)"
                     /clusterblast="6. CM001746_c72	Gossypium raimondii
                     chromosome 7, whole genome shotgun sequen... (75% of genes
                     show similarity)"
                     /clusterblast="7. SOLTUB_8_c121	Solanum tuberosum record
                     chr10 extracted from Phytozome V11.0 (100% of genes show
                     similarity)"
                     /clusterblast="8. SALPUR_169_c59	Salix purpurea record
                     chr06 extracted from Phytozome V11.0 (50% of genes show
                     similarity)"
                     /clusterblast="9. AQUCOE_c5	Aquilegia coerulea record
                     Chr_01 extracted from Phytozome V11.0 (50% of genes show
                     similarity)"
                     /clusterblast="10. NC_027761_c60	Brassica napus cultivar
                     ZS11 chromosome A5, Brassica_napus_... (75% of genes show
                     similarity)"
                     /cutoff=22509
                     /extension=4501
                     /note="Cluster number: 38"
                     /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], [])); 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"
     gene            complement(2381..4321)
                     /db_xref="GeneID:104711867"
                     /gene="LOC104711867"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(2381..2645,2730..2850,2945..2991,
                     3078..3117,3356..3443,3539..3721,4135..4321))
                     /db_xref="GI:727501851"
                     /db_xref="GeneID:104711867"
                     /gene="LOC104711867"
                     /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="vacuolar protein-sorting-associated protein 37
                     homolog 1"
                     /transcript_id="XM_010428640.1"
     CDS             complement(join(2485..2645,2730..2850,2945..2991,
                     3078..3117,3356..3443,3539..3721,4135..4148))
                     /codon_start=1
                     /db_xref="GI:727501852"
                     /db_xref="GeneID:104711867"
                     /gene="LOC104711867"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="vacuolar protein-sorting-associated protein 37
                     homolog 1"
                     /protein_id="XP_010426942.1"
                     /translation="MFNFWGSKDQQQGQSRPPEASSQSPWYSPSLVSSPSSSRPQTSGQ
                     TPAQVSPGEAAGIIVFLKDKSVDELRKLLNDKDAYQQFLLSLDQVKIQNNIKDELRRET
                     LQLARENLEKEPQIMELRNQCRIIRTTELATAQEKLNELERQKEEILKFYSPGSLLHKL
                     QEAMNQVDEESEALQEKFLEKEIDTAAFVQKYKKLRTTYHRRALIHLAAKTSNI"
     gene            4458..7926
                     /db_xref="GeneID:104711869"
                     /gene="LOC104711869"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(4458..5014,5137..5433,5542..5739,5836..5937,
                     6039..6179,7053..7160,7260..7342,7437..7599,7709..7926)
                     /db_xref="GI:727501855"
                     /db_xref="GeneID:104711869"
                     /gene="LOC104711869"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 6 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments, including
                     10 samples with support for all annotated introns"
                     /product="carotene epsilon-monooxygenase, chloroplastic"
                     /transcript_id="XM_010428643.1"
     CDS             join(4502..5014,5137..5433,5542..5739,5836..5937,
                     6039..6179,7053..7160,7260..7342,7437..7599,7709..7738)
                     /codon_start=1
                     /db_xref="GI:727501856"
                     /db_xref="GeneID:104711869"
                     /gene="LOC104711869"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="carotene epsilon-monooxygenase, chloroplastic"
                     /protein_id="XP_010426945.1"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: p450 (E-value: 2e-83, bitscore:
                     279.8, seeds: 50)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MESSLFSPSSSSSYSSSLFTAKPTRLPSLTPKFFSFPIKSSIEKP
                     KPKPKLETNSSKSQSWVSPDWLTSLTRTISSGKNDDSGIPIASAKLDDVSDLLGGALFL
                     PLYKWMNEYGPIYRLAAGPRNFVVVSDPAIAKHVLRNYPKYAKGLVAEVSEFLFGSGFA
                     IAEGPLWTARRRAVVPSLHKRYLSVIVERVFCKCAERLVEKLQPYAEDGTAVNMEEKFS
                     QLTLDVIGLSLFNYNFDSLTTDSPVIESVYTALKEAELRSTDLLPYWKIDALCKIVPRQ
                     VKAEKAVTLIRETVEDLIAKCKEIVEREGERINDEEYVNDADPSILRFLLASREEVSSV
                     QLRDDLLSMLVAGHETTGSVLTWTLYLLSKNSSALAKAQEEVDRVLAGRNPAFEDIKEL
                     KYITRCINESMRLYPHPPVLIRRAQVPDILPGNYKVNTGQDIMISVYNIHRSSEVWEKA
                     EEFLPERFELEGAIPNETNTDFKFIPFSGGPRKCVGDQFALMEAIVALAVFLQRLNVEL
                     VPDQTISMTTGATIHTTNGLYMKVSRR"
     gene            8605..11172
                     /db_xref="GeneID:104711871"
                     /gene="LOC104711871"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(8605..9153,9370..9706,9831..9895,10652..11172)
                     /db_xref="GI:727501857"
                     /db_xref="GeneID:104711871"
                     /gene="LOC104711871"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 3 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 13 samples with support for all annotated
                     introns"
                     /product="caffeic acid 3-O-methyltransferase-like"
                     /transcript_id="XM_010428644.1"
     CDS             join(8785..9153,9370..9706,9831..9895,10652..10951)
                     /codon_start=1
                     /db_xref="GI:727501858"
                     /db_xref="GeneID:104711871"
                     /gene="LOC104711871"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="caffeic acid 3-O-methyltransferase-like"
                     /protein_id="XP_010426946.1"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: Methyltransf_2 (E-value:
                     9.4e-49, bitscore: 164.8, seeds: 9)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MEKESSESRNRARLAILELANMISVPMSLNAAVKLGIADAIWNDG
                     TNSPLSAAEILPRLLLPSGGGDPENLQRILRMLTSYGVFSEHLVGSTERKYSLTDVGKT
                     LVTDSGGLSYAAYVLQHHQDALMRAWPLVHTAVVEPETEPYVKANGEGAYVQYGKNEEM
                     NGLMLKAMSGVSVPFMKAILDGYDGFKSVERLVDVGGSAGDCLRMILEQFPNVREGINF
                     DLHEVVAKAPTIPGVIHVGGDMFQSIPTGEAIFMKWVLTTWTDEECKQIMKNCYNALPV
                     GGKLIACEPVLPKETDDSHRTRALLEGDIFVMTIYRTKGKHRTEEEFKELGLSAGFTTF
                     RPFYIDYFYTILEFQK"
     gene            complement(11224..12829)
                     /db_xref="GeneID:104711872"
                     /gene="LOC104711872"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(11224..12829)
                     /db_xref="GI:727501859"
                     /db_xref="GeneID:104711872"
                     /gene="LOC104711872"
                     /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="UDP-glycosyltransferase 73D1-like"
                     /transcript_id="XM_010428645.1"
     CDS             complement(11307..12821)
                     /codon_start=1
                     /db_xref="GI:727501860"
                     /db_xref="GeneID:104711872"
                     /gene="LOC104711872"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="UDP-glycosyltransferase 73D1-like"
                     /protein_id="XP_010426947.1"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: UDPGT_2 (E-value: 4.4e-74,
                     bitscore: 249.3, seeds: 248)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity: LOC104711874=46.58"
                     /translation="MESKLVSKAKRLHFVLVPLMAQGHLIPMVDISKILARQGNIVTIV
                     TTPQNASRFAKTVDRARSEADLEINVIAFPIPCKEFGLPKDCETLDTLPSKDLLRRFYD
                     AVDKLQDPLERFLERQDIPPSCIISDKCLSWTSKTAKRFKIPRIVFHGMCCFSLLSSHN
                     LHLHSPHLSVYSASEPFSIPAMPHKVEITRAQLPGAFQKLENMDDVRDKMRESESESFG
                     VIVNSFQELEPGYAEAYAKAINKKVWFIGPVSLCNEHMADLFDRGNNGNIAISETEVLQ
                     FLDSMRPRSVLYVCLGSLCRLIPNQLIEIGLGLEESGKPFIWVIKTEERHMNELDEWLK
                     RENFEERVRGRGVVIKGWSPQAMILSHGSTGGFLSHCGWNSTIEAICFGVPMITWPLFA
                     EQFLNEKLVVEVLKIGVRVGVESPVRWGDEERVGVLVKKQCVVKAIKLVMEEDCQRVDE
                     DSEFVRRRRRIQELAVMAKKAVNEKGSSSINVSILMQDVLEQLSLE"
     mRNA            complement(join(14890..15295,16253..17630))
                     /db_xref="GI:727501865"
                     /db_xref="GeneID:104711874"
                     /gene="LOC104711874"
                     /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"
                     /product="UDP-glycosyltransferase 73C7, transcript variant
                     X1"
                     /transcript_id="XM_010428648.1"
     gene            complement(14890..18176)
                     /db_xref="GeneID:104711874"
                     /gene="LOC104711874"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(14890..15295,16253..17453,18021..18087,
                     18172..18176))
                     /db_xref="GI:727501867"
                     /db_xref="GeneID:104711874"
                     /gene="LOC104711874"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 100% coverage of the annotated
                     genomic feature by RNAseq alignments"
                     /product="UDP-glycosyltransferase 73C7, transcript variant
                     X2"
                     /transcript_id="XM_010428649.1"
     CDS             complement(join(15073..15295,16253..17505))
                     /codon_start=1
                     /db_xref="GI:727501866"
                     /db_xref="GeneID:104711874"
                     /gene="LOC104711874"
                     /locus_tag="LOC10471_771"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10471_771"
                     /protein_id="XP_010426950.1"
                     /translation="MCSHDALHFVVIPFMAQGHMIPLVDISRLLSQRQGVTVSIITTTQ
                     NVAKIKTSLSSSSSFPTINIVEVKFPSQQTGLPEGCESVDMLASLVDMVKFFDAANSLE
                     EQVEKAMEEMVQPRPSCIIGDMSLPFTSRLAKKFKIPKLLFHGFSCFSLMCIQVVRESG
                     ILKDIESNDEYFDLPGLPDRVEFTKPQVSVLQLIEGNMKESTAKIIEADNDSYGVIVNS
                     FEELEVEYAREYRKARAGKVWCVGPVSLCNKLGSEKAERGDKASIGQDQCLQFLDSKEA
                     GSVLYVCLGSLCNLPLAQLKDLGLGLEESKKPFIWVIREWGKYGDLAKWMQQSGFEERI
                     KGRGLVIKGWAPQVFILSHASIGGFLTHCGWNSTLEGITAGVPLLTWPLSAEQFLNEKL
                     IVQILKSGLKIGVEKMMKFGKEEEIGVMVSRESVRKAVDELMGDSEEAEERRRKVKELS
                     DLANKALGEGGSSDANITLLIHDIMEQSQQHQI"
     CDS             complement(join(15073..15295,16253..17453,18021..18048))
                     /codon_start=1
                     /db_xref="GI:727501868"
                     /db_xref="GeneID:104711874"
                     /gene="LOC104711874"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="UDP-glycosyltransferase 73C7 isoform X2"
                     /protein_id="XP_010426951.1"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: UDPGT_2 (E-value: 2.1e-75,
                     bitscore: 253.7, seeds: 248)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity: LOC104711872=46.58"
                     /translation="MVITNDSGQCHMIPLVDISRLLSQRQGVTVSIITTTQNVAKIKTS
                     LSSSSSFPTINIVEVKFPSQQTGLPEGCESVDMLASLVDMVKFFDAANSLEEQVEKAME
                     EMVQPRPSCIIGDMSLPFTSRLAKKFKIPKLLFHGFSCFSLMCIQVVRESGILKDIESN
                     DEYFDLPGLPDRVEFTKPQVSVLQLIEGNMKESTAKIIEADNDSYGVIVNSFEELEVEY
                     AREYRKARAGKVWCVGPVSLCNKLGSEKAERGDKASIGQDQCLQFLDSKEAGSVLYVCL
                     GSLCNLPLAQLKDLGLGLEESKKPFIWVIREWGKYGDLAKWMQQSGFEERIKGRGLVIK
                     GWAPQVFILSHASIGGFLTHCGWNSTLEGITAGVPLLTWPLSAEQFLNEKLIVQILKSG
                     LKIGVEKMMKFGKEEEIGVMVSRESVRKAVDELMGDSEEAEERRRKVKELSDLANKALG
                     EGGSSDANITLLIHDIMEQSQQHQI"
     mRNA            complement(join(18232..18283,18396..19491,19571..20064))
                     /db_xref="GI:727501861"
                     /db_xref="GeneID:104711873"
                     /gene="LOC104711873"
                     /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 11 samples with support for all annotated
                     introns"
                     /product="pentatricopeptide repeat-containing protein
                     At3g53170, transcript variant X1"
                     /transcript_id="XM_010428646.1"
     gene            complement(18232..20065)
                     /db_xref="GeneID:104711873"
                     /gene="LOC104711873"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(18242..18283,18396..18440,18510..19491,
                     19571..20065))
                     /db_xref="GI:727501863"
                     /db_xref="GeneID:104711873"
                     /gene="LOC104711873"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 100% coverage of the annotated
                     genomic feature by RNAseq alignments, including 6 samples
                     with support for all annotated introns"
                     /product="pentatricopeptide repeat-containing protein
                     At3g53170, transcript variant X2"
                     /transcript_id="XM_010428647.1"
     CDS             complement(join(18255..18283,18396..18440,18510..19491,
                     19571..19945))
                     /codon_start=1
                     /db_xref="GI:727501864"
                     /db_xref="GeneID:104711873"
                     /gene="LOC104711873"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="pentatricopeptide repeat-containing protein
                     At3g53170 isoform X2"
                     /protein_id="XP_010426949.1"
                     /translation="MELIQNHVQGITSAYAIETKKLCFSRQHISSTVCPRRVASISTTP
                     TTCSTKSPNEPTGKLNSGLISTRHRVDPKKELSRILRADAAVKGVERKANSEKYITLWP
                     KAVLEALDEAIKENRWQSALKIFNLLRKQHWYEPRCKTYTKLFKVLGNCKQPDQASLLF
                     EVMLSEGLKPTIDVYTSLIAVYGKSGLLDKAFATLEYMKSVSDCKPDVFTFTVLISCCC
                     KLGRFDLVKSIVLEMSYLGVGCSTVTYNTIIDGYGKAGLFEEMENVLADMIEDGDSLPD
                     VFTLNSIIGSYGNGGNIRKMESWYNRFQLMGVQPDITTFNILILSFGKAGMYKKMCSVM
                     DFMEKRFFSLTTVTYNIVIETFGKAGRIEKMDDVFRKMKYQGVKPNSITYCSLVNAYSR
                     AGLVFKIDSILRQIVNSDVILDTPFFNCIINAYGEAGDLATMKELYIQMEERKFRELEK
                     QMISTCENSDISKKRLMG"
     CDS             complement(join(18255..18283,18396..19491,19571..19945))
                     /codon_start=1
                     /db_xref="GI:727501862"
                     /db_xref="GeneID:104711873"
                     /gene="LOC104711873"
                     /locus_tag="LOC10471_772"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10471_772"
                     /protein_id="XP_010426948.1"
                     /translation="MELIQNHVQGITSAYAIETKKLCFSRQHISSTVCPRRVASISTTP
                     TTCSTKSPNEPTGKLNSGLISTRHRVDPKKELSRILRADAAVKGVERKANSEKYITLWP
                     KAVLEALDEAIKENRWQSALKIFNLLRKQHWYEPRCKTYTKLFKVLGNCKQPDQASLLF
                     EVMLSEGLKPTIDVYTSLIAVYGKSGLLDKAFATLEYMKSVSDCKPDVFTFTVLISCCC
                     KLGRFDLVKSIVLEMSYLGVGCSTVTYNTIIDGYGKAGLFEEMENVLADMIEDGDSLPD
                     VFTLNSIIGSYGNGGNIRKMESWYNRFQLMGVQPDITTFNILILSFGKAGMYKKMCSVM
                     DFMEKRFFSLTTVTYNIVIETFGKAGRIEKMDDVFRKMKYQGVKPNSITYCSLVNAYSR
                     AGLVFKIDSILRQIVNSDVILDTPFFNCIINAYGEAGDLATMKELYIQMEERKCKPDKV
                     TFATMIKTYTAHGIFDAVRELEKQMISTCENSDISKKRLMG"
ORIGIN
        1 tggatcgaag tctcaattag tttccagatt tatttggatg attttgtttg tgaaggttgt
       61 ttcgggtgat acaccatata catcagcgag taggtttgag gatttgaact tatctcctga
      121 gttgatgaaa ggcttgtacg tggagatgaa gttcgaaaag cctagcaaga ttcaagctat
      181 cagtttgccc atgattatga cgccacctca caagcatctg attgctcagg cgcataacgg
      241 atctggaaag accacttgtt tcgttcttgg aatgttgagt cgggttgatc ctaaactggc
      301 ggagcctcag gcgctctgca tttgtcccac tagagaatta gctaatcagg tttgtcttgt
      361 tttgttattg atgatctgag agttgtttga ttttttgact tgggaaaaac gtgtttaaga
      421 gcttaactca tgtaagtaaa atggttggat ggcagaatat ggacgttctt cagaggatgg
      481 ggaagtttac tgggatcact gctgaattag ctgtgccaga gtcaacgaga ggcggaccat
      541 ctgctccaag acgaggtcct gttactgctc atgtggtgat tggcacccct ggaacgctta
      601 agaggtggat gtcattcaag agactaggtc taaatcattt gaagattctt gtttttgatg
      661 aggctgacca tatgcttgct acggtatgct cttttttctg ttttgctttg tttttgttta
      721 tttctcaact gtaatgatta acttccttat aatgttataa aatagtttcc cttcatatgt
      781 ggttgataac tgaaaattca ttgatattgc aggatggctt tagggatgat tccttgaaga
      841 taatgaaaga cattgggaga gttaatccca atttccaggt attttgttta agtaggatga
      901 ctattgattt ctagtagtct accatgatat tgaggggtac aagttattct gttgaacata
      961 tatctatgtt tgtttcgatg ctcagaagct cttagtaaaa tagaaacagt tcagctgtgt
     1021 ttttatattg tttagagccc tttattttat taggacatgt ctgttttaaa cgaagatgaa
     1081 tctgtcttta ctgcaaaagg ctgtactaaa taatggttat ttcattattt cagttgctgt
     1141 tagtctaaat taaaggaaac tttttttttg ctttttcttt aaattggatt gtctgcttgt
     1201 gttcttgacc ttcttctttt ctacaggttc tacttttctc ggcaactttt aacgaaactg
     1261 tcaaagattt tgtggcgagg acagtcaagg atcccaacca attgtttgtc aaaagagagg
     1321 atctagcttt ggactcggta aagcagttta aagttctttg cccgaaggag gaaaacaaga
     1381 ttgaagtcat taaggatcag attatggagc ttggggatat tgggcaaacc attatctttg
     1441 tgagaacaag agtgtctgct ggtaaggtgc acaaggccct tgcggaaatg ggatatgatg
     1501 tcaccagtgt ccatggtaat atgtctgaag tggacagaga taagattgtt aaggagttca
     1561 aagactgcct tactcaagtg ctaattgcta ctgatgtcat tgcaagaggt tttgaccaac
     1621 agcgggtaaa tattatcatt tgaccctttt cctttcttct tcttttttcc caaaggtgct
     1681 ttgtagttaa tgcctcttgc tgggtatata caatacttgc aggtgaattt ggttgtgaat
     1741 tataatcttc ccactaaata tgaaaccgga gagccagatt atgaggtgta ccttcacagg
     1801 gttgggagag ctggccggtt tggtcgtaaa ggtaagtttt gattcttgca tttttattta
     1861 tctcaagtgt gttgccacaa gttgtcatca atttctgaac tatgtatttg tattgtagga
     1921 gcggtattta acctgctgtt agatgatggg ggggataaag aggtgatgga taagatcgag
     1981 aagtattttg gagcaaatgt taaggaggta tagtaagatt taatgaaact acatatatat
     2041 cgtttgtttg ttacaacagt atccaatgat ttttaaactt tactgcagat taagtcatgg
     2101 aactctgagg aggagtataa gagtgcgttg aaggaagctg gcctgctcga cgagtgagga
     2161 agaggaacat aatgtgttca aaaacatcta aaagacttat gtcgtctgtt ttttttgaga
     2221 ttgcttaaga aagaaacttg tatacgtctt tggggttttt tttttgtaat cttttttatc
     2281 agattgctga gattttcaga cttttgtagc ttatttatca tcaagggaaa aaaaaacatg
     2341 attttgttgt caatgtcaat cactttagta tgaacttaaa aacagagaat aattttcttt
     2401 acaacacctg ataaaagtca taagacacaa acgcaagact ttggtaattg tgttcgagtt
     2461 caatgtgcaa agcatattat aaattcaaat gtttgaagtt ttagcagcta gatgaattag
     2521 tgcccgtcga tgatacgtag tacgcagctt cttgtatttc tgcacaaatg ctgccgtatc
     2581 aatctccttc tctaggaact tctcttgcag ggcttcggat tcttcatcca cctgattcat
     2641 agcctctgca aaaccagcaa aaggtgttta gaagtgatga catgacacaa gaactgtaga
     2701 gaagatgagg gaagattata acttgttacc ttgaagttta tgaagaagag aaccagggga
     2761 gtagaatttg aggatctctt ctttttgcct ctcaagctca ttgagctttt cttgcgcagt
     2821 tgcgagctca gttgtacgaa taattctgca ctgttatcag agtagcgaat agtaaaaaaa
     2881 aagagatatc caaaaaggtc aaacatggta aactgaacaa ggatagttgg ttcttgatac
     2941 atacttggtt tctgagttcc attatctgtg gctctttctc caagttctct cctgttacat
     3001 ttgaccacat aaaagtttta gatttccaga tgaaacaaga gcttctcgta gaatgtaatg
     3061 aaccacagag aacttactag ctagctgcaa cgtttctctg cggagctcat ctttgatctg
     3121 atggatagaa acaaggcaca aaacaattaa tgcggtttta atgcggtcca aagactaaaa
     3181 caaagaacca gaaaacacca aattactggc aacatgtaaa aagatgatgc catgatgaag
     3241 accttctgga aaaatccaac aatatcaatg tatacactag caaggagaaa aaaatgaaaa
     3301 aatctcaaca catacctaat gaagctactt tcttagatgt agtttaagaa cttacattgt
     3361 tctggatttt gacctggtca agagagagaa gaaattgctg atacgcatct ttgtcattga
     3421 gaagcttcct tagctcatcc acgctacaga aaaaaagtaa acaacaccat tcaaaaagaa
     3481 agcaaaacaa aacaaaaccg caacacacga gaagaagcat aacaaacaaa acgcaaacct
     3541 tttgtctttc aagaagacga taatgccagc tgcttctccc ggtgagactt gtgctggagt
     3601 ctgaccagat gtttgaggcc gagatgaact tggcgaactg actaaagaag gagagtacca
     3661 tggcgactgt gaagaagctt caggaggacg agactgtcct tgttgttgat cctttgatcc
     3721 ccttaaatat acacaacaaa aaataaacca tcatcaacta caaatctcag cttctaggtc
     3781 atcactacta tacatcaccg attcaaccaa aatgcagaac atagataagg actcatcaaa
     3841 actcccacat gaaaactaga acgttctcta attagtaact gagcaaatct acactaattt
     3901 caccttaaag gtacttcaaa aaacgcatta cagctcaaat tcaccaacta gctatataca
     3961 taacaaccta atatccttcc ttaatcgcca acaaatccaa tttcataata aaacagaaac
     4021 ctctttaaaa tcaaaagaga tcatatggag aaaaaaaaac agatagcgtt aaaaaaaatc
     4081 tcacaatcac ggcaacacac aatataaaga ttgtaagcaa aattggtttg ttaccaaaaa
     4141 ttgaacatct tcgtttcaag aaatcgtcga cccaaccaaa aggagcaaaa ctcaaatctt
     4201 cgtacttctt cttcttcttc gtccctaaac caccagatcg aaaaaaattt aacaacttta
     4261 agaaacctga gtccgtctcc gtcgtgtttc aacgaaaatt tcaattcttc gatctttcct
     4321 ctgtttcaga ttctttttta cttctcaact ctcaaatagg cccaagtacg aacagttaag
     4381 gcccactatt aaaacggcag cgttttattc atcgtcgtcc ttatccacgc ttaacggctc
     4441 gcgcttccta aaaacattgt tgttgtctgc accgaagctt cgaaaaaaga gctcctcatc
     4501 aatggagtct tctctctttt ctccatcttc ctcctcttct tattcttctt ctctcttcac
     4561 tgcaaaacct acgcgtcttc cttctttaac ccccaaattc ttctctttcc ccatcaaatc
     4621 ctccatagag aaacctaaac ccaaacccaa actcgagaca aattcatcga aatcacagtc
     4681 atgggtcagc cccgattggc tcacatcgct cacccgtacc atttcctcag gtaaaaacga
     4741 cgattcgggc ataccaatcg ccagcgcgaa gctcgacgac gtctctgacc tcctcggtgg
     4801 agctctcttc ttacctcttt acaaatggat gaacgagtac ggacccattt atcgtctcgc
     4861 tgctggtcct cgcaatttcg tagtcgtgag tgacccagcg atcgctaaac acgttttgag
     4921 gaactatcct aagtacgcta aaggcttagt cgctgaagtt tctgagtttt tattcggttc
     4981 cggtttcgca atcgctgaag gacctctttg gacggtaaat ttcatcttcc tatcttgcgt
     5041 gataagtaat cctgactcta ggtttagggt tctaatcttc tcaattgggg ctttagtttt
     5101 tgaaaccgtt gaagtctgaa tttttttgat gtataggcga ggcgaagagc ggtggttcca
     5161 tctcttcaca agaggtattt gtctgtgatt gtggagagag tgttctgtaa atgtgcagag
     5221 aggcttgttg agaagttgca gccttatgca gaggacggta ctgctgtgaa tatggaagag
     5281 aagttctctc agttgacact tgatgttatt ggattgtctc tgtttaacta caatttcgat
     5341 tctttgacta ctgatagtcc tgtcattgaa tctgtttaca ctgctcttaa agaagctgag
     5401 cttcgttcta ctgatcttct accatattgg aaggcaagtt ttgtggtttc tttttttttt
     5461 cttgtggttt ttgttgattg tggctcaatt ggattctagt ttaattaaga ggctttggtt
     5521 gttgtttttt ttccttatca gatcgatgca ttgtgtaaga tagtaccgag acaggtgaaa
     5581 gctgaaaagg ctgtaacttt gataagggaa actgttgaag accttattgc caagtgcaaa
     5641 gaaattgttg aaagagaagg ggaaagaatc aatgatgagg agtatgtaaa tgatgctgac
     5701 ccaagtatcc ttcgattttt actcgcaagc agagaagagg tttaactttc tttcccttca
     5761 gttcattagc aaacttggcc atttataatt gcaaattgaa gctgatgtta gtttgtctgt
     5821 gtgtttttta atcaggtgtc aagtgtgcag ttacgagatg atcttctctc aatgcttgta
     5881 gcgggtcatg aaaccactgg atctgtcctc acttggacac tttatctcct aagtaaggta
     5941 ccttttggta tcttatactt tgccacttga aagggagctt ctctgttctc attgatcagt
     6001 aactttttac cacgttaaac ttatacgtgt gcatatagaa ctcatctgca ttggcgaaag
     6061 cacaagaaga agtagacaga gttttagcgg gaagaaaccc agcgttcgag gatataaagg
     6121 agttgaagta cattactcgt tgtataaacg agtcaatgcg tctctaccct catcctcctg
     6181 taagcaatca agctcatttc tctaattatt catgaactaa attttctgat ntggaaggca
     6241 agttttgtgg tttctttttt ttttcttgtg gtttttgttg attgtggctc aattggattc
     6301 tagtttaatt aagaggcttt ggttgttgtt ttttttcctt atcagatcga tgcattgtgt
     6361 aagatagtac cgagacaggt gaaagctgaa aaggctgtaa ctttgataag agaaactgtt
     6421 gaagacctta ttgccaagtg caaagaaatt gttgaaagag aaggggaaag aatcaatgat
     6481 gaggagtatg taaatgatgc tgacccaagt atccttcgtt tcttactcgc aagcagagaa
     6541 gaggtttaac tttctttccc ttcagttcat tagcaaactt ggccatttat aattgcaaat
     6601 tgaagctgat gttagtttgt ctgtgtgttt tttaatcagg tgtcaagtgt gcagttacga
     6661 gatgatcttc tctcaatgct tgtagcgggt catgaaacca cgggatctgt cctcacttgg
     6721 acactttatc tcctaagtaa ggtacctttt ggtatcttat actttgccac ttgaaaggga
     6781 gcttctctgt tctcattgat cagtaacttt ttaccacgtt aaacttatac gtgtgcatat
     6841 agaactcatc tgcattggcg aaagcacaag aagaagtaga cagagtttta gcgggaagaa
     6901 acccagcgtt cgaggatata aaggagttga agtacattac tcgttgtata aacgagtcaa
     6961 tgcgtctcta ccctcatcct cctgtaagca atcaagctca tttctctaat tattcatgaa
     7021 ctaaattttc tgatagcttt gtttcctcgt aggtcttgat tagaagagct caagttcctg
     7081 acattcttcc tgggaactac aaggttaaca ccggacaaga cattatgatt tcagtctata
     7141 acatccatcg ttcttccgag gtacagttct cttccttcat ttaggggagc ccagtctggt
     7201 atcagttcgt acattcatgc ccacatttct tatctcatta tgtgtttgtt attcaaaagg
     7261 tatgggaaaa agcagaggag tttctgcctg aacgattcga gttagaaggc gcaataccta
     7321 acgaaacaaa caccgatttc aagtaaactc agtagtactc atgttttgac acaaaccatt
     7381 aaatcaaagc taatattttg atcacaaatg ttaaaagatg atttgcattt caacagattc
     7441 ataccgttca gtggagggcc tagaaaatgt gtaggagatc agtttgcatt gatggaggca
     7501 attgtggcac tcgcagtgtt tctccagcgg ctaaacgtcg agctggttcc tgatcagacc
     7561 atcagcatga ccactggagc aaccatacac accaccaatg tatgacaatg ttttctccta
     7621 actcgagaag attaatcaga gtctgtttta ttctgtttag aatatgattc caagtcttct
     7681 gatgcttaat ttttttttaa aattgcaggg attgtatatg aaagtgagcc gaaggtaaag
     7741 ccataatctc gaagatgaat attttataat cattggatag atttttttag ttaccatatc
     7801 ttgagtggtt ggtgttgatg aactacttta atcttttgag atataacgac aaaaaaagat
     7861 ttatggagtt ggagaaaaac acaaaacaac tcaattattt catatatagg taatgttatc
     7921 atgtcagatc cttagattca aaaaaaaata tcatgtcaga tccgatacag caactttgtg
     7981 tttgttcgtt ttcatttcat acaattcatt ccacaattgc tataaccatc cagaccattt
     8041 cctctcgttg cagtaaccaa aacatttatt ccattattac tatagataac aattcttaat
     8101 gtttgtataa tacaatactt ttaaacttga actcaaaacc aggttaacta gtgtataaaa
     8161 ctttttctgt aatttaatag tgtgtatcat agatctaata cgttttattg aaatatttga
     8221 gttaattgaa aaagtaccaa ttgtataaaa aataaaaagc gtaaaaaaat atccataaaa
     8281 agacaaatat ctaagattat actccctccg tttcataata taggatgttt agagaaatat
     8341 ttttgtttca taatatagga tgttttcaac tttttataca acttttagat taaatttata
     8401 ttttatatta tgcagatttg tttgtgattg gttaaacttt tcaaaaataa ctatttctta
     8461 atatacgtgt tttcactaaa acatcctata ttttgaaacg gagggagtat atattaacaa
     8521 tttttttttg gtcggcatat taacaccaag agtataatat tttaagcttt tttctataat
     8581 ttcaaaagca aggttttaaa aaatctttaa gctgagagta taactaaatc tttactgtag
     8641 tttccattcc atcccatatg gaccatactg tataaggtta accttgaaac catgtgaacc
     8701 ttacgtatta tataattcta ctcactattc tttcactctc acatacgaga ggagaagata
     8761 acaaacaagc aaaaaaaaaa aaaaatggag aaggagagct cagagagtag aaacagagct
     8821 cgtctcgcta ttttggagct ggctaacatg attagcgttc ccatgtccct caacgccgct
     8881 gtgaagttag gcatcgccga cgctatttgg aacgacggga ccaattctcc tctctccgcc
     8941 gccgagatcc tccctcgcct ccttctccca tctggcggcg gcgatcccga gaatctccaa
     9001 cgtatacttc gaatgctcac cagctacggt gtcttctctg aacaccttgt cggatccacc
     9061 gagagaaaat actctcttac ggacgttggc aaaactctcg tcactgactc tggtggcctc
     9121 tcttacgcag cctacgtcct acagcaccac caggtttcct atatattcga attatgacaa
     9181 aactttaatc gaaccagttc ttgatggttt agttttgtag atgaggataa ggtttcgagt
     9241 ttatactacg aatttataaa tgttatatgg caaaatatta tacagtactt ttttcacact
     9301 tctcgagagt agtctatatt tcggataata ttttaataag taactaatag tgaaagtaac
     9361 attttaaagg atgccttgat gcgagcatgg ccactagttc acacggcagt ggtagagccg
     9421 gagacagaac cgtacgtgaa agccaacggc gagggagcat acgtgcagta tgggaaaaac
     9481 gaggagatga acggtctgat gctgaaggca atgtccgggg tatctgtgcc gttcatgaaa
     9541 gctatattgg acggctacga tgggtttaaa tccgttgagc gtttggttga cgtaggaggt
     9601 agcgcagggg attgtctccg catgatcctt gaacagtttc ctaacgtccg tgaagggatt
     9661 aattttgatt tgcatgaggt tgttgccaaa gcccccacta ttcctggtga gatttagtgt
     9721 gtttgtatta attagaagta ttatatttac gttatttatt tcttgaaaac aaaaacaagt
     9781 tactttatgt aatactagta ctaatcgatg atattaccgt gtggtgttag gagtgattca
     9841 cgtgggtggg gatatgttcc aatcaattcc taccggtgaa gcaatcttca tgaaggttcg
     9901 ttgttacatt gttgtcacga gagaatacac ctactaacat ttttgtacat atataataat
     9961 aggagtatag gacgaatact atttttcctc tgtatatttt taaggtttat tatatatatt
    10021 gatcagtata ggtatataac gctgatcaca caaaagatca tagtttagtt aggtataacc
    10081 gtataataat atatatcttt ggtagtatat aggcttagtt tatcgttaga tcatgcgact
    10141 ggtcaccttt attttattta agatcgttta aatactagta atacatttat caaaccaaaa
    10201 acgtgtgagc tagctagaat catgcgtggg taggatctga tatgtttggt gaaagaacaa
    10261 tacaaacaaa tacacatttc ttgctttcgc tggtcccaaa atgaatggct gtgaattttc
    10321 aagctgtttt tggttttaga tttttcaaaa atctacttta aagccaatca agattatgca
    10381 aaaattagtt ttcccaaaaa ttagggaatc cagattttgt gggtttttgt agattttaaa
    10441 agaaaaacca aaatctatat tttactagtt tttcatttat aatcgtgact tgaattcttt
    10501 tttctatttt tctaattttt ttaataattt ttaacacaaa atttgaaaac cataaaccaa
    10561 aatctaaaaa ctaaaaacta gaattcaaaa acaccttaaa aaacttgtaa acattcatgg
    10621 tcataatgtt gttgtcctgc tgagtgcaca gtgggtgtta acgacatgga cggatgaaga
    10681 atgcaagcag ataatgaaga attgctacaa tgcattacct gttggaggaa agctaatcgc
    10741 gtgtgagcct gtcttgccta aggaaaccga tgatagccac cggactcgtg ccttgttaga
    10801 aggcgacatc tttgtcatga ccatctatag aaccaaaggt aagcatagaa ccgaagaaga
    10861 gtttaaagag cttggtctct ctgcaggatt cactactttt cgacctttct acattgatta
    10921 cttctacacc atcttggagt ttcagaagta atatcctaaa agcattgatc tttccgtatt
    10981 tctaaaagct ttgaaatcat gaatcaagga ggcctctttg ttgagaatct ctaataaata
    11041 atttttcatc aagttgtaat aatgcaaaag actatttcta aatttcactt ttcaactgca
    11101 tccttaaagg gattattcat aaatttcatc tttggagaaa aggaaaaaaa aaaacctttg
    11161 atgattgcga gatatgtgac tttataattt atatgttgtt ataaattaaa tgcctctatt
    11221 tgaatttgtt ttctttggaa tttttttttt ccttaggtat tatattctta taaatttata
    11281 tcagcttaga cactatattt atttaactac tcgagactca attgctctaa aacatcttgc
    11341 attaaaattg aaacgttaat actcgaagat cccttttcat tcacagcctt tttcgccatt
    11401 actgcaagtt cttgaatacg tctccttcgt ctcacaaatt cactatcttc atctacacgt
    11461 tggcaatctt cttccatcac aagctttata gctttcacaa cacactgttt cttgaccaac
    11521 actccaactc tctcctcgtc tccccatctt accggactct ccaccccaac cctaaccccg
    11581 attttcaaaa cctccacgac tagtttctca ttgaggaatt gttcagcgaa caacggccat
    11641 gtgatcattg gtacaccaaa acatatcgct tctattgtag agttccaacc gcagtgagac
    11701 aaaaaccctc cggttgagcc atgtgagagt atcatagcct gaggactcca accttttatc
    11761 actacccctc ttcctctaac tctctcttca aagttttcgc gttttagcca ttcatctagc
    11821 tcattcatgt gtctttcctc ggtcttgatt acccaaataa agggttttcc cgattcttct
    11881 aaccctaaac ctatttctat cagttgatta ggtattagtc gacataggct acctagacaa
    11941 acatataaga ctgacctcgg tctcatcgaa tctagaaact gcaagacctc ggtctcgctt
    12001 atcgcgatgt taccgttgtt tcctctgtcg aataggtctg ccatatgttc gttgcataaa
    12061 gaaacgggtc caatgaacca taccttctta ttgatggcct tagcgtaagc ctctgcatag
    12121 ccaggctcca attcttggaa gctattaaca ataactccaa aggattctga ttcagattca
    12181 cgcatcttgt cgcgaacatc atccatattt tctaacttct gaaaggcacc cggtaactga
    12241 gctctagtta tttcaacttt atgtggcatt gctggtatag agaagggctc cgaggccgaa
    12301 taaactgaca ggtgcgggct gtgaagatgg aggttgtgcg aactcaaaag agagaagcag
    12361 cacattccat ggaacacaat cctcgggatt ttgaacctct tagctgtttt tgaagtccaa
    12421 gaaagacatt tatcggagat aatgcaactt ggagggatat cttgtcgctc aagaaaccgt
    12481 tccaagggat cctgaagttt atccacagcg tcatagaatc tccgtaggag gtctttggat
    12541 ggcagagtgt cgagagtctc acaatctttg gggagaccaa attctttgca aggaattgga
    12601 aatgcaatga cgttgatttc tagatcagcc tcggatcttg ctcggtcaac tgtcttcgca
    12661 aacctagaag cattttgagg ggttgtaact atggtaacga tattgccttg tcttgcaaga
    12721 atctttgaga tgtcgaccat ggggatcaga tgcccttgag ccatgagagg gaccaaaaca
    12781 aagtgaagtc ttttggcttt tgaaactagt tttgattcca ttttttgggt ttagcaaatg
    12841 cttacacata tagaagatac ccaaaattac cggctatgaa tatatacatg tgtgaatcat
    12901 ctggtgagag accttgatga attgggaaag tcatcaaaag ctgtatattg actttgaaca
    12961 agtcacaaaa aaaaaactat tgttttagag aaccaatcat gtacccctca ttgtttaacg
    13021 tcttagtcgc tgacggtggt gagttgcgtc attataccat gacaattaaa ctgagttaca
    13081 taagaaaaga cttcaaggaa aatatgagga actttaaatc ctaacaaaaa ttgttgaatc
    13141 cagtgataag taaaagttaa aataagcgta tgttgtattt ttttgtagta gtgatacaaa
    13201 ttaaaatatt cagtgatatc taagaaaaga ctattgtaat ctttggttta cttttttttt
    13261 tatttttttt tataatgatt gctagtattt gtttattatg atttcggttt aagaagtgca
    13321 attaggtcaa gcttgggcgt aagcccgtac ttccattgat gatgggtttg tcctcgccta
    13381 aagatagaga gcattagttt ggttatcaca tgattgatca catcgttaat attacatata
    13441 taggagtttc atttaaattt tctttccggt ctagctggtg ttcaagagat tgatttgtta
    13501 tcggtaatga aatcaatttt aaattaataa tcgattgaat tccaacatat atctgtacaa
    13561 gagttcactt tgagttttag agattagaca aattaaaaga tgtaaaatgg aaccgtcttc
    13621 aaatgggaaa tgtggtttaa taattaagtc attaatagct cgttttaaat aaataaacac
    13681 catcacggca tatttgttcg aagtttcctt tatattttta atgagttccg tctgaaaagg
    13741 acattatttt ctttgtttgc atgataaagg actctttgaa acgttcaatt tgtgcgttta
    13801 actaacgaag accagttcaa cttttggaat atttgatagc attgacgcat acctttgatg
    13861 agaacatata agcaaatata aatatgtaca cacacgcata tatatgttgt aaaaatatct
    13921 acacacgcat atatatgttg tattcttgta tgatcaatta tacatagagg ttgcacttta
    13981 caattatctt ctgtatgata aacgcaaacc tatgatgtct atgttgtagt attgtatttc
    14041 gaacagtttt taattaggtg acgatttatt tactgtttac aatttgacta cgtaatcaat
    14101 ttgtaaactt tacggtttta atcaacaaaa gtaaaaaagc aagaattttt agtctcatgc
    14161 tattaatcat ccaaagccac gtccacatgt caaaaatcaa atcacaacaa cttctataag
    14221 aagattcaca taagtccaga agtttcaaaa acatttctgt gatcttaccc taaaggacta
    14281 gtatcatatt taatcttttt gcagaaaact gaatagagta atattaaaag acgaaaaatc
    14341 gattataaaa gtcattcttt gatgataaat tgatgatcct tccttgtctt ctttggaata
    14401 ttagttttaa atccttggac aaccaaagct ttggatttcc aaatccctgt ataatagtat
    14461 cttattttct tcatctgata tgatatgaca tgtctttata accatgtaac ttaaagatga
    14521 atggtgatgg tggtcaggac ggacaatgga ttagtccgcc ctaaaaataa gacggacaac
    14581 aaatccaact ctatttgtat gcaaaacggt ctgtagttag tttgttgcgg ttttatttct
    14641 gtttcctttg gaccgcatca ctacggacta tgtttaatga atgttaaata agaagcagtt
    14701 taatccacag acgaatttgt ccgtcctaac cgctacaacc attcacattc atattattaa
    14761 aaggtgacaa atttttataa taaatctaga gaatatattt tctctatatc caggcctggt
    14821 gttttctttt cttctagacc atataatggg ttttagttta ataagagaaa cctatattta
    14881 aaaaaataat gagtatgaaa caaattttgt ctagatgata gtatttgtta aaaaccatca
    14941 ttgtcaatta ttacaaaata aaaatatttt acagccaact ttttattttc ttttctcaat
    15001 caatcaacaa caatcctact gatcatgtca aatatcaaat cccaacaaca atccttgaga
    15061 accatcccat attcaaattt gatgctgttg tgattgctcc attatgtcat gaatgagcaa
    15121 tgtgatatta gcatctgaag atcctccttc gcccaaagcc ttatttgcca agtcactgag
    15181 ttctttgact tttcttcttc tctcttctgc ttcttcacta tcacccatta gctcgtccac
    15241 tgcttttctc acactttctc tactcaccat cactcctatc tcctcttctt ttccaaattt
    15301 catcattttt tctactccta tctttaaccc tgattttaat atctgcacga tcaacttctc
    15361 attcaagaat tgttcagcag acaaaggcca tgtcaataat ggtactcctg cagtaattcc
    15421 ttctagagtc gagttccatc cacagtgagt caaaaaccct ccgatggatg cgtgtgagag
    15481 gatgaaaact tgcggcgccc aacctttgat cacgagtcct ctatctttga tccgttcttc
    15541 gaatccgctt tgctgcatcc actttgctaa atccccaaat tttccccatt ctcttataac
    15601 ccatataaaa ggtttactag attcctcaag gcctaatcct agctctttga gttgagccaa
    15661 gggaagatta catagactgc caaggcaaac gtagagcacc gaaccagctt cttgagagtc
    15721 aagaatttga agacattggt cctgaccaat agaagccttg tctcctcttt tagctttttc
    15781 taaccccaac ttattgcaca aagaaacagg tccaacgcac caaacttttc cagcccttgc
    15841 tttccgatat tctcgtgcat aatcaacctc tagctcttca aaactattca caataacacc
    15901 ataagagtca tcatcagctt caataatctt ggctgtacac tctttcatat ttccttcaac
    15961 aggctgtaga acagagacct gaggtttagt gaactcaact ctatcaggca agtcaggtaa
    16021 atcaaaatac tcgtcatcag attctataac ttttaagatc ccgctttctc gaaccacttg
    16081 tatacacttg aggctgaaac aagaaaatcc atggaagaga agtttgggga tcttgaattt
    16141 cttggcaagt cttgaagtga aaggaaggct catgtctcca atgatgcagc tgggccgcgg
    16201 ctgaaccatc tcctccatcg ctttctctac ttgctcctca agcgagttgg cnaatttcat
    16261 cattttttct actcctatct ttaaccctga ttttaatatc tgcacgatca acttctcatt
    16321 caagaattgt tcagcagaca aaggccatgt caataatggt actcctgcag taattccttc
    16381 tagagtcgag ttccatccac agtgagtcaa aaaccctccg atggatgcgt gtgagaggat
    16441 gaaaacttgg ggcgcccaac ctttgatcac aagtcctcta cctttgatcc gctcttcgaa
    16501 tccgctttgc tgcatccact ttgctaaatc cccatatttt ccccattctc ttataaccca
    16561 tatgaaaggt ttcttagatt cctcaaggcc tagtcctagg tctttcagtt gagccaaggg
    16621 aagattacat agactgccaa ggcaaacgta gagcaccgaa ccagcttctt tagagtcaag
    16681 aaattgaaga cattggtctt gaccaatgga agccttgtct cctctttcag ccttttctga
    16741 ccctaactta ttgcacaaag aaacaggtcc aacgcaccaa acttttccag cccttgcttt
    16801 tcgatattct cttgcatatt caacctctaa ctcttcaaaa ctattcacaa taacaccata
    16861 agagtcatta tcagcttcga taatcttggc cgtactctct ttcatatttc cttcaataag
    16921 ctgtagcaca gagacttgcg gtttagtgaa ctcaactcta tcaggcaagc caggtaaatc
    16981 gaaatactca tcgttagatt ctatatcttt taagatcccg ctttctcgaa ccacttgtat
    17041 gcacatgagg ctgaaacaag aaaatccatg gaagagaagt ttggggatct tgaatttctt
    17101 ggcaagtctt gaagtgaaag gaaggctcat gtctccaatg atgcagctgg gccgcggctg
    17161 aaccatctcc tccatcgctt tctctacttg ctcctcaagc gagttggcag cgtcaaagaa
    17221 cttcaccata tcgaccagtg aagccaacat atctacactc tcgcaccctt ctggcaaacc
    17281 cgtttgttga gacggaaact taacttcaac gatgttgatg gtcgggaagg aagaggaaga
    17341 tgagagtgaa gtcttgatct tggctacatt ttgagtagtt gtgatgatag agacggtcac
    17401 gccttgacgc tgggacaaga gcctagagat atcgaccaat gggatcatat gaccttgggc
    17461 cataaagggt attacgacga agtgaagagc atcatgagaa cacattgtaa aagatcttaa
    17521 tattagcaaa caaatagatc tttctaaaga cttaaaaagc aagccactct ttacaaatgt
    17581 tatatataca gcaacgatag agtttagatc ataacaagtt tttacccgtc taaagatgcg
    17641 taagaaaatt atattttacc ttaccaagaa aacttcaaat tgagttttga ttctagtcga
    17701 tcaaaagagt agaccgacca catatacagt ataacaatta gtctgatcgt atctgttaat
    17761 atattcgtgt catcatctgt attgaaacct aggaataaag aattagaata tggcaagcat
    17821 catgaaatgg gtcaaaaaga tgataattaa ttaaaagagt tggcgggtca aataaggtct
    17881 gctgaatatt tttgagaatt agtatattac aatcttcgtt aactttaatt tcacatcaca
    17941 tgatagtaga tgtatccgtt gatttctttg ttttgttcat tttatgaaca gagctataaa
    18001 tgatggtttt taatacttac actgacccga atcattagta atgaccatgc ggctcttgga
    18061 attatgctaa ccaacgcccc caaacacctg aacagacggt tccataactt acttacaggc
    18121 atgagtctcc aatttatctt aaagttaaga agagtaaaaa agaacagtta ccttaagtga
    18181 tccacttagt gtgaacattt cacaactttc caaaattctt ctgcattaga ttgctcaatt
    18241 cacagaccaa agcctcaccc cataagcctc tttttgctta tatcttaaaa cccaataaaa
    18301 gaaacatagt taagaaacat aacacaacca ccaattagag ctgcaatact aagcatatat
    18361 ctcttatccc agttataatt tgtctaagag gatacctgag ttctcacaag tggatatcat
    18421 ttgtttctcg agttcccgga ctgcatcaaa tatcccatga gcagtgtagg ttttgatcat
    18481 agtagcaaaa gtgactttat caggcttaca ttttctctct tccatttgta tgtacaattc
    18541 tttcatcgta gccaaatcac cagcctcacc atatgcattg attatgcaat tgaagaacgg
    18601 agtatccagt atcacatcag aattcacaat ttgcctcaaa atcgaatcta tcttaaagac
    18661 aagaccagct ctactatacg cgttaacaag cgaacaataa gtgattgagt ttggtttcac
    18721 tccttgatac ttcattttcc tgaatacatc atccattttc tcaattcttc cagctttccc
    18781 aaacgtctca atcactatat tgtaagtgac agtcgtcaag gagaaaaacc ttttctccat
    18841 gaaatccata accgagcaca tcttcttata cattccagct tttccaaacg acaaaatcag
    18901 tatattaaac gtagtgatgt ctggctgcac tcccatgagc tggaaccgat tataccagct
    18961 ctccatcttt ctaatgttac caccatttcc atatgaccca atgatcgagt taagcgtgaa
    19021 aacatccgga agagaatctc catcctcgat catatcagcc agaacatttt ccatttcctc
    19081 aaacaaacca gcctttccat acccatcaat aatagtattg taagtaaccg tgctgcatcc
    19141 aactccaaga tacgacatct caagaacaat acttttaacc agatcaaacc gaccaagttt
    19201 gcagcaacaa ctgatgagaa cagtgaaggt aaacacatct ggcttacagt cactaaccga
    19261 tttcatatac tcaagcgtgg cgaacgcctt gtcaagaagc ccgcttttgc cataaacagc
    19321 tataagagat gtatacacat caatggttgg tttcaatcct tcagataaca ttacttcaaa
    19381 aagcaagcta gcttgatcag gctgtttgca attcccaagc actttgaaaa gctttgtgta
    19441 tgttttgcat cttggttcat accaatgctg cttcctaaga agattgaaaa tctataaagc
    19501 agagaaattt gggcaaatga gtttcgatta gagtaaagaa cttagaaaag aattcaaaag
    19561 ggtactgtac ctttaacgca gactgccatc gattctcttt gatagcttca tcaagtgctt
    19621 caagaacagc ttttggccat aaagttatgt acttttcgga atttgctttc ctctcgacgc
    19681 ctttgacagc agcgtctgct ctcagaatcc gggataactc tttcttagga tctactcggt
    19741 gtcttgttga gatcagacca gagtttaatt tcccagtagg ttcgttgggg ctttttgtcg
    19801 aacacgttgt gggcgttgtt gaaatagagg ctacacgccg aggacaaacc gtggaagata
    19861 tatgttgccg agaaaagcag agttttttag tttcaatggc ataagcggaa gtgatccctt
    19921 gaacatgatt ctgtatcaat tccatcggag acaaaatgcg agagaagata aggggaggac
    19981 gaagacgaca ctgcaaattt cggtgtaggg aggagctaag ctagaagacg atacagttgt
    20041 tcggcttcat ttttcggttt agttcaatta gatggttcgg tttacataag agcaactttg
    20101 gtagatgacc acggatccaa aaaaattaag aaaataacta tgtgtcagtt ttttttagta
    20161 aatgactttt tgttatggtg gggtaggggt agagtagtta ccaaattaac cttctaattt
    20221 acaagtttta caaaatctga aagttcagta tgagatatat tttgtgactg aagaaatgca
    20281 gagagataat gctacaataa ggcttcgaat ggtaaaagca gttcaagcat tgcagatcgt
    20341 gcagatcatg caaatcatgt agaacaagtg tagatcatgc tggaaaagtg cagattgtgc
    20401 tgattgagca gtctaaatta tatgcttgaa tggtaaaagc agatcaaacg gtgtaaatca
    20461 aatattaaac tgtaatttat ttaaaaacac atccaattca gcaaatttat ttaaacaaat
    20521 gataaaattc ttgtaaaata aacatatatt tttttaatat agaatatttt ctaaacaatt
    20581 tcaaagtttg aaaacattaa acacaaatta tccaaatgca ataaaaataa aaattagaat
    20641 agtttaatgg atattatttt gattttccca tagcatatct gcaatatttt ctctaatgtt
    20701 tgccatttga tctccattag ttatagccgt agtctccatg ccaccttcat cattctctga
    20761 atttgtgtcg ctaatatcag tatgctccat tacttcagca aaatcttcat caaaataatt
    20821 tgaaattatg ataaagttat gtagtcccat tgtagccatc accactcttt tttgaacatg
    20881 agtgttatat cttggaaact cacaaaggat cctccatttc ttcttccaaa ctccaaatgt
    20941 cctctcaatg acagaacgta gtgatgcatg acaacgatta aatagttctt gtttgtttct
    21001 aggaggagga ccattgttga actgtgacat atgataccta acaaccccat tccgtgaaga
    21061 tctataagga gccaaaaaac cttgtttatt tggatagcca gaatcaacta cataatattt
    21121 gtctgcagga ggcaaaggaa atttcagcat cactatcttg tgccatcgtg agaactgctg
    21181 tatcgtgaca tgaccccggt gctccattcc aaacatatgt gaacagcata ttcaaatcac
    21241 atacccccat tatattaaac gaggttctat catggcgatt ccaatacatt ccttggagtt
    21301 caggtttaac ttttacacat acatgaactc catccatggc tccaacaaat ccactaaaat
    21361 atggccaata tcttcgatcc atttgcagtc gttcaggtat tcgacgtagt tcttgtctcg
    21421 ttggagtctt gatataatca caagcaagta actcagttgc tctaaggact tcaaaaaact
    21481 ttctttgcac tgtctcttgc gttcgtccaa atctcaatcc aacatctctt tgaacttcat
    21541 tgtggccaca tattcgtaaa aacatggcta ctccctcttc gatgcttaca ttcattgtag
    21601 gttgtaaccc ataactcctt tgtaacttgt cacaaaatgc tctaaaaaca tcaagtgaca
    21661 ttcttagtaa ttgaagacat gcagcattat cttcttggac tcgacaccat atatttctcc
    21721 atcctaaacc gttatctgtt tgcactggac ctcttacaaa atatcgatta tagtatctca
    21781 gtgacggttg aattattaac tcttcaaatt gttcattttc cagattccac aactcaactc
    21841 tctcatcgta gtttagattg tgggcacctt gtgatcgcaa ctgacatata cgaaatgcct
    21901 gaaattttat aaagacaaca ttaaactaaa ttaaattgat gaaaattaca ttattcaata
    21961 ataataaaaa cataacataa cttttaacaa caaagtacaa atgttataac taatcatcag
    22021 atcctgaatc actttgctga ttttcattta aatttggtcc ttctttattt ccccaaatgt
    22081 tgaataatcc tcctcttcta cgtgatcgtg atgtttgccc tcctgatgcg tgaaccactt
    22141 ccaatagaga ttcgtgagct tcctgcccct ctttgtgaac tacttccccg tcttagtcca
    22201 ccttgttgtt gaactcttga agccggagta tgaattggag gagcatgtgg agaattatgt
    22261 tgtaaatgat cctgggtgaa ttcattagag ggacctgttt catcgttgat attaacgcga
    22321 tacacctctt cattttcttg tgtctcagga acttgacttt catcattatc tataccctca
    22381 ttcattaact cctctcttct ttggtgcaca gagtactgag actgtgattg tacatcatgt
    22441 aagatgaaac aacgttgcat cacatcccaa aagtcaggcg gctttctttt aaatgatttt
    22501 acgatcttac gtacctgtta ataatattac aattttttag tatacaaat
//
