LOCUS       NC_025690              18344 bp    DNA              UNK 01-JAN-1980
DEFINITION  Camelina sativa cultivar DH55 chromosome 6, Cs, whole genome shotgun
            sequence.
ACCESSION   NC_025690
VERSION     NC_025690.1
KEYWORDS    .
SOURCE      .
  ORGANISM  .
            .
FEATURES             Location/Qualifiers
     cluster         1..18344
                     /clusterblast="2. NC_025693_c93	Camelina sativa cultivar
                     DH55 chromosome 9, Cs, whole genome... (100% of genes show
                     similarity)"
                     /clusterblast="3. CM002873_c49	Arabis alpina cultivar
                     Pajares chromosome 5, whole genome sho... (66% of genes
                     show similarity)"
                     /clusterblast="4. SOLTUB_8_c117	Solanum tuberosum record
                     chr10 extracted from Phytozome V11.0 (66% of genes show
                     similarity)"
                     /clusterblast="5. POPTRI_4_c62	Populus trichocarpa record
                     Chr06 extracted from Phytozome V11.0 (50% of genes show
                     similarity)"
                     /clusterblast="6. CM001746_c72	Gossypium raimondii
                     chromosome 7, whole genome shotgun sequen... (50% of genes
                     show similarity)"
                     /clusterblast="7. SOLTUB_8_c121	Solanum tuberosum record
                     chr10 extracted from Phytozome V11.0 (66% of genes show
                     similarity)"
                     /clusterblast="8. SALPUR_169_c59	Salix purpurea record
                     chr06 extracted from Phytozome V11.0 (33% of genes show
                     similarity)"
                     /clusterblast="9. AQUCOE_c5	Aquilegia coerulea record
                     Chr_01 extracted from Phytozome V11.0 (33% of genes show
                     similarity)"
                     /clusterblast="10. NC_027761_c60	Brassica napus cultivar
                     ZS11 chromosome A5, Brassica_napus_... (50% of genes show
                     similarity)"
                     /clusterblast="11. CM001879_c19	Theobroma cacao cultivar
                     Matina 1-6 chromosome 1, whole geno... (33% of genes show
                     similarity)"
                     /cutoff=18996
                     /extension=3799
                     /note="Cluster number: 18"
                     /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(1676..3624)
                     /db_xref="GeneID:104791573"
                     /gene="LOC104791573"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(1676..1978,2064..2184,2278..2324,
                     2411..2450,2675..2762,2851..3033,3412..3624))
                     /db_xref="GI:727467809"
                     /db_xref="GeneID:104791573"
                     /gene="LOC104791573"
                     /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_010517497.1"
     CDS             complement(join(1818..1978,2064..2184,2278..2324,
                     2411..2450,2675..2762,2851..3033,3412..3425))
                     /codon_start=1
                     /db_xref="GI:727467810"
                     /db_xref="GeneID:104791573"
                     /gene="LOC104791573"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="vacuolar protein-sorting-associated protein 37
                     homolog 1"
                     /protein_id="XP_010515799.1"
                     /translation="MFNFWGSKDQQQGQSRPPEASSQSPWYSPSLVSSPSSSRPQTSGQ
                     MPAQVSPDEAAGIIVFLKDKSVDELRKLLNDKDAYQQFLLSLEQVKIQNNIKDELRRET
                     LQLARENLEKEPQIMELRNQCRIIRTTELATAQEKLNELERQKEEILKFYSPGSLLHKL
                     QEAMNQVDEESEALQEKFLEKEIDTAAFVQKYKKLRTTYHRRALIHLAAKTSNI"
     gene            3724..6873
                     /db_xref="GeneID:104791575"
                     /gene="LOC104791575"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(3724..4315,4471..4671,5170..5463,5561..5662,
                     5766..5906,5976..6083,6186..6268,6362..6524,6617..6873)
                     /db_xref="GI:727467813"
                     /db_xref="GeneID:104791575"
                     /gene="LOC104791575"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 7 Proteins, and 95% coverage of the
                     annotated genomic feature by RNAseq alignments, including 9
                     samples with support for all annotated introns"
                     /product="carotene epsilon-monooxygenase,
                     chloroplastic-like"
                     /transcript_id="XM_010517499.1"
     CDS             join(3800..4315,4471..4671,5170..5463,5561..5662,
                     5766..5906,5976..6083,6186..6268,6362..6524,6617..6646)
                     /codon_start=1
                     /db_xref="GI:727467814"
                     /db_xref="GeneID:104791575"
                     /gene="LOC104791575"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="carotene epsilon-monooxygenase,
                     chloroplastic-like"
                     /protein_id="XP_010515801.1"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: p450 (E-value: 1.2e-82,
                     bitscore: 277.3, seeds: 50)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MESSLFSPSSSSSSYSSSLFTAKPTRPPSSNPKFFSFPIKSSIEK
                     PKPKPKLETNSSKSQSWVSPDWLTSLTRTLSSGKNDDSGIPIASAKLDDVSDLLGGALF
                     LPLYKWMNEYGPIYRLAAGPRNFVVVSDPAIAKHVLRNYPKYAKGLVAEVSEFLFGSGF
                     AIAEGPLWTARRRAVVPSLHKRYLSVIVERVFCKCAERLVEKLQPYAEDGTAVNMEEKF
                     SQLTLDVIGLSLFNYNFXXXXXXXPVVLLIVAQLDSSLIKRLWLLFFFQIDALCKIVPR
                     QVKAEKAVTLIRETVEDLIAKCKEIVEREGERINDEEYVNDADPSILRFLLASREEVSS
                     VQLRDDLLSMLVAGHETTGSVLTWTLYLLSKNSSALAKAQEEVDKVLAGRNPAFEDIKE
                     LKYITRCINESMRLYPHPPVLIRRAQVPDILPGNYKVNTGQDIMISVYNIHRSSEVWEK
                     AEEFLPERFELEGAIPNETNTDFKFIPFSGGPRKCVGDQFALMEAIVALAVFLQRLNVE
                     LVPDQTISMTTGATIHTTNGLYMKVSRR"
     gene            7477..9580
                     /db_xref="GeneID:104791576"
                     /gene="LOC104791576"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            join(7477..7925,8141..8477,8587..8651,9108..9580)
                     /db_xref="GI:727467815"
                     /db_xref="GeneID:104791576"
                     /gene="LOC104791576"
                     /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_010517500.1"
     CDS             join(7560..7925,8141..8477,8587..8651,9108..9407)
                     /codon_start=1
                     /db_xref="GI:727467816"
                     /db_xref="GeneID:104791576"
                     /gene="LOC104791576"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="caffeic acid 3-O-methyltransferase-like"
                     /protein_id="XP_010515802.1"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: Methyltransf_2 (E-value:
                     9.3e-51, bitscore: 171.4, seeds: 9)"
                     /sec_met="Kind: biosynthetic"
                     /translation="MEKESSESRNRARLAILELANMISVPMSLNAAVKLGIADAVWNGG
                     TNSPLSAAEILTRLLLPSGGDPENLQRILRMLTSYGVFSEHLVGSTERKYSLTDVGKTL
                     VTDSGGLSYAAYVLQHHQDALMRAWPLVHTAVVEPETEPYVKANSEAAYVQYGKNEEMN
                     DLMLKAMSGVSVPFMKAILEGYDGFKSVEQLIDVGGSAGDCLRMILEQFPNVREGINFD
                     LPEVVAKAPSIPGVTHVGGDMFQSIPSGDAIFMKWVLTTWTDEECKQIMKNCYNALPVG
                     GKLIACEPVLPKETDDSHRTRALLEGDIFVMTIYRTKGKHRTEEEFKELGLSAGFTTFR
                     PFYIDYFYTILEFQK"
     gene            complement(9683..11285)
                     /db_xref="GeneID:104791577"
                     /gene="LOC104791577"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(9683..11285)
                     /db_xref="GI:727467817"
                     /db_xref="GeneID:104791577"
                     /gene="LOC104791577"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments"
                     /product="UDP-glycosyltransferase 73D1"
                     /transcript_id="XM_010517501.1"
     CDS             complement(9759..11285)
                     /codon_start=1
                     /db_xref="GI:727467818"
                     /db_xref="GeneID:104791577"
                     /gene="LOC104791577"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="UDP-glycosyltransferase 73D1"
                     /protein_id="XP_010515803.1"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: UDPGT_2 (E-value: 6e-73,
                     bitscore: 245.6, seeds: 248)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity: LOC104791582=45.53"
                     /translation="MESKLVSNAKRLHFVLVPLMAQGHLIPMVDISKILARQGNIVTIV
                     TTPQNASRFAKTVDRARSEAGLEINVVTFPIPYKEFGLPKDCETLDTLPSKDLLRRFYD
                     AVDRLQEPLERFLEKKDNPPSCIISDKCLSWTSKTAKRFKIPRIVFHGMCCFSLLSSHN
                     LHLHSPHLSVSSASEPFSIPAMPHRIEIARAQLPGAFQKLENMDDVRDKMRESESEAFG
                     IIVNSFQELEPGYAEAYAEAIDKKVWFVGPVSLCNDRMADLFDRGNNGNIAISETEVLQ
                     FLDSMRPRSVLYVCLGSLCRLIPNQLIELGVGLEESGKPFIWVIKTEEIHMNELEEWLK
                     RENFEERVRGRGIVIKGWSPQAMILSHGSTGGFLSHCGWNSTIEAICFGVPMITWPLFA
                     EQFLNEKLVVEVLKIGVRVGVEIPVRWGDEERVGVLVKKQCVVKAIKLVMEEHCQRVDE
                     ESDNDSEFVRRRIRIQELAVMANKAVNEKGSSSLNVSILMQDVLEQLTIS"
     mRNA            complement(12744..14463)
                     /db_xref="GI:727467824"
                     /db_xref="GeneID:104791582"
                     /gene="LOC104791582"
                     /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_010517504.1"
     gene            complement(12744..15009)
                     /db_xref="GeneID:104791582"
                     /gene="LOC104791582"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(12744..14243,14487..14593,14845..14906,
                     14990..15009))
                     /db_xref="GI:727467828"
                     /db_xref="GeneID:104791582"
                     /gene="LOC104791582"
                     /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 1
                     sample with support for all annotated introns"
                     /product="UDP-glycosyltransferase 73C7, transcript variant
                     X3"
                     /transcript_id="XM_010517506.1"
     mRNA            complement(join(12744..14243,14487..14605,14845..14906,
                     14990..15009))
                     /db_xref="GI:727467826"
                     /db_xref="GeneID:104791582"
                     /gene="LOC104791582"
                     /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 1
                     sample with support for all annotated introns"
                     /product="UDP-glycosyltransferase 73C7, transcript variant
                     X2"
                     /transcript_id="XM_010517505.1"
     CDS             complement(12851..14326)
                     /codon_start=1
                     /db_xref="GI:727467825"
                     /db_xref="GeneID:104791582"
                     /gene="LOC104791582"
                     /locus_tag="LOC10479_564"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10479_564"
                     /protein_id="XP_010515806.1"
                     /translation="MCSHDVLHFVVIPFMAQGHMIPLVDISRLLSQRQGVTVSIITTTQ
                     NVAKIKTSLSSSSSFPTINIVEVKFPSRQASLPEGCESVDMLASMVDMVKFFDAANSLE
                     EQVEKAMVEMVQPRPSCIIGDMSLPFTSRLAKKFKIPKLLFHGFSCFSLMCIQVVRESG
                     ILKVIESNDEYFDLPGFPDRVEFTKPQVSVLQLIEGNMKESTAKIIEADNDSYGVIVNS
                     FEELEVDYAREYRKARAGKVWCVGPVSLCNKLGLEKAKRGDKASIGQDQCLQILDSQEA
                     GSVLYVCLGSLCNLPLAQLKELGLGLEESKKPFIWVIREWGKYGDLAMWMQQSGFEERI
                     KGRGLVIKGWAPQVFILSHASIGGFLTHCGWNSTLEGITAGVPLLTWPLSAEQFLNEKL
                     IVQILKSGLKIGVEKMMKYGKEEEIGVMVSRESVRKAVDELMGDSEEAEERRRIVKELS
                     DLANKALGEGGSSDANFTLLIQDIMEQTKQHQI"
     CDS             complement(join(12851..14243,14487..14545))
                     /codon_start=1
                     /db_xref="GI:727467827"
                     /db_xref="GeneID:104791582"
                     /gene="LOC104791582"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="UDP-glycosyltransferase 73C7 isoform X2"
                     /protein_id="XP_010515807.1"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: UDPGT_2 (E-value: 1.3e-71,
                     bitscore: 241.2, seeds: 248)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity: LOC104791577=45.53"
                     /translation="MWSVYSFHRLESKLNLKFSWLLSQRQGVTVSIITTTQNVAKIKTS
                     LSSSSSFPTINIVEVKFPSRQASLPEGCESVDMLASMVDMVKFFDAANSLEEQVEKAMV
                     EMVQPRPSCIIGDMSLPFTSRLAKKFKIPKLLFHGFSCFSLMCIQVVRESGILKVIESN
                     DEYFDLPGFPDRVEFTKPQVSVLQLIEGNMKESTAKIIEADNDSYGVIVNSFEELEVDY
                     AREYRKARAGKVWCVGPVSLCNKLGLEKAKRGDKASIGQDQCLQILDSQEAGSVLYVCL
                     GSLCNLPLAQLKELGLGLEESKKPFIWVIREWGKYGDLAMWMQQSGFEERIKGRGLVIK
                     GWAPQVFILSHASIGGFLTHCGWNSTLEGITAGVPLLTWPLSAEQFLNEKLIVQILKSG
                     LKIGVEKMMKYGKEEEIGVMVSRESVRKAVDELMGDSEEAEERRRIVKELSDLANKALG
                     EGGSSDANFTLLIQDIMEQTKQHQI"
     CDS             complement(join(12851..14243,14487..14545))
                     /codon_start=1
                     /db_xref="GI:727467829"
                     /db_xref="GeneID:104791582"
                     /gene="LOC104791582"
                     /locus_tag="LOC10479_563"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10479_563"
                     /protein_id="XP_010515808.1"
                     /translation="MWSVYSFHRLESKLNLKFSWLLSQRQGVTVSIITTTQNVAKIKTS
                     LSSSSSFPTINIVEVKFPSRQASLPEGCESVDMLASMVDMVKFFDAANSLEEQVEKAMV
                     EMVQPRPSCIIGDMSLPFTSRLAKKFKIPKLLFHGFSCFSLMCIQVVRESGILKVIESN
                     DEYFDLPGFPDRVEFTKPQVSVLQLIEGNMKESTAKIIEADNDSYGVIVNSFEELEVDY
                     AREYRKARAGKVWCVGPVSLCNKLGLEKAKRGDKASIGQDQCLQILDSQEAGSVLYVCL
                     GSLCNLPLAQLKELGLGLEESKKPFIWVIREWGKYGDLAMWMQQSGFEERIKGRGLVIK
                     GWAPQVFILSHASIGGFLTHCGWNSTLEGITAGVPLLTWPLSAEQFLNEKLIVQILKSG
                     LKIGVEKMMKYGKEEEIGVMVSRESVRKAVDELMGDSEEAEERRRIVKELSDLANKALG
                     EGGSSDANFTLLIQDIMEQTKQHQI"
     gene            complement(14682..17821)
                     /db_xref="GeneID:104791579"
                     /gene="LOC104791579"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     mRNA            complement(join(14682..14906,14990..15099,15200..15560,
                     16563..17297,17376..17821))
                     /db_xref="GI:727467820"
                     /db_xref="GeneID:104791579"
                     /gene="LOC104791579"
                     /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 X1"
                     /transcript_id="XM_010517502.1"
     mRNA            complement(join(14682..14906,14990..15099,15200..15438,
                     16441..17297,17376..17821))
                     /db_xref="GI:727467822"
                     /db_xref="GeneID:104791579"
                     /gene="LOC104791579"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 5 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /product="pentatricopeptide repeat-containing protein
                     At3g53170, transcript variant X2"
                     /transcript_id="XM_010517503.1"
     CDS             complement(join(15071..15099,15200..15560,16563..17297,
                     17376..17750))
                     /codon_start=1
                     /db_xref="GI:727467821"
                     /db_xref="GeneID:104791579"
                     /gene="LOC104791579"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="pentatricopeptide repeat-containing protein
                     At3g53170 isoform X1"
                     /protein_id="XP_010515804.1"
                     /translation="MEVIQNPVQGINSPYAIETIKLCFSRQHISSTVCSRRVASISATP
                     TTCSTKSPKEPTGKLNSGLISTRHRIDPKKELSRILRADAAVKGVERKANSEKYLTLWP
                     KAVLEALDEAIKENRWQSALKIFNLLRKQHWYEPRCKTYTKLFKALGNCKQPDQASLLF
                     EVMLSEGLKPTIDVYTSLIAVYGKSGLLDKAFATLEYMKSVSDCKPDVFTFTVLISCCC
                     KLGRFDLVKSIVLEMSYLGVGCSTVTYNTIIDGYGKAGLFEEMENVLADMIEDGDSLPD
                     VFTLNSIIGSYGNGGNTRKMESWYNRFQLMGVQPDITTFNILILSFGKAGMYKKMCSVM
                     DFMEKRFFSLTTVSYNIVIETFGKAGRIEKMDDVFRKMKYQGVKPNSITYCSLVNAYSR
                     AGLVFKIDSILRQIVNSDVILDTPFFNCIINAYGEAGDLATMKELYIQMEERKCKPDRV
                     TFATMIKTYTAHGIFDAVQELEKQMISTCENSDIGKKRLMG"
     CDS             complement(join(15071..15099,15200..15438,16441..17297,
                     17376..17750))
                     /codon_start=1
                     /db_xref="GI:727467823"
                     /db_xref="GeneID:104791579"
                     /gene="LOC104791579"
                     /locus_tag="LOC10479_565"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /product="LOC10479_565"
                     /protein_id="XP_010515805.1"
                     /translation="MEVIQNPVQGINSPYAIETIKLCFSRQHISSTVCSRRVASISATP
                     TTCSTKSPKEPTGKLNSGLISTRHRIDPKKELSRILRADAAVKGVERKANSEKYLTLWP
                     KAVLEALDEAIKENRWQSALKIFNLLRKQHWYEPRCKTYTKLFKALGNCKQPDQASLLF
                     EVMLSEGLKPTIDVYTSLIAVYGKSGLLDKAFATLEYMKSVSDCKPDVFTFTVLISCCC
                     KLGRFDLVKSIVLEMSYLGVGCSTVTYNTIIDGYGKAGLFEEMENVLADMIEDGDSLPD
                     VFTLNSIIGSYGNGGNTRKMESWYNRFQLMGVQPDITTFNILILSFGKAGMYKKMCSVM
                     DFMEKRFFSLTTVSYNIVIETFGKAGRIEKMDDVFRKMKYQGVKPNSITYCSLVNAYSR
                     AGLVFKIDSILRQIVNSDVILDTPFFNCIINAYGEAGDLATMKELYIQMEERKCKPDRV
                     TFATMIKTYTAHGIFDAVQELEKQMISTCENSDIGKKRLMG"
     gene            15262..16414
                     /db_xref="GeneID:104791578"
                     /gene="LOC104791578"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
     ncRNA           join(15262..15307,16310..16414)
                     /db_xref="GI:727467819"
                     /db_xref="GeneID:104791578"
                     /gene="LOC104791578"
                     /ncRNA_class="lncRNA"
                     /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 9 samples
                     with support for all annotated introns"
                     /product="uncharacterized LOC104791578"
                     /transcript_id="XR_768927.1"
ORIGIN
        1 tttatttctc aactgtaata tgattaactc ttttgtataa tgtaataatt gtttcccttc
       61 aaatgtggtt ggtaactgaa tattcattgc tattgcagga tggctttagg gatgattcct
      121 tgaagataat gaaagacatt gggagagtta atcccaattt ccaggtatgt ttttttatgc
      181 ttcttgaccg ataagtagga tgaaaattga tttctagtag tctaccatgg tattgagggg
      241 cacaagttat tctgttgaac atatgtctat gtttgttttg atgctcagaa gctcttagta
      301 aaaagaaaca attcagctgt gtttttatat tgtttagagc cctttatttt attaggacat
      361 gtctgtgttt aaacgaagat gaatctgtct ttactgcaaa aggctgtact aaattatggg
      421 ttatttcatt atctcagtgg ctgttagtct aaattaaagt aaactatttt tttttgcttt
      481 ttctataaat agtattgtct gcttttgttc ttgaccttct tttctacagg ttctactttt
      541 ctcggcaact tttaacgaaa ctgtcaaaga ttttgtggcg aggacagtca aggatcccaa
      601 ccaattgttt gtcaaaagag aggatctagc tttggactcg gtaaagcagt ttaaagttct
      661 ttgcccgaag gaggaaaaca agattgaagt cattaaggat cagattatgg agcttgggga
      721 tattgggcaa accattatct ttgtgaagac aaaagtgtct gctactaagg tgcacaaagc
      781 ccttgccgaa atgggatatg atgtcaccag tgtccatggt aatttgtctg aagtggacag
      841 ggataagatt gttaaggagt tcaaagactg ccttactcaa gtgctaattg ctactgatgt
      901 cattgcaaga ggttttgacc aacagcgggt aaatattatc atttgaccct tttcctttct
      961 tctccttttt tcccaaagtt gcttattcaa tacctcttgc tgattatata tacaatactt
     1021 gcaggtgaat ctggttgtga attataatct tcccattaaa tatgagaccg gagagccaga
     1081 ttatgaggtg taccttcaca gggttgggag agctggtcgg tttggtcgta aaggtaagtt
     1141 ttgattcttg catttttatt tatctcaagt gttgccacaa gttttcatca gtttcttaac
     1201 tatgtttgcc acaagttgtc atcagtttct gaaatatgta tttgtattgt aggagcggta
     1261 tttaacctga tgttagatga tgggggggat aaagaggtga tggagaagat cgagaagtat
     1321 tttggagcaa atgttaagga ggtatagtaa gatttaatga gaactacata tatatctttt
     1381 taagtgtttg ttacaacagt atccaatgaa ttttaaactt tactgcagat taagtcatgg
     1441 aactctgagg aggagtataa gagtgcgttg aaggaagctg gcctgctcga cgagtgagga
     1501 agaggaacag agtgtgttca aaacatctaa aagacttatg tcgtctgttt tttgagattg
     1561 cttaaaaaag aaacttgtat acgtctttgg ggtttttttt tagtaatctt ttttatcaga
     1621 ttgctgagat tttcagactg ttgtagctta tttatcataa gggaaaaaaa cataattttg
     1681 ttgtcaatgt caatcacttg agtatgaact taagaacagt gaataatttt ctttacaaca
     1741 tcggataaaa gtcagaggac acaaacccaa gacttcggta attgtgttga gttcaatgtg
     1801 caaagcatat tataaattca aatgtttgaa gttttagcag caagatgaat aagtgctcgt
     1861 cgatgatacg tagtacgcag cttcttgtat ttctgcacaa atgctgccgt atcaatttcc
     1921 ttctctagga acttctcttg cagggcttcg gattcttcat ccacctgatt catagcctct
     1981 gcaataccag caaaaggtgt ttagaagtga tgacatgaca caagaactgt agagaagatg
     2041 agggaagaat ataaacttgt taccttgaag tttatgaaga agagaaccag gggagtagaa
     2101 tttgaggatc tcttcttttt gcctctcaag ctcattgagc ttttcttgcg cagttgcgag
     2161 ctcagttgta cgaataattc tgcactgtta tcagagtagc taatagtaaa aaaatgagat
     2221 atccaaaaag gtcaaagatg gtaaactgaa caaggatagt tggttcttga tacatacttg
     2281 gtttctgagt tccattatct gtggctcttt ctccaagttc tctcctgtta catttgacca
     2341 cataaaagtt ttagatttcc ggatgaaaca agagtttctc gtaaaatgta atgagccaca
     2401 gaggacttac tagctagctg caacgtttct ctgcggagct catctttgat ctgatgggta
     2461 gaaacaaagc acaaaacaaa ttaatgcggt tttacttcca aagactataa aacacagaac
     2521 cataaaacac cacattactt aaaagatgat gccatgatga agtagcaaga ggaaacaatg
     2581 aaaaatctca acacatacct aatgaagtta ctatcttaga aatatagata aaacttgtct
     2641 atccagaaac aattgactga tatataaaac ttacattgtt ctggattttg acctgttcaa
     2701 gagagagcag aaattgctga tacgcatctt tgtcattgag aagcttcctg agctcatcca
     2761 cgctacagaa aagtaaacaa caccattcaa aaagaaagca aaacaaaaac gcaacacacg
     2821 agaagaagca ttaacaaaca aaacgcaaac cttttgtctt tcaagaagac gataatgcca
     2881 gctgcttcat ccggtgagac ttgcgctggc atctgaccag atgtttgagg ccgggatgaa
     2941 cttggcgaac tgactaaaga aggagagtac catggcgact gtgaagaagc ttcaggagga
     3001 cgagactgtc cttgttgttg atcctttgat ccccttatat gtcacaacaa aaaaataaac
     3061 catcatcaac tacaaatctc agcttctagg tcatcagtat tatacatcac cgattcaacc
     3121 aaaatgcaga acatagataa ggactcatca aaactcctac atgaaactac aacgttctct
     3181 aatcagtaac tgagcaaatc tagactaata ctaccacctc aaaaggtact ttaccaacaa
     3241 cctaatatcc taaatcgcca acaaatccaa ttttcataac acaagtaata aaacagaaac
     3301 cactttaaaa tcaaagagat catatgaaaa aaacagataa caaaaaaaaa aaaaatctca
     3361 caatcacggc aacacacaat ataaagattg taagaaaaat tggtttatta ccaaaaattg
     3421 aacatctttg tttcaagaaa tcgtcgacca accaaaagga gcaaaactca aatcttcgta
     3481 cttcttcttc ttcttcttct tccctaaagg cctaaaccac cagatcgaca aaaaaattaa
     3541 caacttttaa gaaacctgac tccgtctccg tcgtgtttca acgaaaattc caactcttcg
     3601 atcttttcct gtgtttcgtc gtttcagatt cttttttact tcttagctct caaataggcc
     3661 caaatacaaa caattaaggc ccattattga aaatggcggc gttttaatca tcgtcgtcct
     3721 tatccacacg cttaacggct cgcgcttcct aaacattgtt gttgtctgca cccaagcttc
     3781 gaaaaagagc tcctcatcaa tggagtcttc tctcttttct ccatcttcct cctcctcttc
     3841 ttattcttct tctctcttca ctgcaaaacc tacgcgtcct ccttcctcaa accccaaatt
     3901 cttctctttc cccatcaaat cctccataga gaaacctaaa cccaaaccca aactcgagac
     3961 aaattcttcg aaatcacagt catgggtcag cccagattgg ctcacttcac tcacccgtac
     4021 cctttcctca ggtaaaaacg acgattcggg cataccaatc gcaagcgcga agctcgacga
     4081 cgtctctgac ctcctcggag gagctctctt cttacctctt tacaaatgga tgaacgagta
     4141 cggacccatt tatcgtctcg ctgctggtcc tcgcaatttc gtggtcgtga gtgacccagc
     4201 gattgctaaa cacgttttga ggaactatcc taagtacgct aaaggcttag tcgctgaagt
     4261 ctccgagttt ttattcggtt cgggtttcgc aatcgctgaa ggacctcttt ggacggtaaa
     4321 tttcatcttc ctccacatct caattttgga atcgttgggc actatcttgt gtgataagta
     4381 accttgactc taggtttagg gttcaaagct tctcaatttg ggcttagttt tgaaaccatt
     4441 gaagtctgat tttttttttt ttatgtatag gcgaggcgaa gagcggtggt accgtctctt
     4501 cacaagaggt atttgtctgt gattgtggag agagtgttct gtaaatgtgc agagaggctt
     4561 gttgagaagt tgcagcctta tgcagaggac ggtactgctg tgaatatgga agagaagttc
     4621 tctcagttga cacttgatgt tattggcttg tctctgttta actacaattt cnnnnnnnnn
     4681 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
     4741 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
     4801 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
     4861 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
     4921 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
     4981 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
     5041 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
     5101 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
     5161 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn cctgtggttt tgttgattgt ggctcaattg
     5221 gattctagtt taattaagag gctttggttg ttgttttttt ttcagattga tgcattgtgt
     5281 aagatagtac cgagacaggt gaaagctgaa aaggctgtaa ctttgataag ggaaactgtt
     5341 gaagacctta ttgccaagtg caaagaaatt gttgaaagag aaggggagag aatcaatgat
     5401 gaggagtatg taaatgatgc tgaccctagt atccttcgtt tcttgctcgc aagcagagaa
     5461 gaggttttaa cttttttttc cttcggttca ttagcaaacc ttggccattc attattgcaa
     5521 attgaagctg atgttagatt gtgcgggttt tttttatcag gtgtcaagtg tgcagttacg
     5581 agatgatctt ctctcaatgc ttgtagcggg tcatgaaacc actggatctg tcctcacttg
     5641 gacactttat ctcctaagta aggtaccttt tggtatctta tactttgcca cttgaaaggg
     5701 agcttctctg ttctcattga tcagtaacac tttttaccac ttgaaactta tatatgtgca
     5761 tatagaactc atctgcattg gcgaaagcac aagaagaagt agacaaagtt ttagctggaa
     5821 gaaacccagc gttcgaggat ataaaggagt tgaagtacat tactcgttgt ataaacgagt
     5881 caatgcgtct ctaccctcat cctcctgtaa gcaatcaagc tcatttctct aattattcat
     5941 gaactaaatt ttctgattgc tttatttcct cgtaggtctt gattagaaga gctcaagttc
     6001 ctgacattct tcctgggaac tacaaggtca ataccggaca agacattatg atttcagtct
     6061 ataacatcca tcgttcttcc gaggtacagt tcacttcctt catttagggg agcccagtct
     6121 ggtatcagtt cgtattacat tcatgcccac atttcttatg tcattatatg tttgttattc
     6181 caaaggtatg ggaaaaagca gaggagtttc tgcctgaacg attcgaatta gaaggcgcaa
     6241 tccctaacga aacaaacacc gatttcaagt aaactcagta gtactcatgt tttgacacaa
     6301 accattaaat caagctaata ctttgatcac aaatgttaaa agatgatttg catttcaaca
     6361 gattcatacc gttcagtgga gggcctagaa aatgtgtagg agatcagttt gcattgatgg
     6421 aggcaattgt ggcactcgca gtgtttctcc agaggctaaa cgtcgagctg gttcctgatc
     6481 agaccattag catgaccacg ggagcaacca tacacaccac caatgtatga caatgttctc
     6541 cgaactcgag aagattaatc agagtctgtt tagaatataa tttcaagttt tctgatgctt
     6601 aatattttaa ttgcagggat tgtatatgaa agtgagccga aggtaaagcc ataatctcga
     6661 agatgaatat tttataatca ttggatagat ttttttagtt accatatctt gagtggttgg
     6721 tgttgatgaa cttctttaat cttttgagat ataacgacaa aaaagattta tggagttgga
     6781 gaaaaaacaa aacaactcaa ttatttcata tatcggtaat ggtacagtac tatgaatatt
     6841 taacagtgat acgcttattg gtacttgtga ttatcctgtc agatccatac agcaactttg
     6901 tgtttgttct ttttttcata caattcattc cataattgct ataccatcca taccatttcc
     6961 tttccttgct gtaaccaaac catttattcc attattacaa gtttaacaat acttctaact
     7021 tgaagacgac aaaaccaggt taactagtgt ataaaacttt ttctgtaatt tgatagtgtg
     7081 tatcatagat ctaattaata cgttttattg aaatatttga attaattgaa aaagtaccaa
     7141 atgtataaaa agtataagaa ggtaacaaga caaatatcta gattatcata tattaacaat
     7201 taatttttaa cctttctcta taatttcaat ttaaaaaaaa aaaaatatta aaacttttaa
     7261 aaatctttaa actaaaagta gaactaaatc tttttattgt agttaccatt taaaattctt
     7321 taaactaaaa gtagaactaa atctttttat tgtagttcca tcccatatgg accatttcat
     7381 tttaaattaa aagtagaact aaatcttttt gttgtagttc catcccatat gggaccatat
     7441 ataccgtata aggttaacct tgaaaccata tggaccttac gtattatata attctctact
     7501 cactactctt tcactttcac atacgagagg agaagataac aaacaagcaa aaaaaaaaaa
     7561 tggagaagga gagctcagag agtagaaaca gagctcgtct cgctatattg gagctggcta
     7621 acatgattag cgttcccatg tccctcaacg ccgctgtgaa attaggcatt gccgacgctg
     7681 tttggaacgg cgggaccaat tctcctctct ccgccgccga gatcctcact cgcctccttc
     7741 tcccatctgg cggcgatccc gagaatctcc aacgtatact tcgaatgctc accagctatg
     7801 gtgtcttctc tgaacacctt gttggatcca ccgagaggaa atactctctt acggacgttg
     7861 gcaaaactct cgtcactgac tctggtggcc tctcttacgc agcctacgtc ctacagcacc
     7921 accaggtttc ctatatattc caattatgaa aaactttaat caaaccaatt cttgatggtt
     7981 tagttttgta gataaggata aggtttcgag tttatactaa gaatttataa atgttatatc
     8041 gcaaaatata ttataacttt ttcacatttc tcgagattag tctagatttc cgattatatt
     8101 ttaataagta acctaattgt gaaagtataa cattttgaag gatgccttga tgcgagcatg
     8161 gccactagtt cacacggcgg tggtggagcc ggagacagag ccgtacgtga aagccaacag
     8221 cgaggcagca tacgtgcagt atggtaaaaa cgaggagatg aacgatctga tgctgaaggc
     8281 aatgtccggg gtatctgtgc cgttcatgaa agctatattg gaaggctacg atgggtttaa
     8341 atccgttgag caattgattg acgtaggagg tagcgcaggg gattgtctcc gcatgatcct
     8401 tgaacagttt cctaacgtcc gtgaagggat taattttgat ttgcctgagg ttgttgccaa
     8461 agcccccagt attcctggtg agatttatgt tttgtattaa tcatatttta cgttatttat
     8521 ttccggaaaa caaaaaaaaa agttactttt tatgtaatcg acgatattat taccgtgtgg
     8581 tgttaggagt gacacacgtg ggtggggata tgttccaatc aattcctagc ggtgacgcaa
     8641 tcttcatgaa ggttcgttgt tacattattg tcacgagaat acacctacta acatttttgt
     8701 atatatatag gagtatagga cgaatactat tttccctcta tatagtttta atagttatag
     8761 gtatatacgc tgattacaca aaagatcaga gtttagttag gtataaccgt ataataatgt
     8821 gtttggtagt atataggttt aattagttta tcgttagatc atgcgactgg ccacctttat
     8881 tttatttaaa gatcgtttaa atactagtaa tacatttttt ttgaccaaaa aaacaaaata
     8941 tactaataca tttatcaaac caaaaacgtg tgagctagct agaatcttgc gtgggtagga
     9001 tctgatatgt ttggtgaaag aacaatacaa acaaataaac acattttttg cttcgctggt
     9061 cccaaaatta ataatttgta taatgttgtg ttgtcctgag tgcacagtgg gtgttaacaa
     9121 catggacgga tgaagaatgc aagcagataa tgaagaattg ctacaatgca ttacctgttg
     9181 gaggaaagct aatcgcgtgt gagcctgtct tgcctaagga aaccgatgat agccaccgga
     9241 ctcgtgcctt gttagaaggc gacatctttg tcatgaccat ctatagaacc aaaggtaagc
     9301 atagaactga agaagagttt aaagaacttg gtctctctgc tggattcact acttttcgac
     9361 ctttctacat tgattacttc tacaccatct tggagtttca gaagtaatat cctaaaagca
     9421 tttatcttcc cgtgtttcta aaagctttta aataatgaat attcaaggag gcctctttgt
     9481 tgagaacctc taataaatac attttcatca agatgtacgt aataatgtaa cagtctattt
     9541 ctaaattcta agtgcatcct taaaagggat tattcataaa tttcatcttt ggagaaaagg
     9601 actctttgat gattgcgaga gtagtactct taatatcaag ttcgacgcaa catatgtgac
     9661 tttatatgtt gttatgcact aaattaaaaa catctattga attatttttc ttcggcaaag
     9721 aaaaattcct atggtattat attcttacaa attttatatc agcttatagt caattgctct
     9781 aaaacatctt gcattaaaat tgaaacgttc agactcgaag atcccttttc attcacagcc
     9841 ttattcgcca ttactgcaag ttcttgaata cgtatccttc gcctcacaaa ttcactatca
     9901 ttatcacttt cttcatctac acgttgacaa tgttcttcca tcacaagctt tatagctttc
     9961 acaacacact gtttcttgac caacactcca actctctcct cgtctcccca tcgcaccgga
    10021 atctccaccc caaccctaac cccgattttc aaaacctcca cgactaattt ctcattgagg
    10081 aattgttcag cgaacaacgg ccatgtgatc attggtacac caaaacaaat cgcttctatt
    10141 gtagagttcc aaccgcagtg agacaaaaac cctccggttg agccatgcga gagtatcata
    10201 gcctgaggac tccacccttt tattactatc cctcttcctc taactctctc ttcaaaattt
    10261 tcgcgtttta gccattcttc tagctcattc atgtgtattt cctcggtctt gattacccaa
    10321 ataaagggtt ttcccgattc ttctaaccct acacctagtt ctatcaattg atttggtatt
    10381 agtcgacata ggctacctag acaaacatat aagactgacc tcggtctcat tgaatctaga
    10441 aactgcaaga cctcggtctc acttatcgcg atgttaccgt tgtttcctct gtcgaatagg
    10501 tccgccatac ggtcgttgca taaagaaacg ggtccaacga accatacctt cttatcgatg
    10561 gcctcagcgt aggcctctgc atagccaggc tccaattctt ggaagctatt aacaataatt
    10621 ccaaaggctt ctgattcaga ttcgcgcatc ttgtcgcgaa catcatccat attttctaac
    10681 ttctgaaagg cacccggtaa ctgagctcta gctatctcaa tcctatgtgg cattgctggt
    10741 atagagaatg gctccgaggc cgaagaaact gacaggtgcg ggctatgaag atggaggttg
    10801 tgcgaactca aaagagagaa gcaacacatt ccatggaaca ctatcctcgg gattttgaac
    10861 ctctttgctg tttttgaagt ccaagaaaga catttatcgg agattatgca acttggaggg
    10921 ttatcttttt tctcaagaaa ccgttccaag ggctcctgaa gtctatccac agcgtcatag
    10981 aatctccgta ggaggtcttt ggatggcaga gtgtcgagag tctcacaatc tttgggaaga
    11041 ccaaattctt tgtagggaat tggaaatgta acaacgttga tttcaagacc agcctccgat
    11101 cttgctcggt caactgtctt tgcaaaccta gaagcatttt gaggagttgt aactatggta
    11161 acgatattgc cttgtctcgc aagaatcttg gagatgtcga ccatggggat cagatgccct
    11221 tgagccatga gagggaccaa aacaaagtga agtcttttgg catttgaaac tagttttgat
    11281 tccatttttt tgggtttagc aaatgcttag acatatagaa gataccaaaa ttatcggcta
    11341 tgaatatata catgtgtgaa tcatctggtg agagacctta atgaattggg aaagtcatca
    11401 acagctgtat attgactttg aacaagtcac aaaaaaaact attgtttaga gaaccaatca
    11461 tgtaccctca ttgtttaacg ttttagtcgc tgacggtggt gagttgcgtc attataccat
    11521 gacaattaaa atgagttaca taagaaaaga ctacaaggaa aatatgagga agtttaaatc
    11581 ctacaatgaa gccaaaaatg ttaatccact gatgatacgt aaagttaaaa taagcgtatg
    11641 ttcactattt ttttagtagt gatacaaatt agaatattca ctgatattta agagaaaaaa
    11701 aagactattg ttatctttgg tttactttct ttattatgat ttcggtttaa gaagtgcaat
    11761 taggtcaagc ttggccgtaa gacttccatg ataaaaggac tctttgaaac gttcaatttg
    11821 tgcgtatgtc atggtgaaca aactaaggaa gaccagttca acttttggaa tatttgagag
    11881 catgcattga cgcatatacc tttgagaata taagcaaata aatatgtaca cacgcatata
    11941 tatatatata tatgttgtat acttgtatga tcaataatta tacatagagg ttacacttac
    12001 tttacaaatt gtatatcttc tgtatgataa acgcaaacct atgatgcatg attgttgttc
    12061 gagacatttt catgttgtag tattgtattt cggacagttt ttaattaata ggtgataatc
    12121 atccaaagcc acgtccaaat gtcaaaaata aaattgcaac aacttctata agaagattca
    12181 cagaatttca gaagtttcga aacatttctg tatatcttac ccaaaaggca tgtttaattt
    12241 tctttttttc tttttacaga aaactgaata gagtaatata ttaaacgaag aaaagtcgat
    12301 tcaataaaag tcattcttct atgatcctct cttgtcgtct ttgaaatatt ggttgtaaat
    12361 tcttgaacaa ctaaagcttt ggatttccaa atccctatga tgtataatag tatcttattt
    12421 tcttcatctg atatcgacat gtctttatat gtaaccatgt taactaaaga tagatcactg
    12481 tataatatgg ttagttttta taataaatct agagaagata tgttctctat cctgcaggcc
    12541 tggttttttc ttgtatgaaa caaattttgt ctggacgata tagactcttg ccaaaaacca
    12601 catagtctgt cacaccgtca ttgttaaatt atccgttgct gtaaacacga ccagctcaac
    12661 tatgtcatag gcattgtgca ggcatttcag aaaccagctc aattatttta ttaacttggt
    12721 tttcatttca ttacaaacta caaatatttt acaagcatat atatatattt tttttttctc
    12781 aatcaaccaa caacaatcct accgatgtca aatatcaaat cccaacaaca atccttgaga
    12841 accctcccat tcaaatttga tgttgttttg tttgctccat aatgtcttga atgagcaatg
    12901 tgaaattagc atctgaagat cctccttctc ccaaagcctt atttgccaag tcactaagtt
    12961 ctttgactat tcttcttctc tcttctgctt cttcactatc acccattagc tcgtccactg
    13021 cttttctcac actttctcta ctcaccatca ctcctatctc ctcttctttt ccatatttca
    13081 tcattttttc tactcctatc tttaaccccg attttaatat ctgcacgatc aacttctcat
    13141 tcaagaattg ttcagcagac aaaggccatg tcaataatgg tactcctgca gtaattcctt
    13201 ctagagtcga gttccatcca cagtgagtca aaaaccctcc gatggatgcg tgtgagagga
    13261 tgaaaacttg gggcgcccaa cctttgatca caagtcctct acctttgatc cgctcttcga
    13321 atccgctttg ctgcatccac attgctaaat ccccatattt tccccattct cttattaccc
    13381 atatgaaagg tttcttagat tcctcaaggc ctagtcctag ctctttgagt tgagccaagg
    13441 gaagattaca tagactgcca aggcaaacgt agagcaccga accagcttct tgagagtcaa
    13501 gaatttgaag acattggtcc tgaccaatag aagccttgtc tcctctttta gctttttcta
    13561 accccaactt attgcacaaa gaaacaggtc caacgcacca aacttttcca gcccttgctt
    13621 tccgatattc tcttgcataa tcaacctcta actcttcaaa actgttcaca ataacaccat
    13681 aagagtcatt atcagcttcg ataatcttgg ccgtactctc tttcatattt ccttcaataa
    13741 gctgtagcac agagacttgc ggtttagtga actcaactct atcaggaaag ccaggtaaat
    13801 cgaaatactc atcgttagat tctataactt ttaagatccc gctttctcga accacttgta
    13861 tgcacatgag gctgaaacaa gaaaatccat ggaagagaag tttggggatc ttgaatttct
    13921 tggcaagtct tgaagtgaaa ggaaggctca tgtctccaat tatgcagctc ggccgcggct
    13981 gaaccatctc caccatagct ttctctactt gctcctcaag cgagttggct gcgtcaaaga
    14041 acttcaccat atcgaccatt gaagccaaca tatctacact ctcgcaccct tctggcaaac
    14101 tagcttgtcg agacggaaac ttaacttcaa cgatgttgat ggtcggaaag gaagaggaag
    14161 aggagagtga agtcttgatc ttggctacat tttgggtagt tgtgatgata gagacggtca
    14221 cgccttgacg ctgggacaag agcctagaaa tatcgaccaa tgggatcata tgaccttggg
    14281 ccataaaggg tattacgacg aagtgaagaa catcatgaga acacattgta aaagatctta
    14341 atattagcaa acaaatagat gtttctaaag acttaaaaag caagccactc tttacaaatg
    14401 ttatatatag ctacgataga gtttagatca taacaagttt tgacccgtct aaagataatg
    14461 cgtaagaaaa ttatatttta ctttaccaag aaaacttcaa attgagtttt gattctagtc
    14521 gatgaaaaga gtagaccgac cacatatata acaattagtc tgatcgtatc tgttgatata
    14581 ttcgtgtcat catctgtatt gaaacctagg aacaaagaat tagaatatgg caagcatcat
    14641 gaaatgggtc aaaaagataa taattaatta aaagagttgg cgggtcaaat taggtctcct
    14701 gaatattttt gagaattcgt acattacaat catcgttaac tttattttca catcacatga
    14761 gagtagatgt atctgttgat ttctttgttt tgttcatttt atgacacaga gctataaatg
    14821 atggctttta atacttacac tgacccgaat cattagtaat gacattgctg atcttggaat
    14881 tttgctaacc aacgcccccc aaacacctga acagacggtt ccataactta cttacaggca
    14941 tgagtctcca atttatctta aagttaagaa gagtaaaaag aacagttacc ttaagtgatc
    15001 cacttagtgt gaacatttca caacttccaa attcttctgc attagactgc tcaattcaca
    15061 gaccaaagcc tcaccccata agcctctttt tgcctatatc ttaaaaccca aaaaaagaaa
    15121 catagtttag aaacaaatac aaccaccaaa atagagctgc aatactcagc atacagtatt
    15181 aatttttcta agaggatacc tgagttctca caagtggata tcatttgttt ctcgagttcc
    15241 tggactgcat cgaatatccc atgagcagta taggttttga tcatagtagc aaaagtgact
    15301 ctatcaggct tacattttct ctcttccatt tgtatgtaca attctttcat cgtagccaaa
    15361 tcaccagcct caccatatgc attgattatg caattgaaga acggagtatc cagtatcaca
    15421 tcagaattca caatttgcct caaaattgaa tctatcttaa agacaagacc agctctacta
    15481 tacgcgttaa caagcgaaca ataagtgatt gagtttggtt tcactccttg atacttcatt
    15541 ttcctgaata catcatccat tttctcnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    15601 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    15661 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    15721 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    15781 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    15841 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    15901 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    15961 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    16021 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    16081 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    16141 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    16201 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    16261 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnntatcagg cttacatttt
    16321 ctctcttcca tttgtatgta caattctttc atcgtagcca aatcaccagc ctcaccatat
    16381 gcattgatta tgcaattgaa gaacggagta tccagtatca catcagaatt cacaatttgc
    16441 ctcaaaattg aatctatctt aaagacaaga ccagctctac tatacgcgtt aacaagcgaa
    16501 caataagtga ttgagtttgg tttcactcct tgatacttca ttttcctgaa tacatcatcc
    16561 attttctcga ttcttccagc ttttccaaac gtctcaatca ctatattata actgacagtc
    16621 gtcaaggaga agaacctttt ctccatgaaa tccataaccg agcacatctt cttatacatt
    16681 cccgcttttc caaacgacaa aatcagtata ttaaatgtag taatgtctgg ctgcactccc
    16741 atgagctgga accgattata ccagctctcc atcttcctcg tgttaccacc atttccatat
    16801 gacccaatga tcgagttaag cgtgaaaaca tccggaagag aatctccatc ctcgatcata
    16861 tcagccagaa cattttccat ttcctcaaac aaaccagcct ttccataccc atcaataata
    16921 gtattgtaag taaccgtact gcatccaact ccaagatacg acatctcaag aacaatactt
    16981 ttaaccagat caaaccgacc aagtttgcag caacaactga tgagaacagt gaaggtaaac
    17041 acatctggct tacagtcact aaccgatttc atatactcaa gcgtggcgaa cgccttgtca
    17101 agaagcccgc ttttgccata aacagctata agagatgtat acacatcaat ggtaggtttc
    17161 aatccttcag ataacattac ttcaaaaagc aagctagctt gatcaggctg tttgcaattc
    17221 ccaagcgctt tgaaaagctt tgtgtatgtt ttgcatcttg gttcatacca atgctgcttc
    17281 ctaagaagat tgaaaatcta taaagcagag agattgggca aatgagtttc gattagagta
    17341 aagaaattag aaaagaattc aaaagggtac tgtaccttta acgcagactg ccatcgattc
    17401 tctttgatag cttcatcaag tgcttcaaga acagcttttg gccataaagt taagtacttt
    17461 tcggaatttg cttttctctc gacgcctttg acagcagcgt ctgctctcag aatccgggat
    17521 aactctttct tgggatctat tcggtgtctt gttgatatca gaccagagtt taatttccca
    17581 gtaggttctt tggggctttt tgtcgaacac gttgtgggcg ttgctgaaat agaggctaca
    17641 cgccgagaac aaaccgtgga agatatgtgt tgccgagaaa agcagagttt tatagtttca
    17701 atggcgtatg gggaattaat cccttgaaca ggattctgta tcacttccat cggagaaaaa
    17761 atgcgagaga agataagggg aggacgaaga agacactgca aatttcggtg tagggaggag
    17821 ctagaagacg atacagttgt tctgcttcat atgttcggtt tagttcaatt agatggttcg
    17881 gtttacataa ttaatcggtt tgtatgatgt agcgaatggt ttgatgtggt tttagattcc
    17941 gataagtttc acttttatct tatttatcac ttttatgatt tatctagcac tttttccggt
    18001 tcacaggttt taatcgaaaa tagatgtgaa attttaattt caaatttgtc aaaccgaaat
    18061 tggacgcaac ttcttggcac tgaaccggaa tttggaatta tgacatgaac cgtggaggct
    18121 aactgttagt cacgtgttca ttacgctcct ccagacgccg ccgtgaacgg ggcaccgacc
    18181 aaatcagaca acaaaagaaa agtcaaagat ggaaactttc acttatgctt tttaacaagt
    18241 tcctgtagta aacaacctgt gaagactgta agaagaacaa caacacgaat caagtaatcg
    18301 agagtttgat tttgacttaa gacaaagata gagagagaga gaga
//
