LOCUS       NW_010970490           19667 bp    DNA              UNK 01-JAN-1980
DEFINITION  Tarenaya hassleriana unplaced genomic scaffold, ASM46358v1 Cleome8,
            whole genome shotgun sequence.
ACCESSION   NW_010970490
VERSION     NW_010970490.1
KEYWORDS    .
SOURCE      .
  ORGANISM  .
            .
FEATURES             Location/Qualifiers
     cluster         1..19667
                     /note="Cluster number: 59"
                     /note="Detection rule(s) for this cluster type:
                     plants/saccharide: (minimum(3,[NAD_binding_4,
                     FAE1_CUT1_RppA, HAD_RAM2_N,
                     Orn_DAP_Arg_deC,Pyridoxal_deC,BBE,FA_hydroxylase,CER1-like_
                     C,ECH_2,Oxidored_FMN,3Beta_HSD,Glyco_hydro_1,ADH_N,ADH_N_2,
                     Abhydrolase_3,Aldo_ket_red,cMT,nMT,oMT,adh_short,Chal_sti_s
                     ynt_C,Chal_sti_synt_N,COesterase,UDPGT,Glyco_transf_28,Glyc
                     os_transf_1,Glycos_transf_2,Lycopene_cycl,NAD_binding_1,p45
                     0,SQHop_cyclase_C,SQHop_cyclase_N,Prenyltrans,Terpene_synth
                     _C,Terpene_synth,Transferase,Aminotran_1_2,AMP-binding,DIOX
                     _N,Dirigent,Bet_v_1,Cu_amine_oxid,Str_synth,Trp_syntA,His_b
                     iosynth,adh_short_C2,Peptidase_S10,Prenyltransf,Epimerase,2
                     OG-FeII_Oxy,Aminotran_3,Methyltransf_2,Methyltransf_3,Methy
                     ltransf_7,PRISE,Cellulose_synt,Chalcone,ERG4_ERG24,FA_desat
                     urase,FA_desaturase_2,Methyltransf_11,polyprenyl_synt,SE,SQ
                     S_PSY,TPMT,UbiA,Lipoxygenase,Lyase_aromatic,HMGL-like,Chalc
                     one_3,Chalcone_2,Acetyltransf_1,UDPGT_2,GMC_oxred_N,GMC_oxr
                     ed_C,Amino_oxidase,DAHP_synth_1,DAHP_synth_2],[Glycos_trans
                     f_1/Glycos_transf_2/Glycos_transf_28/UDPGT/UDPGT_2/Glyco_hy
                     dro_1/Cellulose_synt]));"
                     /cutoff=21617
                     /extension=4323
                     /product="saccharide"
                     /clusterblast="2. OZ185639.1_c131	Arabidopsis halleri
                     genome assembly, chromosome: 4 (50% of genes show
                     similarity)"
                     /clusterblast="3. NW_003302552.1_c124	Arabidopsis lyrata
                     subsp. lyrata unplaced genomic scaf... (50% of genes show
                     similarity)"
                     /clusterblast="4. NC_079516.1_c255	Raphanus sativus
                     cultivar WK10039 chromosome 6, ASM80110v... (50% of genes
                     show similarity)"
                     /clusterblast="5. CAKOAT010155711.1_c141	Eruca vesicaria
                     subsp. sativa genome assembly, cont... (50% of genes show
                     similarity)"
                     /clusterblast="6. NC_063438.1_c148	Brassica napus cultivar
                     Da-Ae chromosome A5, Da-Ae, whole... (50% of genes show
                     similarity)"
                     /clusterblast="7. CAKOAT010982931.1_c362	Eruca vesicaria
                     subsp. sativa genome assembly, cont... (50% of genes show
                     similarity)"
                     /clusterblast="8. NC_027750.1_c81	Brassica oleracea var.
                     oleracea cultivar TO1000 chromosome... (50% of genes show
                     similarity)"
                     /clusterblast="9. MU105758.1_c133	Sinapis alba strain S2
                     GC0560-79 unplaced genomic scaffold... (33% of genes show
                     similarity)"
                     /clusterblast="10. NC_034015.1_c224	Prunus persica cultivar
                     Lovell chromosome G7, Prunus_per... (33% of genes show
                     similarity)"
                     /clusterblast="11. MU106186.1_c244	Sinapis alba strain S2
                     GC0560-79 unplaced genomic scaffol... (66% of genes show
                     similarity)"
     gene            1758..3592
                     /gene="LOC104802338"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /db_xref="GeneID:104802338"
     mRNA            join(1758..1833,2358..2521,3086..3199,3311..3592)
                     /gene="LOC104802338"
                     /product="sm-like protein LSM36B, transcript variant X2"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 7 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 55 samples with support for all annotated
                     introns"
                     /transcript_id="XM_010525889.2"
                     /db_xref="GeneID:104802338"
     mRNA            join(1783..1889,2358..2521,3086..3199,3311..3592)
                     /gene="LOC104802338"
                     /product="sm-like protein LSM36B, transcript variant X1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 7 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 57 samples with support for all annotated
                     introns"
                     /transcript_id="XM_010525887.2"
                     /db_xref="GeneID:104802338"
     mRNA            join(1802..1889,2343..2521,3086..3199,3311..3592)
                     /gene="LOC104802338"
                     /product="sm-like protein LSM36B, transcript variant X3"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 7 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 46 samples with support for all annotated
                     introns"
                     /transcript_id="XM_010525890.2"
                     /db_xref="GeneID:104802338"
     CDS             join(2407..2521,3086..3199,3311..3357)
                     /gene="LOC104802338"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /codon_start=1
                     /product="LOC10480_3507"
                     /protein_id="XP_010524191.1"
                     /db_xref="GeneID:104802338"
                     /translation="MSAAGEKASGTTKTPADFLKSIRGRPVVVKLNSGVDYRGILACLD
                     GYMNIAMEQTEEYVNGQLKNKYGDAFIRGNNVLYISTTKRTLADGA"
                     /locus_tag="LOC10480_3507"
                     /kmer_dict="{'MSA': [0], 'SAA': [1], 'AAG': [2], 'AGE':
                     [3], 'GEK': [4], 'EKA': [5], 'KAS': [6], 'ASG': [7], 'SGT':
                     [8], 'GTT': [9], 'TTK': [10, 81], 'TKT': [11], 'KTP': [12],
                     'TPA': [13], 'PAD': [14], 'ADF': [15], 'DFL': [16], 'FLK':
                     [17], 'LKS': [18], 'KSI': [19], 'SIR': [20], 'IRG': [21,
                     71], 'RGR': [22], 'GRP': [23], 'RPV': [24], 'PVV': [25],
                     'VVV': [26], 'VVK': [27], 'VKL': [28], 'KLN': [29], 'LNS':
                     [30], 'NSG': [31], 'SGV': [32], 'GVD': [33], 'VDY': [34],
                     'DYR': [35], 'YRG': [36], 'RGI': [37], 'GIL': [38], 'ILA':
                     [39], 'LAC': [40], 'ACL': [41], 'CLD': [42], 'LDG': [43],
                     'DGY': [44], 'GYM': [45], 'YMN': [46], 'MNI': [47], 'NIA':
                     [48], 'IAM': [49], 'AME': [50], 'MEQ': [51], 'EQT': [52],
                     'QTE': [53], 'TEE': [54], 'EEY': [55], 'EYV': [56], 'YVN':
                     [57], 'VNG': [58], 'NGQ': [59], 'GQL': [60], 'QLK': [61],
                     'LKN': [62], 'KNK': [63], 'NKY': [64], 'KYG': [65], 'YGD':
                     [66], 'GDA': [67], 'DAF': [68], 'AFI': [69], 'FIR': [70],
                     'RGN': [72], 'GNN': [73], 'NNV': [74], 'NVL': [75], 'VLY':
                     [76], 'LYI': [77], 'YIS': [78], 'IST': [79], 'STT': [80],
                     'TKR': [82], 'KRT': [83], 'RTL': [84], 'TLA': [85], 'LAD':
                     [86], 'ADG': [87]}"
                     /ripp_evidence="{}"
                     /top_kmer_word="TTK"
                     /top_kmer_hits=10
                     /top_kmer_hits=81
                     /table="TTK"
                     /table="TTK"
     CDS             join(2407..2521,3086..3199,3311..3357)
                     /gene="LOC104802338"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /codon_start=1
                     /product="sm-like protein LSM36B"
                     /protein_id="XP_010524189.1"
                     /db_xref="GeneID:104802338"
                     /translation="MSAAGEKASGTTKTPADFLKSIRGRPVVVKLNSGVDYRGILACLD
                     GYMNIAMEQTEEYVNGQLKNKYGDAFIRGNNVLYISTTKRTLADGA"
                     /kmer_dict="{'MSA': [0], 'SAA': [1], 'AAG': [2], 'AGE':
                     [3], 'GEK': [4], 'EKA': [5], 'KAS': [6], 'ASG': [7], 'SGT':
                     [8], 'GTT': [9], 'TTK': [10, 81], 'TKT': [11], 'KTP': [12],
                     'TPA': [13], 'PAD': [14], 'ADF': [15], 'DFL': [16], 'FLK':
                     [17], 'LKS': [18], 'KSI': [19], 'SIR': [20], 'IRG': [21,
                     71], 'RGR': [22], 'GRP': [23], 'RPV': [24], 'PVV': [25],
                     'VVV': [26], 'VVK': [27], 'VKL': [28], 'KLN': [29], 'LNS':
                     [30], 'NSG': [31], 'SGV': [32], 'GVD': [33], 'VDY': [34],
                     'DYR': [35], 'YRG': [36], 'RGI': [37], 'GIL': [38], 'ILA':
                     [39], 'LAC': [40], 'ACL': [41], 'CLD': [42], 'LDG': [43],
                     'DGY': [44], 'GYM': [45], 'YMN': [46], 'MNI': [47], 'NIA':
                     [48], 'IAM': [49], 'AME': [50], 'MEQ': [51], 'EQT': [52],
                     'QTE': [53], 'TEE': [54], 'EEY': [55], 'EYV': [56], 'YVN':
                     [57], 'VNG': [58], 'NGQ': [59], 'GQL': [60], 'QLK': [61],
                     'LKN': [62], 'KNK': [63], 'NKY': [64], 'KYG': [65], 'YGD':
                     [66], 'GDA': [67], 'DAF': [68], 'AFI': [69], 'FIR': [70],
                     'RGN': [72], 'GNN': [73], 'NNV': [74], 'NVL': [75], 'VLY':
                     [76], 'LYI': [77], 'YIS': [78], 'IST': [79], 'STT': [80],
                     'TKR': [82], 'KRT': [83], 'RTL': [84], 'TLA': [85], 'LAD':
                     [86], 'ADG': [87]}"
                     /ripp_evidence="{}"
                     /top_kmer_word="TTK"
                     /top_kmer_hits=10
                     /top_kmer_hits=81
                     /table="TTK"
                     /table="TTK"
     CDS             join(2407..2521,3086..3199,3311..3357)
                     /gene="LOC104802338"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /codon_start=1
                     /product="LOC10480_3508"
                     /protein_id="XP_010524192.1"
                     /db_xref="GeneID:104802338"
                     /translation="MSAAGEKASGTTKTPADFLKSIRGRPVVVKLNSGVDYRGILACLD
                     GYMNIAMEQTEEYVNGQLKNKYGDAFIRGNNVLYISTTKRTLADGA"
                     /locus_tag="LOC10480_3508"
                     /kmer_dict="{'MSA': [0], 'SAA': [1], 'AAG': [2], 'AGE':
                     [3], 'GEK': [4], 'EKA': [5], 'KAS': [6], 'ASG': [7], 'SGT':
                     [8], 'GTT': [9], 'TTK': [10, 81], 'TKT': [11], 'KTP': [12],
                     'TPA': [13], 'PAD': [14], 'ADF': [15], 'DFL': [16], 'FLK':
                     [17], 'LKS': [18], 'KSI': [19], 'SIR': [20], 'IRG': [21,
                     71], 'RGR': [22], 'GRP': [23], 'RPV': [24], 'PVV': [25],
                     'VVV': [26], 'VVK': [27], 'VKL': [28], 'KLN': [29], 'LNS':
                     [30], 'NSG': [31], 'SGV': [32], 'GVD': [33], 'VDY': [34],
                     'DYR': [35], 'YRG': [36], 'RGI': [37], 'GIL': [38], 'ILA':
                     [39], 'LAC': [40], 'ACL': [41], 'CLD': [42], 'LDG': [43],
                     'DGY': [44], 'GYM': [45], 'YMN': [46], 'MNI': [47], 'NIA':
                     [48], 'IAM': [49], 'AME': [50], 'MEQ': [51], 'EQT': [52],
                     'QTE': [53], 'TEE': [54], 'EEY': [55], 'EYV': [56], 'YVN':
                     [57], 'VNG': [58], 'NGQ': [59], 'GQL': [60], 'QLK': [61],
                     'LKN': [62], 'KNK': [63], 'NKY': [64], 'KYG': [65], 'YGD':
                     [66], 'GDA': [67], 'DAF': [68], 'AFI': [69], 'FIR': [70],
                     'RGN': [72], 'GNN': [73], 'NNV': [74], 'NVL': [75], 'VLY':
                     [76], 'LYI': [77], 'YIS': [78], 'IST': [79], 'STT': [80],
                     'TKR': [82], 'KRT': [83], 'RTL': [84], 'TLA': [85], 'LAD':
                     [86], 'ADG': [87]}"
                     /ripp_evidence="{}"
                     /top_kmer_word="TTK"
                     /top_kmer_hits=10
                     /top_kmer_hits=81
                     /table="TTK"
                     /table="TTK"
     gene            4296..5854
                     /gene="LOC104802340"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /db_xref="GeneID:104802340"
     mRNA            join(4296..4950,5022..5854)
                     /gene="LOC104802340"
                     /product="UDP-glycosyltransferase 74F2-like"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 56 samples with support for all annotated
                     introns"
                     /transcript_id="XM_010525891.1"
                     /db_xref="GeneID:104802340"
     CDS             join(4324..4950,5022..5741)
                     /gene="LOC104802340"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /codon_start=1
                     /product="UDP-glycosyltransferase 74F2-like"
                     /protein_id="XP_010524193.1"
                     /db_xref="GeneID:104802340"
                     /translation="MEKEEERGHILGVAYPTQGHISPIHQLCKRLLSKGIKTTLTLTTF
                     AHTSISPNPPHGSVSLATFSDGFDHGGISAAESIHHYLRRFQTVGSQTLAQVIRQHQSS
                     DHPITCVVYDAFLPWCLDVAKDFGLVAAPFFTQTCAVNYIYYLAYQEKLELPIDGLTFL
                     EPQDLPSFLSVPGSYPAYHEMVLNQFSNLGKANFVLVNVFEKLEVKETELLSRVCPLLT
                     VGPTLPSLYLDKRIKTDENYDLMLFDPKGVESCKDWLNERPKGSVVYVAFGSLAELCNA
                     QMEELAWALSKFSFIWVVRDSEETKLPSGFAESLVKDKALVVKWSPQLEVLSNRAIGCF
                     LTHCGWNSTMEAVSLGVPMVAMPQWTDQPTNAKYVEDVWKVGICVKADEENGIVKREEI
                     EFCIKEVMEGERSRGVKENAKKWRDLAVEALAEGGTSDVNIDTLVSACL"
                     /domain_record="plants/UDPGT_2 (E-value: 2.4e-81, bitscore:
                     273.2, seeds: 248)"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: UDPGT_2 (E-value: 2.4e-81,
                     bitscore: 273.2, seeds: 248)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity:
                     LOC104802341=29.268,LOC104802342=38.095"
                     /kmer_dict="{'MEK': [0], 'EKE': [1], 'KEE': [2], 'EEE':
                     [3], 'EER': [4], 'ERG': [5], 'RGH': [6], 'GHI': [7, 18],
                     'HIL': [8], 'ILG': [9], 'LGV': [10, 354], 'GVA': [11],
                     'VAY': [12], 'AYP': [13], 'YPT': [14], 'PTQ': [15], 'TQG':
                     [16], 'QGH': [17], 'HIS': [19], 'ISP': [20, 49], 'SPI':
                     [21], 'PIH': [22], 'IHQ': [23], 'HQL': [24], 'QLC': [25],
                     'LCK': [26], 'CKR': [27], 'KRL': [28], 'RLL': [29], 'LLS':
                     [30, 212], 'LSK': [31, 289], 'SKG': [32], 'KGI': [33],
                     'GIK': [34], 'IKT': [35, 235], 'KTT': [36], 'TTL': [37],
                     'TLT': [38, 40], 'LTL': [39], 'LTT': [41], 'TTF': [42],
                     'TFA': [43], 'FAH': [44], 'AHT': [45], 'HTS': [46], 'TSI':
                     [47], 'SIS': [48], 'SPN': [50], 'PNP': [51], 'NPP': [52],
                     'PPH': [53], 'PHG': [54], 'HGS': [55], 'GSV': [56, 264],
                     'SVS': [57], 'VSL': [58, 352], 'SLA': [59, 273], 'LAT':
                     [60], 'ATF': [61], 'TFS': [62], 'FSD': [63], 'SDG': [64],
                     'DGF': [65], 'GFD': [66], 'FDH': [67], 'DHG': [68], 'HGG':
                     [69], 'GGI': [70], 'GIS': [71], 'ISA': [72], 'SAA': [73],
                     'AAE': [74], 'AES': [75, 311], 'ESI': [76], 'SIH': [77],
                     'IHH': [78], 'HHY': [79], 'HYL': [80], 'YLR': [81], 'LRR':
                     [82], 'RRF': [83], 'RFQ': [84], 'FQT': [85], 'QTV': [86],
                     'TVG': [87, 221], 'VGS': [88], 'GSQ': [89], 'SQT': [90],
                     'QTL': [91], 'TLA': [92], 'LAQ': [93], 'AQV': [94], 'QVI':
                     [95], 'VIR': [96], 'IRQ': [97], 'RQH': [98], 'QHQ': [99],
                     'HQS': [100], 'QSS': [101], 'SSD': [102], 'SDH': [103],
                     'DHP': [104], 'HPI': [105], 'PIT': [106], 'ITC': [107],
                     'TCV': [108], 'CVV': [109], 'VVY': [110, 266], 'VYD':
                     [111], 'YDA': [112], 'DAF': [113], 'AFL': [114], 'FLP':
                     [115], 'LPW': [116], 'PWC': [117], 'WCL': [118], 'CLD':
                     [119], 'LDV': [120], 'DVA': [121], 'VAK': [122], 'AKD':
                     [123], 'KDF': [124], 'DFG': [125], 'FGL': [126], 'GLV':
                     [127], 'LVA': [128], 'VAA': [129], 'AAP': [130], 'APF':
                     [131], 'PFF': [132], 'FFT': [133], 'FTQ': [134], 'TQT':
                     [135], 'QTC': [136], 'TCA': [137], 'CAV': [138], 'AVN':
                     [139], 'VNY': [140], 'NYI': [141], 'YIY': [142], 'IYY':
                     [143], 'YYL': [144], 'YLA': [145], 'LAY': [146], 'AYQ':
                     [147], 'YQE': [148], 'QEK': [149], 'EKL': [150, 203],
                     'KLE': [151, 204], 'LEL': [152], 'ELP': [153], 'LPI':
                     [154], 'PID': [155], 'IDG': [156], 'DGL': [157], 'GLT':
                     [158], 'LTF': [159], 'TFL': [160], 'FLE': [161], 'LEP':
                     [162], 'EPQ': [163], 'PQD': [164], 'QDL': [165], 'DLP':
                     [166], 'LPS': [167, 226, 306], 'PSF': [168], 'SFL': [169],
                     'FLS': [170], 'LSV': [171], 'SVP': [172], 'VPG': [173],
                     'PGS': [174], 'GSY': [175], 'SYP': [176], 'YPA': [177],
                     'PAY': [178], 'AYH': [179], 'YHE': [180], 'HEM': [181],
                     'EMV': [182], 'MVL': [183], 'VLN': [184], 'LNQ': [185],
                     'NQF': [186], 'QFS': [187], 'FSN': [188], 'SNL': [189],
                     'NLG': [190], 'LGK': [191], 'GKA': [192], 'KAN': [193],
                     'ANF': [194], 'NFV': [195], 'FVL': [196], 'VLV': [197],
                     'LVN': [198], 'VNV': [199], 'NVF': [200], 'VFE': [201],
                     'FEK': [202], 'LEV': [205, 328], 'EVK': [206], 'VKE': [207,
                     414], 'KET': [208], 'ETE': [209], 'TEL': [210], 'ELL':
                     [211], 'LSR': [213], 'SRV': [214], 'RVC': [215], 'VCP':
                     [216], 'CPL': [217], 'PLL': [218], 'LLT': [219], 'LTV':
                     [220], 'VGP': [222], 'GPT': [223], 'PTL': [224], 'TLP':
                     [225], 'PSL': [227], 'SLY': [228], 'LYL': [229], 'YLD':
                     [230], 'LDK': [231], 'DKR': [232], 'KRI': [233], 'RIK':
                     [234], 'KTD': [236], 'TDE': [237], 'DEN': [238], 'ENY':
                     [239], 'NYD': [240], 'YDL': [241], 'DLM': [242], 'LML':
                     [243], 'MLF': [244], 'LFD': [245], 'FDP': [246], 'DPK':
                     [247], 'PKG': [248, 262], 'KGV': [249], 'GVE': [250],
                     'VES': [251], 'ESC': [252], 'SCK': [253], 'CKD': [254],
                     'KDW': [255], 'DWL': [256], 'WLN': [257], 'LNE': [258],
                     'NER': [259], 'ERP': [260], 'RPK': [261], 'KGS': [263],
                     'SVV': [265], 'VYV': [267], 'YVA': [268], 'VAF': [269],
                     'AFG': [270], 'FGS': [271], 'GSL': [272], 'LAE': [274,
                     429], 'AEL': [275], 'ELC': [276], 'LCN': [277], 'CNA':
                     [278], 'NAQ': [279], 'AQM': [280], 'QME': [281], 'MEE':
                     [282], 'EEL': [283], 'ELA': [284], 'LAW': [285], 'AWA':
                     [286], 'WAL': [287], 'ALS': [288], 'SKF': [290], 'KFS':
                     [291], 'FSF': [292], 'SFI': [293], 'FIW': [294], 'IWV':
                     [295], 'WVV': [296], 'VVR': [297], 'VRD': [298], 'RDS':
                     [299], 'DSE': [300], 'SEE': [301], 'EET': [302], 'ETK':
                     [303], 'TKL': [304], 'KLP': [305], 'PSG': [307], 'SGF':
                     [308], 'GFA': [309], 'FAE': [310], 'ESL': [312], 'SLV':
                     [313], 'LVK': [314], 'VKD': [315], 'KDK': [316], 'DKA':
                     [317], 'KAL': [318], 'ALV': [319], 'LVV': [320], 'VVK':
                     [321], 'VKW': [322], 'KWS': [323], 'WSP': [324], 'SPQ':
                     [325], 'PQL': [326], 'QLE': [327], 'EVL': [329], 'VLS':
                     [330], 'LSN': [331], 'SNR': [332], 'NRA': [333], 'RAI':
                     [334], 'AIG': [335], 'IGC': [336], 'GCF': [337], 'CFL':
                     [338], 'FLT': [339], 'LTH': [340], 'THC': [341], 'HCG':
                     [342], 'CGW': [343], 'GWN': [344], 'WNS': [345], 'NST':
                     [346], 'STM': [347], 'TME': [348], 'MEA': [349], 'EAV':
                     [350], 'AVS': [351], 'SLG': [353], 'GVP': [355], 'VPM':
                     [356], 'PMV': [357], 'MVA': [358], 'VAM': [359], 'AMP':
                     [360], 'MPQ': [361], 'PQW': [362], 'QWT': [363], 'WTD':
                     [364], 'TDQ': [365], 'DQP': [366], 'QPT': [367], 'PTN':
                     [368], 'TNA': [369], 'NAK': [370, 417], 'AKY': [371],
                     'KYV': [372], 'YVE': [373], 'VED': [374], 'EDV': [375],
                     'DVW': [376], 'VWK': [377], 'WKV': [378], 'KVG': [379],
                     'VGI': [380], 'GIC': [381], 'ICV': [382], 'CVK': [383],
                     'VKA': [384], 'KAD': [385], 'ADE': [386], 'DEE': [387],
                     'EEN': [388], 'ENG': [389], 'NGI': [390], 'GIV': [391],
                     'IVK': [392], 'VKR': [393], 'KRE': [394], 'REE': [395],
                     'EEI': [396], 'EIE': [397], 'IEF': [398], 'EFC': [399],
                     'FCI': [400], 'CIK': [401], 'IKE': [402], 'KEV': [403],
                     'EVM': [404], 'VME': [405], 'MEG': [406], 'EGE': [407],
                     'GER': [408], 'ERS': [409], 'RSR': [410], 'SRG': [411],
                     'RGV': [412], 'GVK': [413], 'KEN': [415], 'ENA': [416],
                     'AKK': [418], 'KKW': [419], 'KWR': [420], 'WRD': [421],
                     'RDL': [422], 'DLA': [423], 'LAV': [424], 'AVE': [425],
                     'VEA': [426], 'EAL': [427], 'ALA': [428], 'AEG': [430],
                     'EGG': [431], 'GGT': [432], 'GTS': [433], 'TSD': [434],
                     'SDV': [435], 'DVN': [436], 'VNI': [437], 'NID': [438],
                     'IDT': [439], 'DTL': [440], 'TLV': [441], 'LVS': [442],
                     'VSA': [443], 'SAC': [444]}"
                     /ripp_evidence="{}"
                     /top_kmer_word="LPS"
                     /top_kmer_hits=167
                     /top_kmer_hits=226
                     /top_kmer_hits=306
                     /table="LPS"
                     /table="LPS"
                     /table="LPS"
                     /subgroup_hmm="L_ester-forming (E=1.8e-193,
                     bitscore=633.8);L (E=3.7e-163,
                     bitscore=534.0);L_flavonoid-5-O- (E=6.4e-122,
                     bitscore=398.3)"
                     /subgroup_tree="{('L_ester-forming',): 1}"
                     /subgroup="L_ester-forming"
                     /substrates="carboxyl"
     gene            complement(6125..9182)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(6125..6260)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(6376..6500)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(6590..6675)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(6763..6884)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(6991..7053)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(7170..7249)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(7522..7642)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(7783..7868)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(8013..8117)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(8231..8305)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(8524..8597)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     exon            complement(8648..9182)
                     /gene="LOC104802339"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 4 Proteins, and 97% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /pseudo=""
                     /db_xref="GeneID:104802339"
     gene            complement(9688..11864)
                     /gene="LOC104802341"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /db_xref="GeneID:104802341"
     mRNA            complement(join(9688..10236,10387..10469,10570..10736,
                     10893..11073,11491..11864))
                     /gene="LOC104802341"
                     /product="NADP-dependent alkenal double bond reductase P1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 31 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 57 samples with support for all annotated
                     introns"
                     /transcript_id="XM_010525892.1"
                     /db_xref="GeneID:104802341"
     CDS             complement(join(9858..10236,10387..10469,10570..10736,
                     10893..11073,11491..11760))
                     /gene="LOC104802341"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /codon_start=1
                     /product="NADP-dependent alkenal double bond reductase P1"
                     /protein_id="XP_010524194.1"
                     /db_xref="GeneID:104802341"
                     /translation="MAASTGCGDGGGGATVVNNKQMILRDYATGFVAESDLSVTTAAVE
                     LSVPAGSTAVLVKNLYLSCDPYMGIRMRKPSPSSLALIGAFTPGKPIDGHGVSKVIDSG
                     SPSFKRGDLVYCVVPWEEYSLINPTTGLALKIDHTDIPLSYYTGILGMPGLTAYIGFYE
                     ICSPKKGEYVFISAASGAVGQLVGQFAKMMGCYVVGSAGSKEKVDLLKNRFGFDDAFNY
                     KEEPDLDAALKRCFPEGIDIYFENVGGKILDAVLLSMRIHGRIAVCGNISQYHLEEWEG
                     VRNLTTVIYKRIRMEGFATSDFMCRFSEFVEFMLPLIREGKVTYVEDIVEGLENGPAAL
                     VGLFHGRNLGKQVLMVACE"
                     /domain_record="plants/ADH_zinc_N (E-value: 8.5e-25,
                     bitscore: 86.4, seeds: 84); plants/ADH_N_2 (E-value:
                     3.9e-18, bitscore: 64.5, seeds: 47)"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: ADH_zinc_N (E-value: 8.5e-25,
                     bitscore: 86.4, seeds: 84);ADH_N_2 (E-value: 3.9e-18,
                     bitscore: 64.5, seeds: 47)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity:
                     LOC104802340=29.268,LOC104802342=35.484"
                     /kmer_dict="{'MAA': [0], 'AAS': [1, 176], 'AST': [2],
                     'STG': [3], 'TGC': [4], 'GCG': [5], 'CGD': [6], 'GDG': [7],
                     'DGG': [8], 'GGG': [9, 10], 'GGA': [11], 'GAT': [12],
                     'ATV': [13], 'TVV': [14], 'VVN': [15], 'VNN': [16], 'NNK':
                     [17], 'NKQ': [18], 'KQM': [19], 'QMI': [20], 'MIL': [21],
                     'ILR': [22], 'LRD': [23], 'RDY': [24], 'DYA': [25], 'YAT':
                     [26], 'ATG': [27], 'TGF': [28], 'GFV': [29], 'FVA': [30],
                     'VAE': [31], 'AES': [32], 'ESD': [33], 'SDL': [34], 'DLS':
                     [35], 'LSV': [36, 45], 'SVT': [37], 'VTT': [38], 'TTA':
                     [39], 'TAA': [40], 'AAV': [41], 'AVE': [42], 'VEL': [43],
                     'ELS': [44], 'SVP': [46], 'VPA': [47], 'PAG': [48], 'AGS':
                     [49, 200], 'GST': [50], 'STA': [51], 'TAV': [52], 'AVL':
                     [53, 253], 'VLV': [54], 'LVK': [55], 'VKN': [56], 'KNL':
                     [57], 'NLY': [58], 'LYL': [59], 'YLS': [60], 'LSC': [61],
                     'SCD': [62], 'CDP': [63], 'DPY': [64], 'PYM': [65], 'YMG':
                     [66], 'MGI': [67], 'GIR': [68], 'IRM': [69, 292], 'RMR':
                     [70], 'MRK': [71], 'RKP': [72], 'KPS': [73], 'PSP': [74],
                     'SPS': [75, 104], 'PSS': [76], 'SSL': [77], 'SLA': [78],
                     'LAL': [79, 131], 'ALI': [80], 'LIG': [81], 'IGA': [82],
                     'GAF': [83], 'AFT': [84], 'FTP': [85], 'TPG': [86], 'PGK':
                     [87], 'GKP': [88], 'KPI': [89], 'PID': [90], 'IDG': [91],
                     'DGH': [92], 'GHG': [93], 'HGV': [94], 'GVS': [95], 'VSK':
                     [96], 'SKV': [97], 'KVI': [98], 'VID': [99], 'IDS': [100],
                     'DSG': [101], 'SGS': [102], 'GSP': [103], 'PSF': [105],
                     'SFK': [106], 'FKR': [107], 'KRG': [108], 'RGD': [109],
                     'GDL': [110], 'DLV': [111], 'LVY': [112], 'VYC': [113],
                     'YCV': [114], 'CVV': [115], 'VVP': [116], 'VPW': [117],
                     'PWE': [118], 'WEE': [119], 'EEY': [120], 'EYS': [121],
                     'YSL': [122], 'SLI': [123], 'LIN': [124], 'INP': [125],
                     'NPT': [126], 'PTT': [127], 'TTG': [128], 'TGL': [129],
                     'GLA': [130], 'ALK': [132, 230], 'LKI': [133], 'KID':
                     [134], 'IDH': [135], 'DHT': [136], 'HTD': [137], 'TDI':
                     [138], 'DIP': [139], 'IPL': [140], 'PLS': [141], 'LSY':
                     [142], 'SYY': [143], 'YYT': [144], 'YTG': [145], 'TGI':
                     [146], 'GIL': [147], 'ILG': [148], 'LGM': [149], 'GMP':
                     [150], 'MPG': [151], 'PGL': [152], 'GLT': [153], 'LTA':
                     [154], 'TAY': [155], 'AYI': [156], 'YIG': [157], 'IGF':
                     [158], 'GFY': [159], 'FYE': [160], 'YEI': [161], 'EIC':
                     [162], 'ICS': [163], 'CSP': [164], 'SPK': [165], 'PKK':
                     [166], 'KKG': [167], 'KGE': [168], 'GEY': [169], 'EYV':
                     [170], 'YVF': [171], 'VFI': [172], 'FIS': [173], 'ISA':
                     [174], 'SAA': [175], 'ASG': [177], 'SGA': [178], 'GAV':
                     [179], 'AVG': [180], 'VGQ': [181, 185], 'GQL': [182],
                     'QLV': [183], 'LVG': [184, 339], 'GQF': [186], 'QFA':
                     [187], 'FAK': [188], 'AKM': [189], 'KMM': [190], 'MMG':
                     [191], 'MGC': [192], 'GCY': [193], 'CYV': [194], 'YVV':
                     [195], 'VVG': [196], 'VGS': [197], 'GSA': [198], 'SAG':
                     [199], 'GSK': [201], 'SKE': [202], 'KEK': [203], 'EKV':
                     [204], 'KVD': [205], 'VDL': [206], 'DLL': [207], 'LLK':
                     [208], 'LKN': [209], 'KNR': [210], 'NRF': [211], 'RFG':
                     [212], 'FGF': [213], 'GFD': [214], 'FDD': [215], 'DDA':
                     [216], 'DAF': [217], 'AFN': [218], 'FNY': [219], 'NYK':
                     [220], 'YKE': [221], 'KEE': [222], 'EEP': [223], 'EPD':
                     [224], 'PDL': [225], 'DLD': [226], 'LDA': [227, 251],
                     'DAA': [228], 'AAL': [229, 337], 'LKR': [231], 'KRC':
                     [232], 'RCF': [233], 'CFP': [234], 'FPE': [235], 'PEG':
                     [236], 'EGI': [237], 'GID': [238], 'IDI': [239], 'DIY':
                     [240], 'IYF': [241], 'YFE': [242], 'FEN': [243], 'ENV':
                     [244], 'NVG': [245], 'VGG': [246], 'GGK': [247], 'GKI':
                     [248], 'KIL': [249], 'ILD': [250], 'DAV': [252], 'VLL':
                     [254], 'LLS': [255], 'LSM': [256], 'SMR': [257], 'MRI':
                     [258], 'RIH': [259], 'IHG': [260], 'HGR': [261, 344],
                     'GRI': [262], 'RIA': [263], 'IAV': [264], 'AVC': [265],
                     'VCG': [266], 'CGN': [267], 'GNI': [268], 'NIS': [269],
                     'ISQ': [270], 'SQY': [271], 'QYH': [272], 'YHL': [273],
                     'HLE': [274], 'LEE': [275], 'EEW': [276], 'EWE': [277],
                     'WEG': [278], 'EGV': [279], 'GVR': [280], 'VRN': [281],
                     'RNL': [282, 346], 'NLT': [283], 'LTT': [284], 'TTV':
                     [285], 'TVI': [286], 'VIY': [287], 'IYK': [288], 'YKR':
                     [289], 'KRI': [290], 'RIR': [291], 'RME': [293], 'MEG':
                     [294], 'EGF': [295], 'GFA': [296], 'FAT': [297], 'ATS':
                     [298], 'TSD': [299], 'SDF': [300], 'DFM': [301], 'FMC':
                     [302], 'MCR': [303], 'CRF': [304], 'RFS': [305], 'FSE':
                     [306], 'SEF': [307], 'EFV': [308], 'FVE': [309], 'VEF':
                     [310], 'EFM': [311], 'FML': [312], 'MLP': [313], 'LPL':
                     [314], 'PLI': [315], 'LIR': [316], 'IRE': [317], 'REG':
                     [318], 'EGK': [319], 'GKV': [320], 'KVT': [321], 'VTY':
                     [322], 'TYV': [323], 'YVE': [324], 'VED': [325], 'EDI':
                     [326], 'DIV': [327], 'IVE': [328], 'VEG': [329], 'EGL':
                     [330], 'GLE': [331], 'LEN': [332], 'ENG': [333], 'NGP':
                     [334], 'GPA': [335], 'PAA': [336], 'ALV': [338], 'VGL':
                     [340], 'GLF': [341], 'LFH': [342], 'FHG': [343], 'GRN':
                     [345], 'NLG': [347], 'LGK': [348], 'GKQ': [349], 'KQV':
                     [350], 'QVL': [351], 'VLM': [352], 'LMV': [353], 'MVA':
                     [354], 'VAC': [355]}"
                     /ripp_evidence="{}"
                     /top_kmer_word="AAS"
                     /top_kmer_hits=1
                     /top_kmer_hits=176
                     /table="AAS"
                     /table="AAS"
     gene            complement(12785..15450)
                     /gene="LOC104802342"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /db_xref="GeneID:104802342"
     mRNA            complement(join(12785..13085,13179..13257,13381..13427,
                     13528..13627,13710..13810,13901..13987,14187..14317,
                     15245..15450))
                     /gene="LOC104802342"
                     /product="probable thiol methyltransferase 2"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon. Supporting evidence
                     includes similarity to: 8 Proteins, and 100% coverage of
                     the annotated genomic feature by RNAseq alignments,
                     including 51 samples with support for all annotated
                     introns"
                     /transcript_id="XM_010525893.2"
                     /db_xref="GeneID:104802342"
     CDS             complement(join(13044..13085,13179..13257,13381..13427,
                     13528..13627,13710..13810,13901..13987,14187..14317,
                     15245..15344))
                     /gene="LOC104802342"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /codon_start=1
                     /product="probable thiol methyltransferase 2"
                     /protein_id="XP_010524195.1"
                     /db_xref="GeneID:104802342"
                     /translation="MENSVRAPESDGSGLKLPHQKINLVREFLKEGPGGWEKTWEAGIT
                     PWDLGEATPIVVHLSETGSLPKGRALVPGCGTGYDVVAMACPERHVVGLDLSKTSVERS
                     EKIFSTLPNSKYFSFVAEDFFTWQPPEQFDLVFDYTFLTAFPPDMRQSWGKRVAELLKP
                     GGELITLMFPLDDREGGPPYSISVSDYKEILIPLGFEVVSIEDNELAEGPRKGMEKLGR
                     WKKSSV"
                     /domain_record="plants/TPMT (E-value: 3.2e-48, bitscore:
                     163.4, seeds: 12)"
                     /sec_met="Type: saccharide"
                     /sec_met="Domains detected: TPMT (E-value: 3.2e-48,
                     bitscore: 163.4, seeds: 12)"
                     /sec_met="Kind: biosynthetic"
                     /sec_met="Percentage identity:
                     LOC104802340=38.095,LOC104802341=35.484"
                     /kmer_dict="{'MEN': [0], 'ENS': [1], 'NSV': [2], 'SVR':
                     [3], 'VRA': [4], 'RAP': [5], 'APE': [6], 'PES': [7], 'ESD':
                     [8], 'SDG': [9], 'DGS': [10], 'GSG': [11], 'SGL': [12],
                     'GLK': [13], 'LKL': [14], 'KLP': [15], 'LPH': [16], 'PHQ':
                     [17], 'HQK': [18], 'QKI': [19], 'KIN': [20], 'INL': [21],
                     'NLV': [22], 'LVR': [23], 'VRE': [24], 'REF': [25], 'EFL':
                     [26], 'FLK': [27], 'LKE': [28], 'KEG': [29], 'EGP': [30,
                     210], 'GPG': [31], 'PGG': [32, 162], 'GGW': [33], 'GWE':
                     [34], 'WEK': [35], 'EKT': [36], 'KTW': [37], 'TWE': [38],
                     'WEA': [39], 'EAG': [40], 'AGI': [41], 'GIT': [42], 'ITP':
                     [43], 'TPW': [44], 'PWD': [45], 'WDL': [46], 'DLG': [47],
                     'LGE': [48], 'GEA': [49], 'EAT': [50], 'ATP': [51], 'TPI':
                     [52], 'PIV': [53], 'IVV': [54], 'VVH': [55], 'VHL': [56],
                     'HLS': [57], 'LSE': [58], 'SET': [59], 'ETG': [60], 'TGS':
                     [61], 'GSL': [62], 'SLP': [63], 'LPK': [64], 'PKG': [65],
                     'KGR': [66], 'GRA': [67], 'RAL': [68], 'ALV': [69], 'LVP':
                     [70], 'VPG': [71], 'PGC': [72], 'GCG': [73], 'CGT': [74],
                     'GTG': [75], 'TGY': [76], 'GYD': [77], 'YDV': [78], 'DVV':
                     [79], 'VVA': [80], 'VAM': [81], 'AMA': [82], 'MAC': [83],
                     'ACP': [84], 'CPE': [85], 'PER': [86], 'ERH': [87], 'RHV':
                     [88], 'HVV': [89], 'VVG': [90], 'VGL': [91], 'GLD': [92],
                     'LDL': [93], 'DLS': [94], 'LSK': [95], 'SKT': [96], 'KTS':
                     [97], 'TSV': [98], 'SVE': [99], 'VER': [100], 'ERS': [101],
                     'RSE': [102], 'SEK': [103], 'EKI': [104], 'KIF': [105],
                     'IFS': [106], 'FST': [107], 'STL': [108], 'TLP': [109],
                     'LPN': [110], 'PNS': [111], 'NSK': [112], 'SKY': [113],
                     'KYF': [114], 'YFS': [115], 'FSF': [116], 'SFV': [117],
                     'FVA': [118], 'VAE': [119, 156], 'AED': [120], 'EDF':
                     [121], 'DFF': [122], 'FFT': [123], 'FTW': [124], 'TWQ':
                     [125], 'WQP': [126], 'QPP': [127], 'PPE': [128], 'PEQ':
                     [129], 'EQF': [130], 'QFD': [131], 'FDL': [132], 'DLV':
                     [133], 'LVF': [134], 'VFD': [135], 'FDY': [136], 'DYT':
                     [137], 'YTF': [138], 'TFL': [139], 'FLT': [140], 'LTA':
                     [141], 'TAF': [142], 'AFP': [143], 'FPP': [144], 'PPD':
                     [145], 'PDM': [146], 'DMR': [147], 'MRQ': [148], 'RQS':
                     [149], 'QSW': [150], 'SWG': [151], 'WGK': [152], 'GKR':
                     [153], 'KRV': [154], 'RVA': [155], 'AEL': [157], 'ELL':
                     [158], 'LLK': [159], 'LKP': [160], 'KPG': [161], 'GGE':
                     [163], 'GEL': [164], 'ELI': [165], 'LIT': [166], 'ITL':
                     [167], 'TLM': [168], 'LMF': [169], 'MFP': [170], 'FPL':
                     [171], 'PLD': [172], 'LDD': [173], 'DDR': [174], 'DRE':
                     [175], 'REG': [176], 'EGG': [177], 'GGP': [178], 'GPP':
                     [179], 'PPY': [180], 'PYS': [181], 'YSI': [182], 'SIS':
                     [183], 'ISV': [184], 'SVS': [185], 'VSD': [186], 'SDY':
                     [187], 'DYK': [188], 'YKE': [189], 'KEI': [190], 'EIL':
                     [191], 'ILI': [192], 'LIP': [193], 'IPL': [194], 'PLG':
                     [195], 'LGF': [196], 'GFE': [197], 'FEV': [198], 'EVV':
                     [199], 'VVS': [200], 'VSI': [201], 'SIE': [202], 'IED':
                     [203], 'EDN': [204], 'DNE': [205], 'NEL': [206], 'ELA':
                     [207], 'LAE': [208], 'AEG': [209], 'GPR': [211], 'PRK':
                     [212], 'RKG': [213], 'KGM': [214], 'GME': [215], 'MEK':
                     [216], 'EKL': [217], 'KLG': [218], 'LGR': [219], 'GRW':
                     [220], 'RWK': [221], 'WKK': [222], 'KKS': [223], 'KSS':
                     [224]}"
                     /ripp_evidence="{}"
                     /top_kmer_word="EGP"
                     /top_kmer_hits=30
                     /top_kmer_hits=210
                     /table="EGP"
                     /table="EGP"
     gene            complement(15949..18689)
                     /gene="LOC104802345"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /db_xref="GeneID:104802345"
     mRNA            complement(join(15949..16283,16447..16505,16596..16745,
                     16867..16983,17117..17299,18299..18689))
                     /gene="LOC104802345"
                     /product="uncharacterized LOC104802345"
                     /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 53 samples with support for all annotated
                     introns"
                     /transcript_id="XM_010525895.1"
                     /db_xref="GeneID:104802345"
     CDS             complement(join(16148..16283,16447..16505,16596..16745,
                     16867..16983,17117..17299,18299..18526))
                     /gene="LOC104802345"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Gnomon."
                     /codon_start=1
                     /product="uncharacterized protein LOC104802345"
                     /protein_id="XP_010524197.1"
                     /db_xref="GeneID:104802345"
                     /translation="MSSALPLSHLLPLSTSLRSLPPDSYSPSSLRSTNPNFCRRRSASS
                     SSSSSSSSSSQSHSHAEPFPGRRRSSPSVPMCFPEHMRDQDDLENWRNIECVLESDEGT
                     GIRIPSQAQSLVEGSGSVVVSEVKPIPDVDYIQELLAIQQQGPRSIGFFGTRNMGFMHQ
                     ELIEILSYAMVITKNHIYTSGASGTNAAVIRGALRAEKPELLTVILPQSLEKQPPESQE
                     LLAKVKNVIEKPHNDHLPLIEASRLCNMDIISQVQQVICFAFHDSKLLMETCQEAKNLR
                     KIVTLFYLD"
                     /kmer_dict="{'MSS': [0], 'SSA': [1], 'SAL': [2], 'ALP':
                     [3], 'LPL': [4, 10, 238], 'PLS': [5, 11], 'LSH': [6],
                     'SHL': [7], 'HLL': [8], 'LLP': [9], 'LST': [12], 'STS':
                     [13], 'TSL': [14], 'SLR': [15, 28], 'LRS': [16, 29], 'RSL':
                     [17], 'SLP': [18], 'LPP': [19], 'PPD': [20], 'PDS': [21],
                     'DSY': [22], 'SYS': [23], 'YSP': [24], 'SPS': [25, 70],
                     'PSS': [26], 'SSL': [27], 'RST': [30], 'STN': [31], 'TNP':
                     [32], 'NPN': [33], 'PNF': [34], 'NFC': [35], 'FCR': [36],
                     'CRR': [37], 'RRR': [38, 66], 'RRS': [39, 67], 'RSA': [40],
                     'SAS': [41], 'ASS': [42], 'SSS': [43, 44, 45, 46, 47, 48,
                     49, 50, 51, 52], 'SSQ': [53], 'SQS': [54], 'QSH': [55],
                     'SHS': [56], 'HSH': [57], 'SHA': [58], 'HAE': [59], 'AEP':
                     [60], 'EPF': [61], 'PFP': [62], 'FPG': [63], 'PGR': [64],
                     'GRR': [65], 'RSS': [68], 'SSP': [69], 'PSV': [71], 'SVP':
                     [72], 'VPM': [73], 'PMC': [74], 'MCF': [75], 'CFP': [76],
                     'FPE': [77], 'PEH': [78], 'EHM': [79], 'HMR': [80], 'MRD':
                     [81], 'RDQ': [82], 'DQD': [83], 'QDD': [84], 'DDL': [85],
                     'DLE': [86], 'LEN': [87], 'ENW': [88], 'NWR': [89], 'WRN':
                     [90], 'RNI': [91], 'NIE': [92], 'IEC': [93], 'ECV': [94],
                     'CVL': [95], 'VLE': [96], 'LES': [97], 'ESD': [98], 'SDE':
                     [99], 'DEG': [100], 'EGT': [101], 'GTG': [102], 'TGI':
                     [103], 'GIR': [104], 'IRI': [105], 'RIP': [106], 'IPS':
                     [107], 'PSQ': [108], 'SQA': [109], 'QAQ': [110], 'AQS':
                     [111], 'QSL': [112, 210], 'SLV': [113], 'LVE': [114],
                     'VEG': [115], 'EGS': [116], 'GSG': [117], 'SGS': [118],
                     'GSV': [119], 'SVV': [120], 'VVV': [121], 'VVS': [122],
                     'VSE': [123], 'SEV': [124], 'EVK': [125], 'VKP': [126],
                     'KPI': [127], 'PIP': [128], 'IPD': [129], 'PDV': [130],
                     'DVD': [131], 'VDY': [132], 'DYI': [133], 'YIQ': [134],
                     'IQE': [135], 'QEL': [136, 162, 220], 'ELL': [137, 202,
                     221], 'LLA': [138, 222], 'LAI': [139], 'AIQ': [140], 'IQQ':
                     [141], 'QQQ': [142], 'QQG': [143], 'QGP': [144], 'GPR':
                     [145], 'PRS': [146], 'RSI': [147], 'SIG': [148], 'IGF':
                     [149], 'GFF': [150], 'FFG': [151], 'FGT': [152], 'GTR':
                     [153], 'TRN': [154], 'RNM': [155], 'NMG': [156], 'MGF':
                     [157], 'GFM': [158], 'FMH': [159], 'MHQ': [160], 'HQE':
                     [161], 'ELI': [163], 'LIE': [164, 240], 'IEI': [165],
                     'EIL': [166], 'ILS': [167], 'LSY': [168], 'SYA': [169],
                     'YAM': [170], 'AMV': [171], 'MVI': [172], 'VIT': [173],
                     'ITK': [174], 'TKN': [175], 'KNH': [176], 'NHI': [177],
                     'HIY': [178], 'IYT': [179], 'YTS': [180], 'TSG': [181],
                     'SGA': [182], 'GAS': [183], 'ASG': [184], 'SGT': [185],
                     'GTN': [186], 'TNA': [187], 'NAA': [188], 'AAV': [189],
                     'AVI': [190], 'VIR': [191], 'IRG': [192], 'RGA': [193],
                     'GAL': [194], 'ALR': [195], 'LRA': [196], 'RAE': [197],
                     'AEK': [198], 'EKP': [199, 231], 'KPE': [200], 'PEL':
                     [201], 'LLT': [203], 'LTV': [204], 'TVI': [205], 'VIL':
                     [206], 'ILP': [207], 'LPQ': [208], 'PQS': [209], 'SLE':
                     [211], 'LEK': [212], 'EKQ': [213], 'KQP': [214], 'QPP':
                     [215], 'PPE': [216], 'PES': [217], 'ESQ': [218], 'SQE':
                     [219], 'LAK': [223], 'AKV': [224], 'KVK': [225], 'VKN':
                     [226], 'KNV': [227], 'NVI': [228], 'VIE': [229], 'IEK':
                     [230], 'KPH': [232], 'PHN': [233], 'HND': [234], 'NDH':
                     [235], 'DHL': [236], 'HLP': [237], 'PLI': [239], 'IEA':
                     [241], 'EAS': [242], 'ASR': [243], 'SRL': [244], 'RLC':
                     [245], 'LCN': [246], 'CNM': [247], 'NMD': [248], 'MDI':
                     [249], 'DII': [250], 'IIS': [251], 'ISQ': [252], 'SQV':
                     [253], 'QVQ': [254], 'VQQ': [255], 'QQV': [256], 'QVI':
                     [257], 'VIC': [258], 'ICF': [259], 'CFA': [260], 'FAF':
                     [261], 'AFH': [262], 'FHD': [263], 'HDS': [264], 'DSK':
                     [265], 'SKL': [266], 'KLL': [267], 'LLM': [268], 'LME':
                     [269], 'MET': [270], 'ETC': [271], 'TCQ': [272], 'CQE':
                     [273], 'QEA': [274], 'EAK': [275], 'AKN': [276], 'KNL':
                     [277], 'NLR': [278], 'LRK': [279], 'RKI': [280], 'KIV':
                     [281], 'IVT': [282], 'VTL': [283], 'TLF': [284], 'LFY':
                     [285], 'FYL': [286]}"
                     /ripp_evidence="{}"
                     /top_kmer_word="SSS"
                     /top_kmer_hits=43
                     /top_kmer_hits=44
                     /top_kmer_hits=45
                     /top_kmer_hits=46
                     /top_kmer_hits=47
                     /top_kmer_hits=48
                     /top_kmer_hits=49
                     /top_kmer_hits=50
                     /top_kmer_hits=51
                     /top_kmer_hits=52
                     /table
                     /has_repeat=False
ORIGIN
        1 cgagaacgat taggccaaga accctgagaa gccagcttat ggccttgagg gtagccataa
       61 atcttgaagc aacgcgaaat attgtgccct aacataccgc aatgggtaca tagaggacga
      121 ggacgagtct gttgcttggc atcatagggc attttctgac gaccagtaga agagtgcact
      181 tgaaaggcga caggatctga aggagcaatg aggcgttgtt gttcttcctg agcaatgagg
      241 ttgtaggctt tgctgatatc aggaagaggt ttcatcatca aaatctgacg ccgagttgga
      301 gtataagatt catttaacct cattaaaaat cgaacaacat tcctcctgtc acacagctcc
      361 tgccagcgtg tagataagcc acaagagcag ccattgcagg tacatgtggg aagcggctca
      421 tgattcttga gttcctccca aagagatgtc aatcgtgtga aatacgcatt tagatccaac
      481 gagccttgat ggagaacatc aatctgctgt tgaatgtggt agagtttgga cacattcttc
      541 agcttgaatc gattctccag attcacccag atatcccgag cattatcgta gtagacaata
      601 aggctagaga tatcgggaga cacggcattg ttcaaccaag tggaaacgag gtcgttgcac
      661 cgagactaga gattatgatc tgcatgatct gaaggtggtt tcagtataga accatcgata
      721 aagccaagct tattcttggc attcaaggct ttgagcattg aacgtgccca aatattgtaa
      781 ttcgaagctc caagtaattt atcggagatc aacgatacac tagaagtatc ggcagcatga
      841 agaaaaagcg gattcgaata tgggtcaagg gtggatggaa gaacagaaga gactgcaggg
      901 gaagctgcag aaggagccga agcaggagaa gatgtggctg agtgatcaga catagtgaat
      961 taaaaaaaat atcaaaggga ataaatgtcg aagtgaagaa agtagaagac aaaagcagtc
     1021 ggagcaatag attcactctg ataccatgtc aataaactga gatctgtatg cttggaaata
     1081 tagtagagga aaggaactct gttttcttat tcaaacccat gcgaagatac atacatttat
     1141 acataaggaa ataaaccaac tatcctatat aaaaggaata agatatatac gaatataaac
     1201 aatatagcag atcaaaatct ggtagtttag atactatatt gtaacattct gcaacaggca
     1261 tgtttcccaa tctgtgagta aagtataagg ctgagtaggg agaaattttt cggttacctt
     1321 gacaacacag gactcgaaga ggcagatttg tatgccaagt ggggtgaaat ccggtggcaa
     1381 aggaggagag agtgaaagac gacggtggtg agcggcggcc gaagaggagt ggtccgacga
     1441 ggggaggaga gggagaggaa gaggccgacg gtgaagagaa tgacgcccgg agaagatgga
     1501 tttctcgaag aagagggatg accggaggag gaggaacgtc ggaaaatgtc ggagagtaaa
     1561 gggggatgct cgccggtaaa aaaaggttgc tcgaccaagt gaggttcgag cgcgtttttt
     1621 gaaattccct ccgactagcc gagcagttac atggatcttt atgagcgagt gattgctgac
     1681 acgtgtcaac atgtaatgct ctaacattaa ttttccacaa attaaaatta aaattaaaat
     1741 taaatcgcta ggttttttct ctccattaaa ccacttcgta atttgcagcc ctctcgcacg
     1801 cgttggcgct cctgaaagat ctaacgaacg gaggtatcgg atttcttatt attcgctgtt
     1861 tgttgtcctg aaagatctaa cgaacggagg tatcggattt cttattattc gctgtttgtt
     1921 gtccgattcg aggttctatt tcagagtttg gctttatcaa tcgatgtaga aattccaaaa
     1981 tttgtttgag ctcgttcaag aaatttccgg aatctctctc tcctgttggg tcgaagtttg
     2041 gggcttttag ggtttagggt ttgtgtggtt ttgagagatt gttgcaatcc ttagattttt
     2101 ctctttcgat cttttcctct gctctctgtg attatgcttt caagcggttt atgtaattct
     2161 cctgacttct gggttgcgga ctcttgacgg acgttcggtt gtggttacat gagcggggga
     2221 gcgaatctca gaagtgttaa tttgacagct gatatgtttc atgtctcctg agttgtagat
     2281 tcttacgaac ttttcttaaa gttttcgcct tttgggaaat tttgggcgac tcatttgatt
     2341 agatcttgtg tttgcagttc ctccacaagg gataatcaga ttttggttat agaacagact
     2401 cagaagatga gtgcagctgg agagaaagct tctggaacca caaaaactcc cgcagatttc
     2461 cttaagtcaa tccgtgggag acctgtggtc gtgaaactga attcgggtgt tgattaccga
     2521 ggtattgttt tctaattcca ttgttctccg cttaaaatgc ccttcggtga gatatctttc
     2581 tttagtttca gtggtgaagc tattgcaatc tatgtgttca cttttgcact tagggtttag
     2641 agattttgac ttaaggcata tctgttttcg atgttgatga gattaatgag atttgattgt
     2701 gcttttctca tcaagaactc gccggttatc ctgttcaatc ctctatggaa aaggtcgttc
     2761 tgtttaccat gttgacgaga ctaatgagct ttgctattgg tctcctgcac ggttctgcta
     2821 ttttttttat tggctcttca gggtttcaca cgatgtaact aaatatgtca tgtataatgc
     2881 caaaagatgc gttataatac ctttttctct gtgtgcttag gctaataaag taacgtcctt
     2941 ctcgtgaaca caacactaat acaatttttt ttccaaactt gtatgtctta ttccctgatt
     3001 cagtttttag cattgtatgt gagcattttg agttattttt cttcatactt gattaagaaa
     3061 aaggtgcttt caaccatgta tgtaggcatt ctggcttgtc ttgatggcta catgaacata
     3121 gcgatggagc agaccgagga atatgtaaat ggacagctga agaacaaata cggtgatgct
     3181 ttcatccgtg gaaacaacgg caagtacatc ataaatcatt cttttcacgt tcacatacgc
     3241 atcttttctt cataaatcat tcttttcaaa ctgtatctga atgttttttt aacgggcttg
     3301 ttcggtgcag ttctttacat cagcacaaca aagaggacat tggcagatgg agcctagact
     3361 cgatgtttgt tatcagtggc catttttatc attctctgat gctttcgtct gaaacagctt
     3421 ttgcactttg acctctataa catttttggg ctgctggagt ctatcacctc cggtagaacc
     3481 gtaattttca agcctacgtt tgataaaaat gaatgtgatt cgaccataaa tggcgcccat
     3541 caggtggtca ctgcccacat tctggtctgc agtgactagt gctttccatg ttcaagatcc
     3601 aattgattcc atataaatgt atgactatgg gtcaatcatc aacgtgccgt atacattttt
     3661 agcagtggac catgttctgt cgacgacttc tgaaacagca gaagccgtaa ggaatctgat
     3721 ttcatcctcc tctcctaaac aatcctccaa atactatgcg acttgggttt tttttctttc
     3781 attcatttct ctatctagat gatctcgata tgatgcatta agagtgtggt cttagtcatt
     3841 tagtgattgg actttggtag ctggaacata aatttacaga cagaaacaac caccagtgtt
     3901 ccgacaaccc aatcacttgt attgtctact gacgacactt tcatgtggtg cggatctttg
     3961 atgttgccag agaattcggc tctaaaatct gctctgtttt ttttttttgg acagtgttgt
     4021 gccgtttact gtgtgtataa ttcttaccca ccaagtaaca cctgcaactc caccgttgat
     4081 ggagaaaatg acatagaaag ttgcggtggg catttatcca tagaagccgt aatgagattt
     4141 gtgtttgacg ctcgagaaaa catgtggaga cagttgagtc tttaatcttt gtaagtgaaa
     4201 tatccttcac gtgtcccaca tccatcaata acattgtccc acatcggaaa atgagttttg
     4261 attttattgg gtatgtttat aacaaagcag attcagcaaa attctatcat ttgagagaga
     4321 gagatggaga aggaggagga gagagggcac atattgggag tggcatatcc aacgcaaggg
     4381 cacatatctc caatccacca actctgcaaa agactccttt ccaaaggcat caaaaccaca
     4441 ctcaccctca ccaccttcgc ccacacctcc atcagcccta acccaccaca cggctctgtc
     4501 tccttagcca ccttctccga cggcttcgac catggcggca tctccgccgc cgaaagcatc
     4561 caccactatc tccgccgttt ccagaccgtc ggctcccaga ccttggccca agtcatcaga
     4621 cagcaccaga gttccgacca ccccatcacc tgtgtcgtct acgacgcttt cctgccgtgg
     4681 tgtcttgatg tggccaagga cttcggtctc gtcgccgctc ctttcttcac ccaaacctgt
     4741 gccgttaatt acatttacta tctcgcttac caggaaaaac tcgagctccc cattgatggg
     4801 ttgacctttc ttgagcccca agatttgcct tcttttctct ccgtccctgg gtcttaccct
     4861 gcgtaccacg agatggttct gaatcagttc tcgaacttag gaaaagccaa tttcgttctc
     4921 gttaacgtct tcgagaagct ggaagttaag gtacgtcttt tgttctttac tgtttatgca
     4981 tcatgtccta actctgatct cgtcctctga ttcgccgaca ggagacggag ttgctgtcca
     5041 gagtctgtcc actcttgact gtaggcccga ccttgccgtc gttgtactta gacaaacgaa
     5101 taaaaacaga tgaaaactac gatctgatgc tattcgatcc taaaggcgtg gaatcctgca
     5161 aagactggct gaacgagagg ccgaaagggt ccgtggttta cgtggccttt ggaagcctgg
     5221 ccgagctctg caacgcgcag atggaggagc ttgcttgggc gttaagcaaa ttcagtttca
     5281 tttgggttgt cagagattcc gaagagacaa aactaccgtc cggtttcgca gaatcactgg
     5341 tcaaagacaa ggctctggtc gtgaagtgga gtccccagct cgaagtgttg tcaaacagag
     5401 caatagggtg ttttctgaca cactgtggat ggaactcgac aatggaggcc gtaagcttag
     5461 gggtaccaat ggtggcaatg ccccaatgga cggaccaacc cacgaatgca aagtacgtag
     5521 aagatgtctg gaaggtcggg atttgcgtga aggcggatga ggagaacggg atcgtgaaga
     5581 gagaagagat cgagttctgt ataaaggaag taatggaagg agagaggagc agaggtgtga
     5641 aggagaatgc aaagaaatgg agagatttgg ctgtggaagc tctcgcagaa ggaggcactt
     5701 ccgatgttaa catcgacaca ttggtttctg catgtctgta acaactgtta caactagtta
     5761 ttaagtatga agtgttcttg aataatgtga atcttcttct gttccatttg aaaaaactga
     5821 aatttgagca caatcttatg agatgttttt ttttttgctg acaaatactc ggaaacgtaa
     5881 gaaaagaaac aacggctcgt gttttttttt tttttttttt ttttgcgaca aactgtacag
     5941 atcgagagag tgatgcccat catccttccg atcatgtttt ctctcgggtt gtttcagatt
     6001 tgatcttgga atcgcccttc atttcctgca aacagcttga attgttcata tttcagatga
     6061 tacaattggc ataaaaagct ctaagctttc tagctgaatc tgaagaatgg aggagaagat
     6121 gttcttacca gggaagcttg aacgtgtctt tccaccatcc ctgtttagag cagcttgaga
     6181 ctattttctc gagccgtaag ataatctcgg agaatgtcgg cctgacaacg acatccgggt
     6241 gccaacactc ctcaatcaac cttcagattt ttcgtatcaa cggaatagaa aagcgatgtt
     6301 taggttcaag ctcgagcatt ttctgtgtta tgaatcattt ttaagaagcg catcttgaaa
     6361 ccggttttag cttactcttt caaatctgga ggataacttc tcgttttcgt cctgatggtc
     6421 ggtctctttc cttctaaaca cataattttc gctacctcat ccggaggttt tggatggaac
     6481 agctgcactc cctcggtcat ctgaacatat gcaaaaccat tgcaatgtag ggttcatctt
     6541 cttatccgtg gttttggttt aagtagtgaa atcaagatag gatgtctacc tcgtacaaaa
     6601 tgatgccaaa tgaatgcaca tcgacctttc tatcgaatac ttcatccctg tagatctcag
     6661 gcgctacgta ataatctgca attttttagg aatcaattca atggtcacac cctttgtgga
     6721 aaaaaaagtg ataggaagtt ccatcatatg aacactactt actcgagaga tctatacgcg
     6781 cctcgtggtt aagtacttga gctttgtctg gggaaatttt agatagcctt atcagaccaa
     6841 atccggaaat cttcatctgg cctcccctat ccagcaaaat atttctggca ccttacgaaa
     6901 aatttcaaat attaataaac tgagaatctc aaaatccaag ttcaactgct tcggcatgtc
     6961 tgatctaact tttgctttcg gctgtcttac tttggcttta aatcgcaatg gatgattggg
     7021 tctggtttac attcgtggag gtaattcatg cccctgatac cggaaaacca aaagaaaata
     7081 ttggatggga tattgtaaga tgggcacggc ggtactcatt tggttaaaat gtggaacctt
     7141 agaagcaatc acaaggaaat ttaacatgcc tggcaatatc aagagcaaat cttagggcct
     7201 tggatgggga gacgcgtcct ttcttttgga gatataaacc tagatccccc tgaaaattca
     7261 ccattactgc agtatcagaa ttatcagaat tcaaaggcgg tatttttcga cttagtcagg
     7321 gatgccaaaa gtatcagaaa gaatatagga cacacacaga agagaatcaa gatgatcaac
     7381 gaatgaaaaa cttcaaagct tttttccatg gatatcaact aacttccgag aaaaagagaa
     7441 caaaggggaa ggctatcatt taacaaggct caaactttat ccaagaattc cattgattga
     7501 atagagaaga ggaaatctta ctttggggtt atactccact ataatcatca tggggatatt
     7561 ctgagtgacg gctccaacaa actggatgat atttggatga cggacctttt ctagcaatgt
     7621 caattcatgt ttgaaagcgt ttctgctcaa gtcgaaaaag cagatgagaa cgtttgtatt
     7681 agctttaatg ggggaattgg gaagatagaa cggggcattg cttagacaac atactctaag
     7741 atcattcaaa tatacatcag aaggaacaag aaggatgcat acatgcgctc cgggtctgag
     7801 tagctgtcct tgtcgagtat ttttaccgaa acccttgtgc cattccattt gcccacttga
     7861 tatactccct acaaaggagt accattactt tgaaagttca gattcttcaa acttctcaca
     7921 ttgtcacttg atcaatcctc catttggtca ttcatatgcc ttatgggata cagtctttaa
     7981 ccaaaaggca aagacatcga caaagaactt gcctttgaga tgccatcaga cttccggacc
     8041 tgaagctcta acgggttaag ctcgtactcg ggaacctctc gtggattagc cacagtcatc
     8101 ggtgtcttcc tggttttcta aatttaagca aacatgtgag aatgaagcat tcaatccaac
     8161 aaatgcagaa caggtgctaa gaccaatcct catcaagaaa ctgagaaatc aaaaagtgtt
     8221 aacatcgtac cggaacttta gctcctcggg ccttcaagat attgtaaact tccacattcc
     8281 cataatactt tgcatcagca gcagcctaca cgatcatcca taaaagttca tagtctaaca
     8341 gaaagagatc gctgcattgt tctttatcca aagcaatcga ctttgaaagt ggaaacacaa
     8401 atgatttgat ctagaaaact tgaaatcaag gagacagagc tgcccattgt tcacattcca
     8461 aacatcaatc caatagaatt tgacaacaga aacgagggtg aatcgggaaa tccaaaaaca
     8521 gaccgtgctt ccccatcgat cgcgagcatc gatgttggcc ttcctgctat ttcagatgat
     8581 acaattggca taaaaagctc taagctttct agctgaatct gaagaatgga ggagaagatg
     8641 ttcttaccag cggcaatgtg gagcgccgta cggccgtcga ggtcgatgct attaacatcg
     8701 atgccgtcgt cgagaagctc atcgacgcct ctgaaatcgc ccttgctcgc catgaaaagg
     8761 agctgcatcg tggaatcgag gttctccgga accgccaatg gctcaccgtt ggattcgggg
     8821 ctccggcgga tcggatcgag cgacgactgc cggccgaagc tgaatcgcat gttgttccgg
     8881 cgaggatcga gcgacgactg acgcgtgaac tgacgactca gcgtccgacg cagcgatccc
     8941 gtcgagaact gccgcgagat cccgcgcttc agctgcgccg cgatgttctc catgatcgac
     9001 cgtaactctc tatcgctcta tcaaaaccca gtaattttca ggaccagaat cgatgaatcc
     9061 gaggatcaaa cccacattgc atcatggaga cgtagtcaac gggtacgaag gggaagagga
     9121 agaggaagaa gacgaagaat gaaggaagga aggagggaac gatgaggatc cgttattttc
     9181 cgctttgttt gttatttaat gttttgtaat ggtttttttt ttctgttata agaaaaagaa
     9241 tctcaaattt ggcattcaat tatccaattg aaaattgacc aaaaaaaaca agggtttacc
     9301 ttataattct cattctattt attcatttct acaccaaaac atttttaaaa gtttgtcaga
     9361 tttttttttt taatttggaa aaaaaaatgg gatacaaata tgcaagaaaa tttttaacat
     9421 ttttttatat aatggaagga caactaaagg agatgctgat tgattgggtc gttgtctagt
     9481 atcaatcacc cattcatatt tgtgatgccc cacccaccac tcatttatgc cttccaaatt
     9541 ccaatccaat gtcatttttc atttcccttt atttttattt tctcaatcca tcattttctc
     9601 ccacaaaaat atttaagctc taatttcagc ccacacacac acacacacac acatatatat
     9661 atatatgtat gtatgtacac aaacacacga agaaatgagt ttaaaacccc atagtttgga
     9721 aataagacat acagaataac ttccaaaggc atatttagtc aattacagtc caagaaaaca
     9781 ggacagaggg agaacagagc ttgaaaagat gaagatccaa ttacctgtcg aggaagaaac
     9841 acaaacgata agtgacgtca ctcacacgcg accatgagaa cttgcttccc aaggtttctt
     9901 ccatggaaga gtcctaccag agcagcgggg ccattctcga gtccttcaac tatgtcctcc
     9961 acataggtta cctttccttc tcttatgagc ggaagcatga actctacaaa ctcggagaat
    10021 ctgcacatga aatctgaggt ggcgaatcct tccattcgga ttctcttgta aatgacagtg
    10081 gtcaggttgc gaacgccttc ccattcttcg agatggtact gagagatgtt tccgcataca
    10141 gcaatgcggc catggattct catgcttaga agcactgcgt ccagtatttt gcctcccacg
    10201 ttctcaaagt atatgtctat gccttcaggg aaacacctgg aaacattatt atatatcaga
    10261 aattcaggat caagattctg cagtgttcat aaacgctgac tctatggtcg acaaaatcaa
    10321 aatctacatt aggggagtca cttggttggt aagtcttaac agttgttaca agcattgttt
    10381 actgacctct ttaaggcagc atcaagatca ggctcttcct tgtagttaaa cgcgtcatca
    10441 aacccaaatc tgttcttcag gagatcgacc ttataaaacc aaaaaagccg agtgaaaaaa
    10501 ggtaagttca ctctcatgaa tgggattgca atggagatac atgatccgat aaagagaagc
    10561 tgaaccgacc ttttctttac ttccagcact tcctacgacg taacagccca tcatcttagc
    10621 aaactgaccc acaagctgac caactgcacc agatgctgcc gatataaaca catattctcc
    10681 tttcttagga gaacagattt cgtagaaccc gatgtaggca gtgagacccg gcatacctgt
    10741 tagagagatg acaagcacaa catataatat cagtatgagc cattgcatat ataactagcc
    10801 agcctccttt tcgatcaaag ttgcattttt ttcagaataa caagttcacc ggcgaattat
    10861 atgattgtaa agaaagaaag ccttatgctt accaagaatc ccggtgtagt aggataaggg
    10921 aatatcagta tggtcgattt ttaaggcaag accagttgtt gggttgataa gactgtactc
    10981 ctcccatgga accacacagt aaactaagtc gccccttttg aaactcgggc tccctgaatc
    11041 tattactttt gatactccat gcccatcgat aggctttgca taaaacacaa caacaagtta
    11101 ataggaaaag aatgccatca caaggttggg gtcatgttca atctctcaag aacttcttta
    11161 tggagttttg cagcacaaac ttgaaggaaa tatgggttta gtgaactaaa catcgacgag
    11221 aattcagatg acaccacagg attatccata aaatctttga atattggatt cactaagaca
    11281 tcgagtgtta cctctgaata caaaattaag aacttattgt tcaaatccgg ggaaatttca
    11341 attcaaagca gaaacttttc cgtttctggg tacttgagaa atggcgggat aatcatgaac
    11401 aacaacaaat tgaaaaaagt tcccaaaaca gagacaaaat ttctccaaaa ccagagaaac
    11461 aatgcgtact tatacattgt tcaattttac cttgcccggg gtgaaagctc caattagcgc
    11521 taaactcgag ggactaggtt tcctcatgcg aatgcccatg tacggatcgc aagacaagta
    11581 gagattcttc acgagcaccg ccgtagatcc ggccggaaca ctgagctcca ccgcggcggt
    11641 ggtgacggag aggtcggact cggcgacgaa accggtggcg tagtccctga gtatcatctg
    11701 cttgttattg accaccgtcg ccccgcctcc gccgtcccca caaccggttg acgccgccat
    11761 cgacggaatc tctgcaccag agaagctctt ccccttcttc ttcttctacg tggagatgga
    11821 taagaagagt catgagaagg aatggaaaac attgccatat cggtggttgg ttacgtgcgg
    11881 atgagagcta tcagttgcaa tcagcgtgcg tgactctctt tgtggtcagg aatatatgat
    11941 ccgattgttt tcaattttaa ttttttattt attacaataa taatatatta acaaaacaat
    12001 aataatatat tgtcgccgaa aaaaaaaaac aatttactga taagttttcc taaactagta
    12061 atatcaaaaa atgataagaa aaaaactatt aatttcaaaa tactgtaatg atctatcttc
    12121 atttcattga atgtatatat atatatatac acaaataaat gtcatcatat taattcggca
    12181 gatcaacatg caaaagtgct ctttatgctg cacatagggc tgtaaaacga gcggattcgt
    12241 aaaccaatcc atattttttt tgagttagac tcaaatattt tgagcaaaaa aaaatgggcc
    12301 aaacgagcca gcccgtcatg agtcaggttt gtggcgggtg agctcgtgag tcggactggc
    12361 tcacagaacc aatttttttt agaaaattat aatattttta tatattttaa aatattttta
    12421 tatacaaatt atatttttta ttacatattt agtttatttt tctttaaaaa tgatttattt
    12481 tattatattt taaatatttt aaatattttt taaatataaa attagtttta aatatttttt
    12541 aatattaaaa ttttattttt aaaaattata tatttgattc gcgggtcggg tcgtttggct
    12601 cacgagctaa aacgatatag gttgggctga tttatttttg gttcgctaaa aaatggattg
    12661 ggttggattg aactaaaatt tttctggatc ggaacgggcc gggccaaccc attttacacc
    12721 cctagctgca cacacaaaat gcaaggccag tctcaaggcc cattgggcct gaagttccca
    12781 cacattgaag gcccattgag ccggaactca cgtaacattt tttttccttc cttttttggg
    12841 tttcacaagc acgtctttgt ctttacatta aactcttcca acatataaaa aaaaaacatt
    12901 tattggcaaa actaggtagc tcgattacat gaagatagct gcattaaaag gctccttgct
    12961 gtatgatgtg cctcctttta ttgatatgat agtataaagg tctgtgatgg ttcatgaaca
    13021 catttcacaa ggtgtataag aggctacacg gatgacttct tccatcttcc cagcttctcc
    13081 attccctgaa atcatatacc agacccaact tattttccca ccatccaaat gttttcgtcg
    13141 taacgagaga aaccgagatt tcgtatttga tggctcacct tgcgtggtcc ttcagcgagt
    13201 tcgttatcct caatggagac aacctcgaac cctagaggga tcagaatctc cttgtagctg
    13261 aacataagag gttacagagt gaaaatgtgt caaaaatagg attcctttgt gactgtgatt
    13321 cggatgagaa aggaccagga acatgttggg aaagggcaaa agtaagagag attgatttac
    13381 tcggacacag atatgctgta aggaggtcct ccttcacgat catctaactg caatttcata
    13441 ttcagatttc atagatatga gaaacagagg gctaaaagat tcgaagcatt ttgatggaag
    13501 caaaatgaga gatgttatga tgcttacagg gaacatcagc gttataagct ctcccccggg
    13561 tttcagaagt tctgccactc gctttcccca tgattgtctc atgtccggag gaaaggcggt
    13621 caaaaaactg cgagaattgc cagaatacag ttttatcagg tagagtaatg ctttatatta
    13681 accacgaaat acatatagag gaaacatacg tgtaatcgaa aacgagatca aattgttcag
    13741 gcggctgcca agtgaagaag tcttcggcca cgaaggagaa atactttgaa ttaggcagtg
    13801 tggaaaatat ctggcattga gattaaacaa tgtgttataa aaactgacag taaaacgaag
    13861 atataaagtc gcatgatcac agatcagaca atatcctcac cttttccgat ctctccacgg
    13921 atgtttttga tagatctaac cctacaacat ggcgctcagg gcatgccatt gccaccacat
    13981 cataaccctg caagaaccat gctttatttt gactaacttt aacaccaaat ctattgccat
    14041 tcagatttct acatgggtta ctcgaagtcg aagaacatca aaccctagac caaactccaa
    14101 tcaaattccc aaccttcagt tcctcaagta gtgacatatc taagcaagca cgagaaggtc
    14161 gaggagagga ttatagagag acttacagtg ccacagccag gaaccaaggc cctcccctta
    14221 ggcaatgaac ctgtctcaga aagatgaaca acaatgggtg tagcttctcc caagtcccat
    14281 ggagtaattc ccgcctccca agtcttctcc cacccaccta acaacgatcc atacacacac
    14341 taataaatcc tggttatgca aatgcgttta catcaaaaat ttcccgatca cgaggagatg
    14401 agcaaaatca cgatcttcac ttcatccttt tcccgtctta gaacagtaca agtggagcat
    14461 ttgcatacca ccccacaact tgggtggggc ctacattttt tttaaaatta ttatatttat
    14521 aatttacaag taatatttac tataaaaaat taaaatagca atttttttaa gttttgttta
    14581 attcacttaa aaaaatttga acactttttc aaatgaggtg gatacctatt tttaaaaaat
    14641 aatttttgtt tataaattta taatatttaa tataaaatta agaccatttt tttaacattg
    14701 atcatttgta taataatcaa ttaataaata ttttgaatta tagataatca ccatatatta
    14761 aattcataat tttttttata tttatatcat taaatttatt aattaatata atatataatt
    14821 ataatttttt ataaatctaa aataaaatct atattattat agaataacat tgatctttta
    14881 agtctaatta tttaaaaatt atttttttaa tatcatatta tttattttaa atatttattt
    14941 taaaaaatga taaatattta aaacatagtt ttttacatct ttaatcatat attatatata
    15001 tgattattta ttatttctaa tgatattatt attatcacaa tttttgttat taatatttaa
    15061 tattttaata atatttataa aaaaatatgt ttaatttttt aaaattataa ttaaaattta
    15121 aaattaaaat aaataatttt tttcttgtac agacccaccc tgaaaatgtt tgggacggat
    15181 ctgttaataa ctcgagagcg tcgaaaacaa caaatcagac aaacattagg gtttgagacg
    15241 ttaccagggc cttccttcag aaactctcgg accaagttga tcttttgatg gggcagtttc
    15301 aggccggagc cgtcggattc cggagctcta acggaatttt ccatggatcc accagagaga
    15361 acgacgacgg attttgaggt tagctgttct acggcggagc tgcggcggag cgaatgatcg
    15421 acggctatcg gttcggttca tgggttctgc aaccagacct atatatatac acttcacatt
    15481 tgttgtgtat tatatttccc actaaatcca aagaattttt aaacgccacg tggaggtaac
    15541 cactaggact cggtcaaatt tagtgagttg acaaaaattt agacctaaaa atgcaaaaaa
    15601 aaaaaccata ataaaaatat attttttgta aaatactttc tatttagata ttttcagttt
    15661 tttttctaaa atttgaaaaa tatattatta aattaaaaga aagttccgta aaaatacctc
    15721 aattggtaaa aatttacgat gtctataccc aatttacaat ctacaattcg aaatattaat
    15781 tagttagatt gaaaattggg gtatacatat ggcaaaattt tactaatcga ggcacttttt
    15841 tttttaatag aatttcccct aaattaaatt agaataagat taagttttat ttggattctt
    15901 ttggtcttcc acctacccca aattggtcag cctgaatttt caaagtcata caatgtaaac
    15961 gcagacataa acctttgacc aagtttggtc ttacaaaaat aatctaaaga cgttcttatt
    16021 acaatgttga atgtaaacca aaaatttaga aggacccaag aagaataggt ctgtgtaaaa
    16081 atttacaatg gaatgatatc tttttttccc caaattgagg aacaaaacaa acatgaggga
    16141 ggaaggatca atccaagtag aagagcgtga caatcttgcg gaggtttttg gcttcttggc
    16201 atgtctccat gagcagtttg ctgtcgtgga aggcgaagca gatgacttgt tgcacttgag
    16261 atatgatgtc catgttgcat agcctgcagc agaaaacaat ggagatatca ctcttctggt
    16321 tctgatcttg gctcaaaagg gttgatgata gggatgaatc aatgatgatg taaatccatg
    16381 gtggcttatc gaaatagaaa ccaaaaatgg cacatgagaa ggaatatcag aagagcagtc
    16441 gcggacctgc tggcttctat caatggcaaa tgatcgttgt gaggtttctc tatcacgttt
    16501 ttcacctgga gggacccaaa aaaaaaacga atgggttgtg attttgaaca gacggatgca
    16561 tagagagcaa catggtgtta aaaccggcat cttactttgg ccaacaattc ctggctctca
    16621 ggaggttgtt tttccaaact ttggggcaag atgacggtaa gaagctctgg tttctctgcc
    16681 ctcaacgcac ctctgataac agccgcattg gtcccagatg cacctgatgt atatatatga
    16741 tttttctgcc agacaacaaa tcaccgcaca tatatatttt aagaaaccac agaaaaacag
    16801 atggggcaaa cccgtgtctg gaaagcacta tataggatta tgcaggatga agttcgaatg
    16861 ccttactgtt ataaccatgg catagctcag aatctcgatc agctcttggt gcatgaaacc
    16921 catattcctt gttccaaaga agccaattga tctaggccct tgttgctgta tcgccaaaag
    16981 ctcctgccaa taaacacatg atatgattac gacaaacgtg taaaacgtta gttttgcaaa
    17041 tgctgcgaac aagaaatatg aattctaccg gtaaagctac gagcactaga gaattgccaa
    17101 gagaaaacaa tcgtacctgt atataatcca cgtcagggat gggttttacc tccgacacca
    17161 caactgaccc agacccttca acgagagact gagcctggga cggaattcgg atcccagtac
    17221 cttcatcaga ttcaagcaca cattctatat ttctccaatt ttccaagtca tcttgatctc
    17281 tcatgtgttc aggaaagcac tatatatata ccagcaacat aaaaacagag tccctgggag
    17341 taaatcatta gtgaaaacca actgcaggaa agataagcac aagctcacat tcaatgctgg
    17401 tccatcagaa gcagagcgaa atgcaagccc aagattttat ttctaccaat ttgaccaaaa
    17461 aaactcaagc aaattcatgt caaccgacaa tattctaaac atcagaaccc attatgagat
    17521 atggaatatc ttggagaaat gtataagata acctattagg acatattcca gagccacaaa
    17581 cactggaaca gaatttaaca tgtatgtacc tagaagttac cattaccaag aacccgcatt
    17641 aagtgaattc atagtctcga aaacagaaga ctgcctactt tcatatacgt tggggtgacc
    17701 gagaagaaca aggaaaccag atgtgaaaca catattactt atctatggaa gtcctaaatt
    17761 cgtatatcca aattcaaaaa cttactccta cgtcaaaatc ttgatctaga caaaatgtga
    17821 attacaaaga caagggcttt gtaaatgtaa caccttttaa acatctattc atcaaaagac
    17881 actacgcaca cgctctcgag aaggatcgtc gaagttttcc caagctctga actctttaac
    17941 taagatattg cattgagaat gtaatccatg aatcagtgag caatggccag aaatttggga
    18001 ggcaatggaa ctacagttaa acccgaactg gtgtgtatac atatggaagc aataccagag
    18061 tgtttcaaga accgaattgg gatgggaaaa gccgaatctg aattagaatg atgtttaaaa
    18121 caattttaga aacacagatg tggacaatac aatcttcaag agacaaaaca ccaatggttc
    18181 aaacccaacc caactgagta cctctaccac agccgcaaag ctaaccgttc cgaaccaatg
    18241 gttacaacgg gtaagcatga ccaacaaaac ccagaataag agaggaatcg agaattacca
    18301 tgggaacgga gggagaggat cgtcgccgtc ctgggaaagg ctcggcatga gaatgagatt
    18361 gggaggagga ggaggaagag gaagaggaag aagaagaagc ggagcgacgg cggcagaaat
    18421 tagggttcgt cgatctaagg gacgaaggag aatacgaatc tggaggaaga gaacggaggg
    18481 aagtggagag aggcaacaaa tgactcagag gaagagccga actcatttcc cactttctct
    18541 gtttcccaat ctatctctgt gcgaatccga tgttacagat taccgatcag attcctcgga
    18601 gctttgagcc gttttttacc gtcgggagga aggagataac acagagaaag cgaagaggga
    18661 ggccaccacc agatcgctaa cagtacatgt acatgtggga atcccaacaa aaaggaaaat
    18721 cgattgaaat ttcgcatttt taattataaa aaaaaaatta ttttccactt ttgagaatat
    18781 tctttcatag aaccggaaaa agggatacat actctcactt tacaaataag aagcttttgc
    18841 atcatacaat ataagaagaa gaaggaaaag aaggatttgt ttgatacaaa agtcgagatt
    18901 aagagaaaca attaaacatt aaagggttaa caatatgaga tttgagtaat caatcatatc
    18961 acaagtccca cctcttcttg actcggaaca tcaaggcaga agacttgagg ttatcttgcg
    19021 gaacttgaag catcaactgc actttcatct tcaatggcgt tgtcttcact ttccctgctt
    19081 catcccccac ctgcacataa catcataaaa caaccccctc ccctctttta gtagatagac
    19141 agctactaaa gtccaaatga gatgcgatgg gacgggtttt gagtggtgtt ctgtaagagt
    19201 aaatggaaaa agaccgcccg ggcttcgagg cttacccaga gagatgccca gcctatgcgt
    19261 atttctgaat cgtaaccagc tttgagtttg tagtcattgc catacttgcg tttgtacacg
    19321 gcactccaca cattggagtc aaacttgtaa gaatagctgc atatttgtca tcacgacatc
    19381 gtattttcac acgtcagtat tgaactggtg ttgcagaagg gatgaaactc taagagtcta
    19441 ggataaaaga tcagtttact ctttctttgc atgaaaacaa catgagtgag agagagacac
    19501 caacctcaac ttatctagag gactgaatct acgcttgaaa tcaaaggaca acgcattgga
    19561 agggagggaa atggttgggc tgaaagtcaa ggcatcatcc tgtatgtcaa aataaagccc
    19621 tagtgtcagt cccactgcat tggaacactc taagacggga tgctttt
//
