LOCUS       XM_070341948           11026 bp    mRNA    linear   INV 12-DEC-2024
DEFINITION  PREDICTED: Littorina saxatilis copper-transporting ATPase 1-like
            (LOC138969207), transcript variant X7, mRNA.
ACCESSION   XM_070341948
VERSION     XM_070341948.1
DBLINK      BioProject: PRJNA1148619
KEYWORDS    RefSeq.
SOURCE      Littorina saxatilis
  ORGANISM  Littorina saxatilis
            Eukaryota; Metazoa; Spiralia; Lophotrochozoa; Mollusca; Gastropoda;
            Caenogastropoda; Littorinimorpha; Littorinoidea; Littorinidae;
            Littorina.
COMMENT     MODEL REFSEQ:  This record is predicted by automated computational
            analysis. This record is derived from a genomic sequence
            (NC_090250) annotated using gene prediction method: Gnomon.
            Also see:
                Documentation of NCBI's Annotation Process
            
            ##Genome-Annotation-Data-START##
            Annotation Provider         :: NCBI RefSeq
            Annotation Status           :: Full annotation
            Annotation Name             :: GCF_037325665.1-RS_2024_12
            Annotation Pipeline         :: NCBI eukaryotic genome annotation
                                           pipeline
            Annotation Software Version :: 10.3
            Annotation Method           :: Gnomon; cmsearch; tRNAscan-SE
            Features Annotated          :: Gene; mRNA; CDS; ncRNA
            Annotation Date             :: 12/06/2024
            ##Genome-Annotation-Data-END##
FEATURES             Location/Qualifiers
     source          1..11026
                     /organism="Littorina saxatilis"
                     /mol_type="mRNA"
                     /isolate="snail1"
                     /isolation_source="shore boulder field crab ecotype"
                     /db_xref="taxon:31220"
                     /tissue_type="muscle from the foot"
                     /dev_stage="adult"
                     /geo_loc_name="Sweden"
                     /collection_date="2017"
                     /linkage_group="LG6"
     gene            1..11026
                     /gene="LOC138969207"
                     /note="copper-transporting ATPase 1-like; Derived by
                     automated computational analysis using gene prediction
                     method: Gnomon. Supporting evidence includes similarity
                     to: 11 Proteins"
                     /db_xref="GeneID:138969207"
     CDS             189..5132
                     /gene="LOC138969207"
                     /codon_start=1
                     /product="copper-transporting ATPase 1-like isoform X4"
                     /protein_id="XP_070198049.1"
                     /db_xref="GeneID:138969207"
                     /translation="

MEREAVLRLGQLTSADDAVTIQNLLTDQKGVVDAKVQYETREARVRYRPTETNPPILLGVLEDRAFSATIMDIQQSGDAASQKVAIDVDGMTCQSCVRNIEGNISHLDGVKDIHVSLENKQALVVFDASQTSASAVAEGISNMGFDAKVALGGDSGEQTRVIRVEGMTCQSCVRTIEGTMGSKQGISSIRVSLPDNQAIVRFNPCLISARQICEQIDDMGFDASLSDDEFAEIATRNKTPGSSRQCVISIGGMTCNSCVKNIESNISDKPGVKAIKVSLADQNGVVTYDPQIVKAAEIAEMIDDMGFDAKVAQQEDESLSDDEFAQIAARKAGGNGRKSCVISIQGMTCNSCVKNIESNIGAQPGILNIKVSLTDSNGVVTYDSKVTDPAKIAEMIDDMGFDAAVAQHDFPMGDQLANLNRSSNATQTCTISIEGMTCQSCVKKIESNMGNSAGIFSIKVSLADKNCQVDFDPAVVTPAQIGRMISDMGYRAFSLGDAAGTETQTVVVSIKGMTCQSCVNTIEGKLSEHPAVKSIHVSLSDETGTIMYDPSSATPKMLAEAIDDMGFDCAVQDGLKQDRGDQGKTIAHSASAVQMSSTGAVHFNKKVDEAGEFEKCFLTIKGMTCASCVANIERNINKIEGVKSILVSLMAQRAEVKFDPAYILPSQIANAVSDIGFNAKVNEAEGLGQGTVELTITGMTCASCVHLIQSNLLKRHGLLTASVALATSSGKFTFDTEICGPRDIIDAIKDMGFEAYLMTDDDKKAARYDHRDDIKRWRTSFLLSLIFGLPAMIVMIYFMFFYKPSEEGGEDHSNTTTTRPHKKSHKPQFMIADGLSLENLLMFILATPVQFIGGRYFYVQAYKAIKHGATNMDVLVVLATTISYLYSLIVVLVAMGLHERVSPITFFETTPMLMVFISLGRWLEHIAKGKTSEALAKLLSLQPSEAVLVTVDKENTILSEKIISVELVQRGDILKVVPGGKIPIDGKVVSGQSNCDESLITGESMPVSKKEGSTVIGGSINQHGTLLTEATHVGADTTLSQIVKLVEEAQTSKAPIQNLADKIAGIFVPIVCTLSTITLLGWVIAGYVDIKLIEEDFVDNGEVSKSEMIFEKAFQYAITVLSIACPCALGLATPTAVMVGTGVGALNGILIKGGEPLETTHKVRCIVFDKTGTVTHGVPRVARVSMFVTDSVCSFVKMIAICGTAEASSEHPIASAIVKYAKETLEAAVLGKTTDFKAVPGCGLKCKASGIESLLTGLDMDGVRNRRNKQGSLVIRIDSKSSQPSDSLHQALQIDDLAGAVAPATYEVLIGNREWMNRNGLTVTEEMDEVMTEHENQGHTAVLCTVDGVIVSMLAVADTVKSEAHVAIHELKKLVPEIILLTGDNKKTARAIAKQIGIKKVFAEVLPSHKVKKIRQLQAEGHKVAMVGDGVNDSPALAQADVGIAIGTGTDVAVEAADIVLMNSNLLDVFAAIKLSRKTVERIYMNFFFACLYNLLGIPIAAGVFVPWGLSLKPWMASAAMAASSVSVVVSSLGLKLFKKPKMKDLVTQEYHESYAKEQGLQGGVKESNKKSYNVKQTAGENVDDDEIAVYCGADVDAASRSGSRQGSLLSRLSNKIKSATNTPDQLSLLNNDDDLNMNEDSLSARV"

     misc_feature    195..>437
                     /gene="LOC138969207"
                     /note="Cation-transporting P-type ATPase [Inorganic ion
                     transport and metabolism]; Region: ZntA; COG2217"
                     /db_xref="CDD:441819"
     misc_feature    444..632
                     /gene="LOC138969207"
                     /note="Heavy-metal-associated domain (HMA) is a conserved
                     domain of approximately 30 amino acid residues found in a
                     number of proteins that transport or detoxify heavy
                     metals, for example, the CPx-type heavy metal ATPases and
                     copper chaperones. HMA domain...; Region: HMA; cd00371"
                     /db_xref="CDD:238219"
     misc_feature    order(459..467,474..476)
                     /gene="LOC138969207"
                     /note="metal-binding site [ion binding]"
                     /db_xref="CDD:238219"
     misc_feature    669..860
                     /gene="LOC138969207"
                     /note="Heavy-metal-associated domain (HMA) is a conserved
                     domain of approximately 30 amino acid residues found in a
                     number of proteins that transport or detoxify heavy
                     metals, for example, the CPx-type heavy metal ATPases and
                     copper chaperones. HMA domain...; Region: HMA; cd00371"
                     /db_xref="CDD:238219"
     misc_feature    order(687..695,702..704)
                     /gene="LOC138969207"
                     /note="metal-binding site [ion binding]"
                     /db_xref="CDD:238219"
     misc_feature    927..1118
                     /gene="LOC138969207"
                     /note="Heavy-metal-associated domain (HMA) is a conserved
                     domain of approximately 30 amino acid residues found in a
                     number of proteins that transport or detoxify heavy
                     metals, for example, the CPx-type heavy metal ATPases and
                     copper chaperones. HMA domain...; Region: HMA; cd00371"
                     /db_xref="CDD:238219"
     misc_feature    order(945..953,960..962)
                     /gene="LOC138969207"
                     /note="metal-binding site [ion binding]"
                     /db_xref="CDD:238219"
     misc_feature    1209..1400
                     /gene="LOC138969207"
                     /note="Heavy-metal-associated domain (HMA) is a conserved
                     domain of approximately 30 amino acid residues found in a
                     number of proteins that transport or detoxify heavy
                     metals, for example, the CPx-type heavy metal ATPases and
                     copper chaperones. HMA domain...; Region: HMA; cd00371"
                     /db_xref="CDD:238219"
     misc_feature    order(1227..1235,1242..1244)
                     /gene="LOC138969207"
                     /note="metal-binding site [ion binding]"
                     /db_xref="CDD:238219"
     misc_feature    1476..1664
                     /gene="LOC138969207"
                     /note="Heavy-metal-associated domain (HMA) is a conserved
                     domain of approximately 30 amino acid residues found in a
                     number of proteins that transport or detoxify heavy
                     metals, for example, the CPx-type heavy metal ATPases and
                     copper chaperones. HMA domain...; Region: HMA; cd00371"
                     /db_xref="CDD:238219"
     misc_feature    order(1494..1502,1509..1511)
                     /gene="LOC138969207"
                     /note="metal-binding site [ion binding]"
                     /db_xref="CDD:238219"
     misc_feature    1707..1898
                     /gene="LOC138969207"
                     /note="Heavy-metal-associated domain (HMA) is a conserved
                     domain of approximately 30 amino acid residues found in a
                     number of proteins that transport or detoxify heavy
                     metals, for example, the CPx-type heavy metal ATPases and
                     copper chaperones. HMA domain...; Region: HMA; cd00371"
                     /db_xref="CDD:238219"
     misc_feature    order(1725..1733,1740..1742)
                     /gene="LOC138969207"
                     /note="metal-binding site [ion binding]"
                     /db_xref="CDD:238219"
     misc_feature    2040..2228
                     /gene="LOC138969207"
                     /note="Heavy-metal-associated domain (HMA) is a conserved
                     domain of approximately 30 amino acid residues found in a
                     number of proteins that transport or detoxify heavy
                     metals, for example, the CPx-type heavy metal ATPases and
                     copper chaperones. HMA domain...; Region: HMA; cd00371"
                     /db_xref="CDD:238219"
     misc_feature    order(2055..2063,2070..2072)
                     /gene="LOC138969207"
                     /note="metal-binding site [ion binding]"
                     /db_xref="CDD:238219"
     misc_feature    2265..2456
                     /gene="LOC138969207"
                     /note="Heavy-metal-associated domain (HMA) is a conserved
                     domain of approximately 30 amino acid residues found in a
                     number of proteins that transport or detoxify heavy
                     metals, for example, the CPx-type heavy metal ATPases and
                     copper chaperones. HMA domain...; Region: HMA; cd00371"
                     /db_xref="CDD:238219"
     misc_feature    order(2283..2291,2298..2300)
                     /gene="LOC138969207"
                     /note="metal-binding site [ion binding]"
                     /db_xref="CDD:238219"
     misc_feature    2529..4733
                     /gene="LOC138969207"
                     /note="P-type heavy metal-transporting ATPase, similar to
                     human copper-transporting ATPases, ATP7A and ATP7B;
                     Region: P-type_ATPase_Cu-like; cd02094"
                     /db_xref="CDD:319783"
     misc_feature    order(3561..3563,3567..3569,4665..4667)
                     /gene="LOC138969207"
                     /note="putative Cu binding site [ion binding]; other site"
                     /db_xref="CDD:319783"
     misc_feature    order(3693..3701,3903..3905,4116..4124,4212..4214,
                     4332..4340,4398..4400,4407..4409,4416..4418,4473..4475,
                     4482..4484)
                     /gene="LOC138969207"
                     /note="putative ATP binding site [chemical binding]; other
                     site"
                     /db_xref="CDD:319783"
     polyA_site      11026
                     /gene="LOC138969207"
                     /experiment="COORDINATES: polyA evidence [ECO:0006239]"
ORIGIN      

ggtgtatgttgcaatgccaaacaggatatgcagaaaggggacacttgtaccagttagaaaacacaaagggggaagtgaaggcagacaagcgaaactgctgtttctgttgaggaaatgttaaaatccaaactctcttactatttttctgaggtgacagaacaccttcttttcaagcatgcgaagaggagatggagagggaggcagtactgcgactaggtcagctgaccagcgctgacgatgcagtgaccatccaaaacttgttgaccgatcagaaaggcgttgtggacgccaaggtgcagtatgagacgagagaggcgcgtgtgaggtacaggcccacagagaccaaccccccgatcttgctgggtgtgctggaagaccgcgcgttctcagccaccatcatggacattcagcagtctggagacgccgcctcacagaaggtggccatcgacgttgacggcatgacctgccagtcgtgtgtgcgcaacattgagggcaacatctcacaccttgacggggtcaaggacatccacgtgtcgctggagaacaagcaggccctggtggtcttcgacgcgtcccagacgtcagccagcgccgtggcggaagggatcagtaacatgggattcgacgccaaggtggctttgggaggggactctggggaacaaacaagagtgattcgagtggagggcatgacctgccagtcctgcgtacgcaccatcgagggcaccatgggaagcaagcagggcatcagcagcattcgagtcagcttgcccgacaaccaggccatcgtacggttcaatccctgcctgatatctgcccggcagatttgtgaacagattgatgatatgggctttgatgcttctctcagtgacgatgaatttgcggaaattgcaactcggaataagacgccaggcagcagcaggcagtgtgtgatcagcattggaggaatgacgtgtaactcttgcgtgaagaacattgagtccaacatcagcgacaaaccaggggtcaaggccatcaaggtgtccttggctgaccagaacggtgtggtgacctacgaccctcagatcgtgaaggcggctgagatcgctgaaatgattgacgacatgggctttgacgctaaggtggctcagcaggaggatgagagcctgagtgacgatgagtttgcccagattgccgccaggaaggcaggagggaacggacgcaagtcttgtgtcatcagcattcagggcatgacgtgcaactcatgtgtgaagaacattgagtccaacatcggtgctcagccaggcatcctcaacatcaaagtgtccttgacagactctaatggcgtggtgacctatgacagcaaggtcacggatccagcgaagatcgctgaaatgattgatgacatggggtttgacgctgcagtggcccagcatgactttcccatgggtgaccagctggccaatctcaaccgttcgagcaacgccactcagacttgcaccatcagcatcgagggaatgacctgccagtcatgcgtgaaaaagattgaaagcaacatgggcaattcagcgggcatcttcagcatcaaagtgtctctcgctgacaagaactgtcaggtggattttgaccccgcagtggtgactcccgcccagatcgggcgaatgatttctgacatgggatacagagcgttttctcttggagacgcagcggggacagaaacacagacagtggtcgtatccatcaagggcatgacctgccagtcctgcgtcaacaccatcgagggcaaactgtcggaacacccggctgtcaagagtatccatgtgtcgctgtctgatgagacggggacaataatgtacgaccccagcagtgccacgcctaagatgctggctgaagccatcgatgacatgggattcgactgtgctgtgcaagatggcctcaaacaggacaggggagaccagggaaagacaattgctcattctgcgagtgcggttcaaatgagcagcactggcgctgtacacttcaacaaaaaagtggacgaggccggtgaattcgagaaatgcttcctcaccatcaagggcatgacctgtgcatcctgcgtcgccaacatcgagagaaacatcaataaaattgaaggcgtgaaaagtatcctggtgtccctgatggcacagagggcagaggtcaagtttgaccccgcctacatccttccctcacaaatcgccaacgcagtctccgacattggcttcaacgccaaggtcaacgaggcagagggactgggacaaggcactgtggaactaacaatcacaggcatgacgtgcgcatcatgtgttcacctgatccagagcaatttgttaaaacgccatggtcttctgacggcgtctgttgctttagccacctcttctggaaagttcacctttgacaccgagatctgcgggcccagagacatcattgacgccattaaggatatggggtttgaggcgtacctaatgacagatgatgacaagaaggccgctcgctacgatcacagggatgatatcaaacgatggagaacgtcgttcctgttgtcgctgatcttcgggctgccagccatgatagtgatgatctacttcatgtttttctacaaaccttcggaggagggaggggaggatcacagcaacaccaccaccacccgcccccacaagaagtcccacaagcctcagttcatgatcgctgatggcttgtccttggaaaatctcctcatgtttatcttggccacacctgtgcagttcatcggtggacgatacttctacgtccaagcgtacaaggcgataaaacacggagcgaccaacatggatgttctggttgtcctggcaaccaccatctcctacctgtattccttgattgtggttctggtggccatggggctgcacgagagagtttcacccatcactttctttgagaccacgcctatgttgatggtcttcatttcccttggcagatggctggaacatattgctaagggcaagaccagcgaagccctggccaagctgctatcactacagccatcagaagcggtgctggtgacggtggacaaggagaacaccatcctgtcggagaagatcatcagtgtggagctggtgcagcgcggtgacatcctcaaggtggtgccgggcggcaagatccccatcgacggcaaggtggtcagcggtcaatctaactgcgacgagtctctcatcacgggggagagcatgcctgtgtccaaaaaggaagggtccaccgtgattggtggcagtatcaaccagcacggcactctgctgacggaagcaacacacgttggggccgacaccacactctcacagattgtcaagctggtggaagaagcacagacatctaaggcccctattcagaatctggcagacaagatagctggtatctttgtgcctattgtgtgtacgctgtccactatcacgctgctgggctgggtcatcgctggatatgtggacattaaactcattgaagaagactttgtggacaacggagaagtgtcaaagagcgagatgatcttcgagaaggcgttccagtacgccatcacggtgctgagcatcgcctgtccctgtgccctcgggctggccacacccactgctgtcatggtggggacaggggtcggggcactcaacggcattctcatcaagggaggcgagccgctagaaaccacacacaaggtgcgttgcatcgtgtttgacaagactggcacagtaacacacggcgtgccccgagttgcgcgtgtgtccatgtttgtgacagactcggtgtgttctttcgtcaagatgatcgcaatctgtggcactgctgaggccagcagtgaacaccccatcgcttctgctatcgtcaagtatgccaaggagactctagaggcagcggtgctgggcaaaacgacagacttcaaggctgtgccagggtgcggcctcaagtgcaaggcgtccgggatcgaatccctgctgacggggctggacatggacggtgtgaggaaccgccgcaacaagcagggcagtttggtcatccgcatcgactccaagtccagtcagccgtccgacagtctgcaccaggccttgcagattgacgatctggcgggagcagtggcaccggcaacgtacgaagtgctgatcggaaaccgggagtggatgaatcgaaacggtctgacggtgacagaggaaatggatgaggtgatgacagagcatgagaatcagggtcatactgcagttctctgcactgttgatggtgtgattgtttccatgctggcggtagcagacacagtcaagtcggaggcccatgttgccatccatgagctgaagaagttggtgccagagattatcctcctgacgggcgacaacaagaaaacggcacgggccattgctaagcagattggaataaagaaggtgtttgcggaggtgttgccatcccacaaggtgaagaagattcgtcagctgcaggcagagggtcacaaggtggccatggttggagacggagtgaatgattcgccggccctagctcaggctgacgtcggcatcgctataggcactggcactgacgtggctgtggaggctgccgacattgttctcatgaatagcaacctcttggatgttttcgctgccattaaactgtcaagaaaaacagttgaacgcatctatatgaacttcttctttgcctgtctctacaacttacttggcatccccattgctgctggagtgtttgtaccttggggcctgtccctcaaaccctggatggcttccgctgctatggcagcctcctctgtctctgtcgtggtctcgtctctgggtctcaaattgttcaaaaagcccaagatgaaagatctggtaacacaggagtaccacgagtcctacgcgaaggaacagggtctccaaggaggggtcaaggagtccaacaagaagtcctacaacgtgaaacagacggcgggagagaatgttgatgacgatgaaatcgctgtctactgtggggccgatgtggacgcggcctccaggtcgggaagtcggcagggcagcttgttgtcgcgtctgagcaacaaaataaaatcggccaccaacacccctgaccagttgagtttgctgaataatgacgacgatctaaacatgaacgaggacagtttaagcgctcgggtctgactgactggacaaggaattgatacagacagggttaaggcagaagggtttgaagatcggagttaaaccactaagagagtatagctataaggcatatagttaaagcctggacagaacccaaaggtgcactgccgtatcccatgcagtttgaagattcttccaaatcataattttccaagcaaactgttcattatttagcttgtaagtaaaaatctcgggtgcttaccattttacggaatctgttcttttgttagttgctgtcaattttgaaacattgctttgcgtcaaatgtttttttgtaagcagccatcatgatcactagtacaatgcacatgctgattatttttgtgaactgattactgtgcaactgaatttctttttgttgataatctttttctaggtatgttttatttgttttatgatttgttttgtcgttgtagatattgttgcatttgtgcttgttgtagtgttgcatttgtctaagcaggaacacccagcttttggactagtttgcttcaaatatcatggtttagctttttgtttgtatattttaaataaaacttgtgccctgttgtgcactctgcattcgtgttgttgttgttgtgagtttaatcatgtttttgattctgatttcaggcgaaaactcgtcagtcatgttgaaccaatgtagctagaatcatgtggtaatacggttgtttgtaccttttgtgggaaatcccttgcatggtattggtagtcctgacaagcaaactctgaaactccagcttccactccctcttgatgccagaaggtcaacatgaagtatcttttgtcctgcttggtacagtgcagtttcactggcaacaaaagcaaacttcattatcagaaagcatgatggttgtactgtacagtggtacttgggacgtgaagtccgcatgtccaatgagaccccccgcgggttagggggagtcccatattggttgggacgagaaagaatttacccgatgctacccagcatgtcgtaagaggcgactaacggttctgtttctccttttacccttgttaagtgtttcttgtatagaatatagtcaatgtttgtaaagattttagtcaagcagtatgtaagaaatgttaagtcctttgtactggaaacttgcattctcccagtaaggtcatatattgtactacgttgcaagcccctggagcaattttttgattagtgcttttgtgaacaagaaacaattaacaagtggctctatcccatctcccccctttcccctatcccatctcccacctttccccgtcgcgatataaccttgaatggttgaaaacgacgttaaacaccaattaaagaaagaaagaaagaaagatgtccaatcagagaacgtgtcaccccaattgaggacactttctcttgtccattagaccaaaacatacctgctgtgtgacctggccgcctgtataatggggacagttaaaatgggctggttgtaaggttgtcctttcatcacaggtaccactgcagtacaaattttgcactggtattatatactgacttgaaaacagatgtatgtagattaattctgccagcatgcaaaaaaagtaatgaaacgacagaggaagaaagttggcactttctattcccgaatgagaaaaagagtttgcttgtgatcgggcggtccgttttgattctgtttgtgtggatatttctttttatttgagtatcatttgttttcagctttggttgtattttttttcagtttcatgtctgagaattgcttctttgagtaatggcaaatttcatggcaaatttcacatcaagacaggaacatgtcaacagatctgaaattcttatgagaaatgagccagcgacacaaagaggacgactgcactgttggtttatcaaccgttgggatcctgtgcacatagggttgcatgcttctgttctggttctgtttctgcttcagttgtttcagttttggtgttgctgttctggttctgtttctgcttcagttgtttcagttttggtgttgctgttcatgcgatttactttaccagtaatatttatctacttctgttgacgtcacaaggtgactcgctgcttgcactctttacacccccggtataggggtgtgtataggtttcgctcgatgtgtttgtttgtttgtttgtttgtttgtgttcgcatatagatctcaagaatgaacggaccgatcgtcaccaaacttggtgaacaggttctatacattcctgagacggtccttacaaaaattgggaccagtcaaacacacggttagggagttattggtggattaagattatacaaggacttatagagggacatcttcatggtcaaagggaaataaccattctcactcagtcactgccaccaactgagaaggttatttccctttgacgggggtgtttttcctacctcggaggaatttcttgtttttgagtcacttgagaaaaagtgactctatgtaatcggtcagtgttagtctgtccgtccggccggccgtccggccggccgtccgtagacaccaccttaacgttggacttttctcggaaactatcaaagcgatcgggctcatattttgtttagtcgtgacctccaatgacctctacactttaacgatggtttcgttgacctttgacctttttcaaggtcacaggtcagcgtcaaaggaaaaattagacattttatatctttgacaaagttcatcggatgtgattgaaactttgtaggattattctttacatcaaagtatttacatctgtagccttttacgaacgttatcagaaaaacaagggagataactagccttttctgttcggcaacacacaacttaacgttgggcttttctcggaaactataaaagtgaccgggctcaaattttatgtgaacgtgactcattgtgttgtgaatagcaatttcttcctgtccatctgatgcctcatataatattcagaactgcgaaagtgactcgatcgagcgtttgctcttcttgttttctgtcttcttgttttgttcttggttgtttttttccgttgtagagagggtattcatcctgttaggatttagacatgggtatatgggtgtgggattgtaggatttagacatgggtatatgggtgtgggattgtaggatttagacatgggtatatgggtgtgggattgtaggatttagacatgggtatatgggtgtgggattgttggcaaaacgtagagttttgatggaacatgcactttgagcaagatcagactcaagcggcactgcatgagcaacatctagctgctgcacttgttctgttccagacagtggggtgaagggacagttgctgtttattttcctgagaataaatcatagcgttattggataattctgtgtgttttgacagaaacatttggaaacctttttcccccatgtgtacattgtagcagaaatgtgtgattccatgcagagtaggttttcccaattccaatgattacttgtactggttgcaacagttgttgtcatttatattaccacatactgatactgtcttgttatagcttctcctgaagtatgtttttaaaatcagaagttgattcgattatttttgaaattatttttacaggtttattctatatgtctaagcaaagttattcacagaaagatttgcaatgcttagatgtaatatatacatgtataagtattgaacatttcttgactgttgttttcatttgtattttttctaaacatcccatatttattataggttacatgtgcctcttgttgtgaggggaaaagctgtaaaagctggactccatttactgtgtgtgtgtgtgtgtgtgtgtgctgtgtgctattcaatcgtctttgtgatatcatacatcagacaataaggaacagcaacacgcttatagtgtacgtctatcgtggaaatcctcaacagcattgttgacactaattcctccgaaaacggcgtatggctgcctaaatggcggggtaaaaaacggtcatacacgtaaaattccactcgtgcaaaaaacacgagtgtacgtgggagtttcagcccacgaacgcagaagaagaagaagttgacactaatgatttctccatgcttacctaaatttggctggaatctgtgcaagaaatgtggaattctatacaagaggcattctatgtacatctcagtactactcattaaatttaaagtttcaatgtgttttatacctgtgtacaatgatgctcattattttgacagtctcatcttggcatactacggaattagccctgtggaactgacaacatgaaatgaatgaagagcaaagaattgagattcactcaatgtgacggtgaacctcacacgggactgaatcaggatgttgccctcgtctttggttcttttgttcagtgagctcatatataaagtcacttttaatggccaaagttgtgacgaacactgtttgtatgatacacacactgtgtatatatgaaggactgggtggccgagtggtaacgcacttgcgctcggaagcgagaggttgcgagttcgaccctgggtcagggcgttagcaattttctcccccctttcctaacctaggtggtgggttcaagtgctagtctttcggatgagacgaaaaaccgaggtcccttcgtgtacactacattggggtgtgcacgttaaagatcccacgattgacaaaagggtctttcctggcaaaattgtataggcatagataaaaaaaaaatgtccaccaaaatacccgtgtgacttggaataataggccgtgaaaagtaggatatgcgccgaaatggctgcgatctgctggtcgatgtgaatgcgtggtgtactgtgtaaaaaattccatctcacacggcataaatagatccctgcgccttgagtccgagtctggagatacgcgcgcgatataagacttgatataacatgatgcttcattttgaagtacagtggtaccggcaatgtgttatatatgttatgtatttaaatgttatacaaatggtgaagtgttttgtttgtctttatgttaaataaatgcaccaccacagcaatttctcaatgtgagataataaagttaacttgatttgatttaattgatttgaagcccccccagatgaggagtaacctccaatgagagaggacaccttcagttttccttttgtcttacacatgtattaactttcacaaagtatacctgtcgtgagcggacatctgcattgaagtgacacttttgattggtccctagggtgtccttccatcacaggtaccactgtatataatgtctgatgacaacttaaccagagtttacaaaaaaaatggatattggtgtacatgtattttgtgaataacaatgatgccacagagtataattcgcttattcatgttgaaaatattatcaaatgttgcatttactttgaatacagaattaagcacatcgtggaacagtttgggcgatgcagcaggatataatttttgcaggtttcgtgaaatatttttgtcttgtgaactttgattcactgttgaacattgaacatgaattgcataatcatcatttgcaccctgtatttgtttgtttgtttgtgtatgttgcataatttgcactatattttaaaatgttttagtaattacttttaaatgtaagtgcgaataaaatatgttctgaccagggtaaatatgactttgaaatacagtgtgtgtgtaaatgtgtgtgtgtgtgtttccctattagccagcattctgcagttgtgctacattgaacgcaactaatctgattgtttgatcaactttaataatctgcacacacatttgatgtgtataaatctgacattatactgagcatatcacacagtaatattaatcacatactcacatgtacttgctgcctgaaaataaagctataatattgcaaga

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