>peptide 1 (47 aa)
MVCVVDAYLKLGPALLPYLEGLDSAQLQLITTHASRLSQARLIASDG*
>peptide 2 (51 aa)
MAAPGFSSSCGLYLEIYRERESVCYACGCCHLRACSVISIPCGLDVIGKKL*
>peptide 3 (124 aa)
MITTLCLALPVQQKAMENCVELLVVKLLHATKDGALKVMHSCSAWFGSHLLVQPQSWHLKPLFMSLSLQVVNQAHICLTTVVTQFDPLRCLGVSLFCIVV
KCCCLTTRNLVLLFFFFVCRRHCK*
>peptide 4 (44 aa)
MSRLMIVSVLHSSVSRIHLWKSRRTVLEGLRSNLLINLMGTKLK*
>peptide 5 (38 aa)
MQLVRSDQAQGHATGCSQGFGLTVRISCTHLLNHPDRK*
>peptide 6 (33 aa)
MLPKTAVRMSARLVHSGKSVFYFFSPPPDCFIW*
>peptide 7 (127 aa)
MRKEADEPAPVPCPVHPETGRYRKRDGECTGGWHDGVAEGRREGRRRQSSSGAESIRSVESKPKSSSASWHTWAMKQHRDCERHVTPNGQLQEKKISAVR
SIRNVIEENNTGIERKRRSGCLPTAAH*
>peptide 8 (56 aa)
MRFSEDNLMAHLPTFLPALVDASKNRSPYVRKVSPFREICFLFFFTSSRLLYMVKD*
>peptide 9 (146 aa)
MVLHVTCHAPTSGPPYPTVHGGYTTTTTRQPSSSPRSRSRSSTFPPLGPSVCRAPLPIAHCALRPLPWPSCHLPSLSLRIGPSQYPTLPLPLTAAAIVAL
SAPLHALPIHHSTAQHSATHDLAGATVLPHLQMSGLLPPAPRGTEH*
>peptide 10 (32 aa)
MKLKRKESGSRHRLGKKFLACSLKIRNQPGRR*
>peptide 11 (39 aa)
MVLVTNHQESVAARACTKKMRLVRRGCQLFARSLLKQSD*
>peptide 12 (59 aa)
MQERKTQSQTQTCQMTNTFTIRQSKWNLLIPAKQEKIPKRRSAQETSRFLQEKEILQGS*
>peptide 13 (106 aa)
WQCHPPRWRGCGSWCRRRGRRRSWSSTSPARPRSSSAAPASSALAAAVTATPGPRSRRSRHSALRAEGARCAAMPMGSLRWSSRASATDTRPCGRPRGGT
SCCSWR*
>peptide 14 (33 aa)
MEMEVKVNETDTGAIRVRMFPQQIQICLSQQKL*
>peptide 15 (46 aa)
MFRGRAACVVVVGVPPAPPYNARARPGRRRRRRRRRRRKKKNDALL*
>peptide 16 (31 aa)
MDRLYVITIGGYCTHLKISSLHPHKLCQGLP*
>peptide 17 (70 aa)
MAWLLPRCSLRRRIEMFLRPEKTGVILSRWQLIPQLRLKINKGIVRQEGISLLKGQTRLLKGLVRCLLKC*
>peptide 18 (42 aa)
MPVPKVIYMRSNSFWEKWSTTWMCPHLLQRHFLWVLTQDQIG*
>peptide 19 (49 aa)
MESAPGDGMMGWQKGEEKAAGGNHRAERSPSGRSNPSPSPVQPAGTRGR*
>peptide 20 (1103 aa)
MAMPPAAVARLRELVPAPGTEEELELDVAGAAALVECCSGLLRPGGGGDGDAGAALEALEALCAAGGGGAMRRHADGLAPLVVARLGDGHAAVREAARRY
LVLLMEMKEMNARTENTEPNSNVPNDQHVHYTTIEMESSNTSQARKNSKEKVSARDISLLAGEGDITRKLVEPIKVFSEKDLLREIGKVVSTLQPDNEWS
IRITAMQRVEGLVLGGAADYSAFPMLLKQLMTPLITQLLDRRSSVVKQACHLLNFLSKELLRDFEPYAELLIPVLLKNVVITILVIAESADNCIKEMLRN
CKVARILPRIIEFAKNDRSAVLRARCCEYATLMLEYWVDTPEIQRSADLYEDLIKCCIADATSEVRSSARACYRMFSRIWPDRSHQLYSSFEPPRQKMIN
DEDTETPQAHLPPVKISHLQPSSFVPAVIDKVVKVDSGISFSSGDLQTSDILYLQCDDIIAKGLDAGNNDDTLTIGSSFEDKITLRELETRDRDTEKNDS
GNSTGVNSSARDQPTATPITIEAPSEMSLDDATVVTIVQDKAECKLNVEPINQQVQAQEDPSDLTCLSPAVNSKGAGNLLKENPVEVSSDAGSSGKVGTH
KKSAVSKKPRGSYTPNFRRPLLSKQMTNWFYASTKSDIHEKQLILGEMVNNMDVPSSITEALSLGLNPRSDWMMKVYAFSFLRQCLLERGSKGTQEVAQN
FEKVMRLVCRYLDDPHHKVAHAALSSLADIMPVFKKPFEHYLDKTLPHIFSRLNDPKESIKQQCLAILKHANESYPIDSLLPALLRSLDEQKSPKSKLAV
LEFANASFVKCEVNSESYCSSSFLKPWFGKLAHLFNDKNKKLKEVTVVGFSSIYSHYDPTSMLSFLVTLSMEEQKRLKRAMKQLIPSIESDMEEFLQQKR
HKQKTPSFDIFTAKSPLHPAFQSAKSPLHPAHRSSKSPLHPRFAESPGHSAYKYAKSPLHPSYQPANSPLHPSYQSNYVKADDCFSSALQCLPDTSLEVQ
EDRTGRIEIESPNKSYGHKAEMMDKKSCTVRSKNDLPRRSDFSVISNNIVQNASSRDSRSTKILDEPNDSELHINTRKNKVTRTRNDLQDHEVIISHSSF
SLS*
>peptide 21 (36 aa)
MEIESSRGCMCTAIPAVPYGVGFGWLGCPVPSAVHE*
>peptide 22 (932 aa)
MKGAQDKRHRKKQDLQVLGPFPGCLGRMINMLDLSNGVVATKMLTEKAHRDVSPAGKDRSNTFKMAINPPAQTEDKQRDSQTRRNFPTKRSNSPTKRTGA
MPVKMLMEQDMWKERRPDEEPLNVVARLMGLHEPPGQQSNFPLGRQLDKKYQCGGFEENYWNLKSKKESKCHQNQKAGPRHQHTWNGSGDQPSRISSSQS
MHQENETCEKRMSIVREKFAEAKRLATDEKLLHSKEFQDALQFLSSNRDLFLEFLDEPNPLLSSNRYEFQPVAPPSEVKQITILKPSEPAKRKDSIFVGR
QLFSDGDGGESERNRYRRHQSSDVSPANSNLSEPTKIVVLKPGFPSSHDSRIARSSLSSAEDSEDESMMAVDETMCSRRLAKEITWQMRMRLKDRQDEES
MLSCEYPDFYIGDDSFSKSEVEIPKEMCGETSGELEFGTPTSGRSWDFLSRSGSPFSASCSSQASHRREPSVVREGKKKILERLSMVSSTVNIEEEMEGR
RSTGTLGDMLTISKVKDQEEIGAETLGSPAPELEPEEPFSCLPRSRSLPLSLSYGVAESNGITSGTHEAEKERIRKSSSFREKVSSLFSKNKKSTREKVD
PSVSNRLKHGGAVTTGDVKEICNHLALDNLQKQHTCLNTDEKNTVQGLVTSSCETNSAADIPAKDISSISSLGVPGIFGGLQDEPSPVSVLDGPFICDNN
RRLLYSSENFITSSPQALSRSPLIGSFSRSLSWEDPPLEVMSPNSLRLSRLFSKADEDLDSLTFIQKLVHSRGTGRESCILADPLDPSLLEKISDYEEDG
IKFGKRRPKQRLLFDAVNEALIELASMAELAAYPWGRSCSSEHGDCKNGSSSNSAAEEIWRVIRNWSILEKYPPGEAIERNLLLEMILKREVAEAASADT
TRLETFDLNTTVCAMVLDGLVEETVVDLTNYC*
>peptide 23 (57 aa)
MQLGMCISQIGRSPDLYPSFVSACDAILGGQPDGSSANVSSSTCGCFQKPQSVCPQG*
>peptide 24 (69 aa)
MSLFLQILATDFTKLDTTSSCTRFQNLHQMSSSLLEMLDDPDMATRELALSLLAEILEKHVSFFFSESR*
>peptide 25 (47 aa)
GNATRRGGAAAGAGAGAGDGGGAGARRRRRGRARRVLLRPPPPWRRR*
>peptide 26 (34 aa)
MKYCSDGFESKKKKVLCAGTWTGLDATPVDTTGW*
>peptide 27 (36 aa)
MTPSVNQKLRFQKRCVVKQVGNWSLALRLLAALGIF*
>peptide 28 (44 aa)
MWIGCDWKKIVKDFDLFGIEIHPFPPNPHGLRAKRTSPKVGSKG*
>peptide 29 (39 aa)
MASALVGLAAQCPVQCMNEEGSGRTCAGAVPCPPGDWTI*
>CNT0019112
ATGGCAATGCCACCCGCCGCGGTGGCGCGGCTGCGGGAGCTGGTGCCGGCGCCGGGGACGGAGGAGGAGCTGGAGCTCGACGTCGCCGGCGCGGCCGCGC
TCGTCGAGTGCTGCTCCGGCCTCCTCCGCCCTGGCGGCGGCGGTGACGGCGACGCCGGGGCCGCGCTCGAGGCGCTCGAGGCACTCTGCGCTGCGGGCGG
AGGGGGCGCGATGCGCCGCCATGCCGATGGGCTCGCTCCGCTGGTCGTCGCGCGCCTCGGCGACGGACACGCGGCCGTGCGGGAGGCCGCGAGGAGGTAC
CTCGTGCTGCTCATGGAGATGAAGGAGATGAATGCAAGAACGGAAAACACAGAGCCAAACTCAAACGTGCCAAATGACCAACACGTTCACTATACGACAA
TCGAAATGGAATCTTCTAATACCAGCCAAGCAAGAAAAAATTCCAAAGAGAAGGTCAGCGCAAGAGACATCTCGCTTCTTGCAGGAGAAGGAGATATTAC
AAGGAAGTTAGTCGAACCTATAAAGGTTTTCTCTGAGAAGGACCTACTAAGGGAGATAGGAAAAGTAGTATCTACTTTGCAGCCAGATAATGAGTGGTCA
ATCCGGATAACTGCAATGCAAAGAGTGGAGGGTTTAGTGCTTGGAGGTGCTGCGGACTATTCGGCCTTCCCCATGCTCCTAAAACAGCTCATGACTCCTC
TAATAACTCAGCTTCTGGATAGGAGATCTAGCGTTGTAAAACAGGCATGCCATTTATTAAACTTCCTATCAAAAGAGCTACTACGTGACTTTGAGCCATA
CGCAGAGCTGCTTATTCCGGTCCTTCTTAAGAATGTCGTGATCACCATCCTTGTAATTGCTGAGTCTGCTGATAACTGTATAAAAGAGATGTTAAGGAAC
TGCAAGGTGGCTCGTATACTACCAAGGATTATTGAATTTGCAAAGAATGATAGAAGTGCTGTTCTTCGTGCCAGGTGTTGTGAATATGCAACACTAATGT
TAGAGTACTGGGTTGATACTCCAGAAATACAGAGATCAGCTGACCTGTACGAAGACCTTATAAAATGTTGTATAGCAGATGCAACTAGTGAGGTCCGATC
AAGCGCAAGGGCATGCTACAGGATGTTCTCAAGGATTTGGCCTGACCGTTCGCATCAGCTGTACTCATCTTTTGAACCACCCAGACAGAAAATGATAAAT
GATGAAGATACTGAGACACCTCAAGCGCATCTTCCTCCAGTTAAAATAAGTCATCTTCAACCTAGTTCTTTCGTTCCAGCTGTAATAGATAAAGTTGTTA
AGGTCGATTCTGGGATATCATTTTCTTCCGGAGACCTTCAAACATCAGACATACTATACCTCCAGTGTGATGATATAATCGCAAAAGGCCTAGATGCGGG
CAATAACGATGACACACTGACTATTGGAAGTTCTTTTGAGGATAAGATCACACTAAGAGAACTAGAAACTAGAGACAGAGATACTGAGAAAAATGATTCA
GGCAACAGTACAGGTGTCAATTCATCGGCTCGTGACCAACCAACTGCCACTCCCATTACAATAGAAGCACCTTCAGAAATGTCACTGGATGATGCAACTG
TTGTAACAATTGTTCAAGACAAGGCTGAATGCAAGCTGAATGTTGAACCGATAAATCAGCAAGTTCAAGCACAAGAAGATCCTTCTGACTTGACATGCCT
GTCACCTGCAGTTAACTCGAAAGGTGCAGGGAACTTACTAAAGGAAAATCCTGTTGAAGTAAGCTCTGATGCTGGATCAAGTGGAAAAGTAGGAACTCAT
AAGAAGAGTGCTGTTTCTAAGAAGCCACGTGGTAGTTACACCCCTAACTTCCGGCGACCTCTCTTGAGTAAGCAGATGACAAATTGGTTTTATGCCAGTA
CCAAAAGTGATATACATGAGAAGCAACTCATTCTGGGAGAAATGGTCAACAACATGGATGTGCCCTCATCTATTACAGAGGCACTTTCTTTGGGTCTTAA
CCCAAGATCAGATTGGATGATGAAGGTATATGCATTCAGTTTCTTAAGACAGTGTTTGCTAGAACGTGGATCAAAAGGCACTCAGGAAGTTGCACAAAAT
TTTGAGAAGGTTATGAGGCTTGTTTGTCGATATCTAGATGATCCCCATCACAAAGTGGCACATGCTGCTCTCTCTTCACTAGCTGATATCATGCCAGTTT
TCAAGAAGCCTTTTGAACATTATCTCGACAAGACACTGCCCCATATTTTCTCCCGGTTAAATGATCCAAAGGAATCAATCAAGCAGCAGTGCTTGGCAAT
TTTGAAACATGCAAATGAAAGTTATCCCATTGATTCTCTCTTACCCGCCTTACTTCGTTCGCTAGATGAGCAGAAATCTCCCAAGTCAAAACTGGCAGTT
CTTGAGTTTGCAAATGCCTCTTTTGTGAAATGCGAAGTCAATTCTGAAAGCTATTGTAGCAGCAGCTTCCTCAAGCCATGGTTTGGAAAACTTGCCCATT
TGTTTAACGATAAAAACAAGAAACTGAAGGAGGTTACAGTGGTTGGTTTCTCATCTATTTATTCTCACTATGATCCTACATCCATGTTAAGCTTTTTGGT
CACCCTGTCAATGGAAGAACAAAAGCGGCTAAAACGGGCAATGAAGCAATTAATACCATCAATAGAAAGTGACATGGAAGAGTTCTTGCAACAGAAGAGA
CATAAGCAAAAGACTCCATCTTTTGATATTTTTACTGCAAAATCACCACTTCATCCTGCATTTCAATCTGCAAAATCACCACTGCATCCTGCTCATCGAT
CTTCTAAATCACCACTCCATCCTCGATTTGCTGAGTCGCCCGGTCATTCCGCATATAAATACGCCAAGTCACCGCTGCATCCCTCGTATCAACCTGCTAA
CTCACCGCTGCATCCCTCGTATCAATCTAACTATGTCAAGGCTGATGATTGTTTCAGTTCTGCACTCCAGTGTCTCCCGGATACATCTTTGGAAGTCCAG
GAGGACCGTACTGGAAGGATTGAGATCGAATCTCCTAATAAATCTTATGGGCACAAAGCTGAAATGATGGACAAGAAGTCCTGTACCGTGAGGTCAAAGA
ATGATCTCCCGAGAAGAAGTGACTTCAGTGTGATATCAAATAACATAGTTCAGAATGCAAGCAGTAGGGACAGTCGGAGTACAAAGATACTTGATGAACC
AAACGACAGTGAACTGCACATAAATACCCGAAAAAACAAAGTTACGAGGACGAGGAATGATTTGCAGGATCATGAGGTAATCATTTCCCACTCATCTTTC
TCTCTCTCTTAAAATAGCACTTCTGCACATACATCAGATCTCTAAAAATTTTGACTAACCTGATGGTGTTTTGTTTGATAACTACAGTACTATTTAGTGT
GTTCTCTTTCTGCAACAGTTACATGCTATAAGTGTCCTATGAGCTTGTTTTTACAAATCTTGGCAACAGATTTTACAAAGCTAGACACCACCTCATCTTG
CACTCGTTTTCAGAATTTACACCAGATGTCTTCTTCCCTTCTCGAGATGCTTGATGACCCAGATATGGCCACAAGAGAGCTTGCACTTTCTCTGCTGGCT
GAAATCCTTGAAAAGCACGTAAGCTTTTTTTTTTCTGAGAGTCGTTAGCAGTGACTACTCGTCTGTTTACACGCGCCACCATTGGATACCGTTTCCCCAT
GATAACGACCCTTTGCCTTGCCCTTCCCGTCCAGCAGAAGGCGATGGAGAACTGCGTTGAGCTTCTTGTAGTTAAACTGCTGCATGCAACCAAAGACGGT
GCCTTGAAGGTAATGCACAGTTGCAGTGCTTGGTTCGGCTCGCATTTGCTGGTGCAACCACAAAGCTGGCATCTGAAGCCTTTATTTATGTCACTGTCGC
TGCAGGTTGTAAATCAGGCCCATATCTGCTTGACAACTGTGGTCACTCAGTTCGACCCACTCAGATGCCTTGGGGTAAGCTTGTTTTGCATCGTCGTTAA
GTGTTGCTGTTTAACTACAAGAAATCTTGTGTTGCTGTTTTTTTTTTTTGTTTGCCGTCGTCACTGCAAGTAATCTTGTGTTTCTCATGTAAACGTGCAG
GCCATCGCTTCTCAGCTGGCCAGCCAGGATGAGAAAGTTCTTATTGTAAGCATCAATAGTCTGAGCAAGGTATGTAGTCAGCCCACCAGGTTTTGCCGCG
CGCATTCATGTGTACAGCTCATCGTCTTGCCTTGACCCGTGTTAGGTGTGAGGGATGCAACTAGGCATGTGTATTTCCCAAATTGGACGCTCCCCTGATC
TCTATCCTTCCTTCGTTTCAGCTTGTGATGCGATTCTCGGAGGACAACCTGATGGCTCATCTGCCAACGTTTCTTCCAGCACTTGTGGATGCTTCCAAAA
ACCGCAGTCCGTATGTCCGCAAGGTTAGTCCATTCCGGGAAATCTGTTTTTTATTTTTTTTCACCTCCTCCAGATTGCTTTATATGGTAAAAGACTAAAA
GGTAGTAGGGAATTACTTAGGTAATAAATAAAAACCGGAGTATTGATCATATATGCCTTGCTGCTGTGTAGCATACTGACATTTTTTTTAAAAAAAACGA
GTAGCATACTGACAATAATACCATGTACTTGCTCTGAAGTCTGAACCATGCACACACATACAGACAATAATAGCATGTACTACGAGTAGTAGTAATTGTA
TTTGCTCGCCCCATCACAAAAAAGGAGGAGAAAATGATGGCATTGTGTTGGTCATTCATCGGCTGCAGGCTGCGATGGTGTGCGTGGTGGACGCGTACCT
GAAGCTGGGGCCGGCGCTGCTGCCGTACCTGGAGGGCCTGGACAGCGCGCAGCTGCAGCTGATAACCACCCACGCCAGCCGTCTGTCCCAGGCAAGATTG
ATTGCGTCGGACGGCTGACGCAGCGGGGCACGCCGGACGGGCCGGCCGGCCGAGGATGTTCCGGGGCAGAGCAGCGTGCGTCGTCGTCGTCGGCGTACCA
CCCGCTCCTCCTTATAACGCCCGTGCGCGCCCCGGAAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAAGAAGAAGAACGATGCCCTGCTGTGACTAC
TGCGCTCCCAATTTATGAGCATACAGTAGACCGCACTGCGCTGCGGACGGAAGTGTACTGCGAGCAGCAATGGCTGCGCCTGGTTTTTCTTCTTCTTGTG
GCTTGTATTTAGAGATATATAGAGAGAGAGAGAGCGTGTGCTATGCGTGCGGCTGTTGTCATTTAAGGGCTTGTTCGGTTATTTCTATCCCATGTGGATT
GGATGTGATTGGAAAAAAATTGTGAAAGATTTTGACTTGTTTGGGATTGAAATCCATCCATTCCCACCCAATCCACATGGATTGAGAGCAAAACGAACAA
GCCCTAAAGTGGGAAGTAAAGGGTGAACAGTCAGTCGGTTATGAAATACTGCAGCGATGGATTTGAATCAAAAAAGAAGAAGGTTCTGTGTGCTGGAACC
TGGACTGGATTGGATGCTACTCCTGTAGATACAACAGGTTGGTGATCTGGTCTATGGAGATCGAGAGCAGCAGAGGCTGCATGTGCACCGCAATCCCTGC
CGTGCCGTATGGCGTCGGCTTTGGTTGGCTTGGCTGCCCAGTGCCCAGTGCAGTGCATGAATGAGGAAGGAAGCGGACGAACCTGCGCCGGTGCCGTGCC
CTGTCCACCCGGAGACTGGACGATATAGAAAGAGAGATGGAGAGTGCACCGGGGGATGGCATGATGGGGTGGCAGAAGGGCGAAGAGAAGGCCGCCGGCG
GCAATCATCGAGCGGAGCGGAGTCCATCAGGTCGGTCGAATCCAAGCCCAAGTCCAGTTCAGCCAGCTGGCACACGTGGGCGATGAAGCAACACCGTGAC
TGTGAGCGTCACGTCACGCCAAATGGCCAGTTGCAGGAGAAGAAGATTAGTGCAGTACGTAGTATACGTAACGTAATCGAGGAGAACAACACCGGTATAG
AAAGAAAGAGGAGAAGCGGGTGCCTGCCTACCGCGGCCCATTAATGGTGCTTCACGTGACCTGCCACGCCCCCACCTCCGGCCCCCCCTACCCTACTGTG
CACGGTGGCTACACCACTACTACTACTAGGCAGCCGAGCTCCTCGCCTCGCTCTCGCTCTCGCTCCTCCACCTTCCCTCCCTTGGGTCCGTCCGTTTGCC
GTGCGCCATTGCCCATTGCCCATTGCGCCCTGCGCCCCCTCCCTTGGCCAAGTTGCCATTTGCCTTCCCTTTCCCTCCGCATCGGCCCATCCCAGTATCC
TACCCTCCCCCTCCCACTCACGGCAGCTGCCATTGTCGCCCTGTCTGCCCCCCTCCACGCTCTCCCTATCCACCACAGCACAGCACAGCACAGCGCCACG
CACGATCTCGCCGGTGCCACCGTGCTCCCCCACCTTCAAATGTCGGGCCTCCTTCCACCGGCGCCCCGCGGCACGGAGCACTGAGCGCAGTCCGGTCCGG
CGCTGCCCCACTGCGACAAGGAGGACGGGCAAGCGCCGCCAGCCGCGCGGGGCCTCCGCTCTGCTCACCCTCGCCGCGGGGGAGACACACGGGGTAGGTG
CGGAGAGGACGCTAGATCCGCGCGCCCGACCGTCCCCGCCGCCTCCCACCGGCCACCGCACCGCCGCCGCCGGCGGTTCCCTCGTCGTCGCGCGCCAGCG
CAGCTGCTGCAGTGCAGGAAGGGACGGTGTGAATGAAAGGCGCTCAGGATAAAAGGCACAGAAAGAAGCAGGACCTCCAGGTTCTCGGGCCCTTCCCGGG
ATGCCTGGGGAGGATGATCAACATGTTAGACCTCAGCAATGGCGTGGTTGCTACCAAGATGCTCACTGAGAAGGCGCATAGAGATGTTTCTCCGGCCGGA
AAAGACCGGAGTAATACTTTCAAGATGGCAATTAATCCCCCAGCTCAGACTGAAGATAAACAAAGGGATAGTCAGACAAGAAGGAATTTCCCTACTAAAA
GGTCAAACTCGCCTACTAAAAGGACTGGTGCGATGCCTGTTAAAATGCTGATGGAGCAGGACATGTGGAAAGAAAGACGGCCTGATGAGGAGCCACTGAA
TGTTGTTGCAAGATTAATGGGCCTACATGAGCCTCCAGGTCAGCAATCCAATTTCCCTTTAGGAAGACAATTGGATAAGAAATATCAGTGTGGTGGTTTT
GAAGAGAACTACTGGAATCTCAAGTCAAAGAAGGAAAGCAAATGCCACCAAAACCAAAAGGCAGGGCCACGCCATCAGCACACTTGGAATGGTTCTGGTG
ACCAACCATCAAGAATCAGTAGCAGCCAGAGCATGCACCAAGAAAATGAGACTTGTGAGAAGAGGATGTCAATTGTTCGCGAGAAGTTTGCTGAAGCAAA
GCGACTAGCCACAGATGAGAAACTTCTTCATTCGAAGGAGTTCCAAGATGCACTGCAGTTTTTAAGCTCAAATAGAGACCTATTCTTGGAGTTCCTTGAC
GAGCCAAATCCTCTATTATCAAGCAACCGTTATGAGTTCCAACCTGTTGCACCACCTTCTGAAGTAAAGCAAATAACCATACTGAAGCCATCAGAACCAG
CAAAGAGAAAAGACAGCATCTTTGTGGGGAGACAACTGTTTTCAGATGGAGATGGAGGTGAAAGTGAACGAAACAGATACAGGCGCCATCAGAGTTCGGA
TGTTTCCCCAGCAAATTCAAATTTGTCTGAGCCAACAAAAATTGTAGTACTAAAACCAGGATTCCCCAGTTCTCATGACTCCAGGATTGCGAGGTCTTCA
TTATCATCAGCAGAAGACAGTGAAGATGAAAGTATGATGGCGGTTGATGAAACCATGTGCTCAAGAAGGTTGGCAAAGGAGATCACTTGGCAGATGAGGA
TGCGGCTAAAAGACAGGCAAGACGAAGAGAGTATGCTCTCATGTGAATACCCTGACTTTTATATCGGAGATGACTCCTTCAGTAAATCAGAAGTTGAGAT
TCCAAAAGAGATGTGTGGTGAAACAAGTGGGGAATTGGAGTTTGGCACTCCGACTTCTGGCCGCTCTTGGGATTTTCTGAGTAGAAGTGGAAGTCCTTTC
TCTGCGTCATGCTCTAGTCAGGCATCCCATAGAAGGGAGCCGTCAGTAGTTAGGGAAGGCAAGAAGAAGATTTTAGAGAGATTGTCTATGGTATCATCAA
CAGTCAATATTGAGGAAGAAATGGAAGGTCGCAGAAGTACAGGCACACTTGGTGACATGCTCACAATATCGAAAGTCAAGGACCAGGAAGAAATTGGGGC
TGAAACACTGGGGAGCCCAGCACCTGAGCTGGAACCTGAGGAGCCTTTCTCATGTTTGCCAAGATCTCGATCCCTTCCACTTTCTTTGTCCTATGGAGTC
GCTGAGTCAAATGGAATAACCTCTGGCACTCATGAAGCTGAAAAGGAAAGAATCAGGAAGTCGTCATCGTTTAGGGAAAAAGTTTCTAGCCTGTTCTCTA
AAAATAAGAAATCAACCAGGGAGAAGGTAGATCCATCTGTGAGCAATAGACTCAAACATGGAGGGGCTGTGACTACTGGTGATGTGAAGGAAATCTGCAA
CCATCTTGCCCTAGACAATCTTCAGAAACAACATACTTGTCTAAACACAGATGAGAAGAACACTGTGCAAGGACTCGTGACTAGTTCTTGTGAGACCAAT
AGTGCAGCTGATATCCCTGCCAAGGATATTTCCTCCATTTCAAGTCTTGGTGTCCCAGGAATCTTTGGTGGCCTTCAGGATGAACCTAGTCCTGTATCTG
TACTAGATGGACCGTTTATATGTGATAACAATAGGAGGCTACTGTACTCATCTGAAAATTTCATCACTTCATCCCCACAAGCTTTGTCAAGGTCTCCCCT
GATCGGATCATTTTCACGGTCACTGTCATGGGAGGATCCCCCGCTGGAAGTCATGTCGCCGAATTCGTTGAGACTCTCAAGGCTTTTCTCGAAGGCTGAT
GAAGATCTAGATTCACTGACGTTTATCCAGAAGCTGGTCCACTCTCGAGGCACGGGTCGAGAAAGTTGCATATTAGCTGACCCTTTGGACCCGAGTTTGC
TCGAGAAGATTTCGGATTACGAAGAAGATGGAATTAAGTTTGGGAAAAGGCGGCCCAAACAGAGGCTCCTTTTCGACGCCGTAAACGAAGCGCTCATCGA
GCTTGCTTCGATGGCGGAACTGGCTGCGTACCCCTGGGGTAGATCATGCTCTTCGGAGCACGGGGATTGCAAGAACGGTTCCAGCAGTAATTCTGCGGCT
GAGGAAATCTGGCGGGTCATTAGGAACTGGTCGATACTTGAGAAGTACCCTCCCGGTGAAGCTATTGAAAGAAATCTCTTGCTGGAGATGATACTAAAGA
GGGAGGTGGCGGAGGCAGCCAGCGCTGACACGACTCGGTTAGAGACGTTTGATCTCAACACCACGGTCTGCGCCATGGTCTTGGATGGCCTGGTTGAAGA
GACAGTTGTAGATCTGACTAACTACTGCTAGTGAGGTACCTCTGCCCTCTAACTAATAATCTCGCGCTCTGCTCCCTAGTGTTGGTGTTTGGTGTGATAC
TTGCTGCCGTAACACTGCTCCATGCTATTACTCGCTCAAATGTGATGCCAAATAAATGGGTCTCTACGTTGTTTACGTTTCTGTTTTGATCTCTTCTACC
GTGGTATTTGTTCTAG
| Potential function | Interacting transcript | Gene description | Transcript biotype | lncRNA id | Alignment score (LAST) | Alignment length | Transcript region involved in interaction | Genomic orientation of interacting RNAs |
|---|---|---|---|---|---|---|---|---|
| GRMZM2G056393_T02 | Uncharacterized protein | protein coding | CNT0019112 | 259 | 147 | UTR3 | Trans | |
| GRMZM2G086277_T01 | Zinc finger, C2H2 type family protein isoform 1; Zinc finger, C2H2 type family protein isoform 2 | protein coding | CNT0019112 | 222 | 150 | UTR3 | Trans | |
| GRMZM2G171476_T01 | Uncharacterized protein | protein coding | CNT0019112 | 187 | 119 | UTR3 | Trans | |
| GRMZM2G180926_T01 | protein coding | CNT0019112 | 225 | 140 | CDS | Trans | ||
| GRMZM2G381138_T01 | Uncharacterized protein | protein coding | CNT0019112 | 405 | 225 | CDS_UTR | Trans | |
| GRMZM2G540491_T01 | Uncharacterized protein | protein coding | CNT0019112 | 111 | 140 | UTR5 | Trans |