| Name | KWMTBOMO05810 | |||
| chromosome /Scaffold_id | Bomo_Chr10 (Genome browser) | |||
| vs nr | PREDICTED:_adenylate_kinase_9_isoform_X2_[Amyelois_transitella] | |||
| Ontology |
| |||
| Protein Structure | Expand view | |||
| Expression Level | ||||
| Interproscan | Interproscan result page | |||
| Sequence (Amino Acid) | MPPKKVEGPEKKPLIGRVGTNLKVGIVGVPNVGKSTFFNVLTKSQAAAENFPFCTIDPNE NNKYDVLDSNGVKDIKIEKNATYRGPIDIIYKLARPIEFKHGVPLGATTVGINNTDAPLP RETKYYTAWNDLDAQEIYLNTKPTCYLIVGKPGSGAYSLGEALAKRLKCIHLSPLTILRD ELEQQGPTGICLDFNMRHNMKCIFNILLLILKKKLESPVVQHRGYILTGFPLISNKTDSR LVITSQHGEEALNTSSEICNFLVNNIKRKEKKGSIVQKTNTSSFIEMEEEELTETLEEEH EHEEAIEEQEELPKEFPKSMLEFCSNIVFNQKTHICDNESTFLKQFEEIFNLDLSPDVII NITSPDCDLITKKSSKYFNYLNSQIVMEPFNNNPVSESRWPSKYTVKDFINPFDSHIFNP KYMCRQPYNFKLHSTQQMCNYKNTIKSAIDKKLEEYGYNAIKLDSRMSLHEMIHNAMERL ILIPNNSVLIPEPLYLDEPSDNIEDFTKSIEQLNIINSCGVNFHRYMSPWNFRCPVELRK RKSMKGNSKFAVTFFKHVYCLSSFDAMLQFCKNPRPYLKLEYLEPTCRIIIVGTKSSGKS MIAQCLSWIFNTPIICYKTFLEQQKSKKYFDFSKSILSSISAKIEDDRFSQWQSAEIERY QKIEMWYDTTASIIQEYLWLQSNMEPRQNETISLNQTEQRTNAIVSVENTDLTDNIKRLE YLQSELSFLPFENDEEQLKRALDDKQFLCQFIPAELKISARKPEMPMIGDEDVSKAVAEF IVANDLQNEVEPTNEELINEIINITSSDNESNKTDLDSKYSKYIIDGFTTNPECWEYLIT AKSLPDYTIALVENKEIDSQLAKYYFNIENSVKNYVEKFSLAQDPLITQKMISGEVPDKI NSSLKIAHDNEQVVRDQTEDETTQMNTIFDETAFTTALSESIDKFKEEWDVLKTRLDEFY KGYIEVELETKSDVEIIDEVLLKLRKCYFAPCEPCYENESRDSISDTFTKDVMTNKPSFV SETNIYCPVTYYDYGVLWEGKKDFSLRLNNQIYRFCNEEFSVLFQKDPGRYQVLKTPYKK LPPLRICVIGCIGLGKTTLSKYIAKELGLIHIDFVEILNEELVPKHFKKVGRKYENSFTD NPIDDEGAVEYQMDEENMNASLVNVLYNETEIRSIIYNYLEKGISIPSTLMHKILKKLWF EEPFVKTGFVLDGYPKTPNDVNDMLTFLCIPDLIIELEGTSVNTIDRLSPEMINTWKLQL NEAKANARVKLEIEKKEWMNFITKNVVGKLILEDLLDNVPHVDNVLAPTMKPLSTSSMES VIIDAHPSGSFNVDANLFTIYNQIVEEFPEPEDQNIWEKSDEAREKIDSRLESVFETESE NIQALKDLLSEQNIKLETVDATKSFEKVMRTALSKLNDLRNRNISFLEETYVIDLDVAEI LLGAGFYFQSKFHRMCPVQIYDSPHIILNPYKLSKKKGTLYPVIHRSYIYFVSSIDNLIK FRNNPIKYADSNTIIEYRHHPLKIAIIGPPKSGKSMLAEKISKQYGLLCISRGKAIRDVL NNLSWTKLASKMNSVLIRGEILNYDLLMSAVQTEAIDHRIVTHGFVLDGFPETPSEGIEL CKNKLYPNIIFDISSTKAKIIENCRCENYLDIIKQKPHFPEILIEKRYSIWKENCNKIRD WIDEDYQNIYVLDGNSTRWKCLQDALKIIANFSKEMHYVLSAGKLSAVPVEVLCISNDDF RQNMSNYKNICPICFHQNIFRNGGPSVNKKGVVLYDNTFFWVCSEHMKMAIDRPHIYLCN KKVYIPEIPAVIKTIDPILIYENGICIVTYAENLPAQKVKKGSEKIAVNFEGKIYLFCSE ICLEKFLRKPYLYKDVVVFKETKLFPKITIDKLPDLEISNHALSVSARRVPVPDERYDYL CEYHKPASKVPAFLNVVDIAGLVRGAAEGQGLGNAFLSHIKACDAIFNLCRAFDDEDVIH VDGDVNPVRDLETIAEELRLKDEEQLLQHIEKLDRVVNRGGEKKLKPEYDSLAKVKTILV DEKKHIRFGDWSAADIEVLNKYLFLTSKPALYLVNLSEKDYIRKKNKWLPKLKEWIDKND PGSPLIPFSGVLESKLLDMDPTERVSYLKEHGITSALDKIIVQGYKALQLEYFFTAGADE VKAWTIQKGTKAPQAAGRIHTDFEKGFIMAEVMHFKDFKEEGTEAACKAAGKYRQQGRNY VVEDGDIIFFKFNAGAGLKDAKKK (2244 a.a.) | |||
| Sequence (Nucleotide) | ATGCCTCCAAAAAAGGTTGAAGGGCCTGAAAAAAAACCTCTTATTGGAAGAGTGGGAACT AACTTAAAAGTGGGAATAGTAGGTGTTCCCAATGTTGGAAAATCTACATTCTTCAATGTT CTTACCAAGAGTCAAGCAGCAGCTGAAAACTTTCCTTTCTGCACCATCGACCCTAATGAG AATAATAAATATGATGTGTTGGACTCTAATGGTGTCAAAGACATTAAAATAGAGAAAAAT GCTACATATAGAGGTCCAATTGATATTATTTATAAACTGGCGAGGCCCATAGAATTCAAA CATGGTGTACCATTAGGTGCAACAACAGTAGGGATAAATAACACAGATGCGCCACTTCCA AGAGAAACGAAGTATTATACAGCATGGAATGATTTAGATGCACAAGAAATATACCTCAAT ACTAAACCAACTTGTTATCTTATAGTTGGTAAGCCTGGTTCCGGTGCCTATTCTCTTGGT GAAGCCTTAGCTAAAAGGTTAAAATGTATTCATTTGTCGCCCTTGACTATACTAAGAGAT GAACTCGAACAACAAGGCCCAACTGGAATTTGCCTAGATTTTAATATGCGACATAATATG AAATGCATATTCAATATACTTCTGTTAATTTTAAAAAAGAAACTAGAATCTCCAGTTGTT CAACACAGAGGCTATATATTAACAGGCTTTCCATTAATTAGTAACAAAACTGATTCCCGA TTAGTAATAACTTCACAACATGGTGAAGAAGCTCTTAATACATCTTCAGAAATTTGTAAT TTTCTTGTAAATAATATAAAAAGAAAAGAAAAGAAAGGCTCTATTGTTCAAAAGACAAAT ACTTCATCATTCATTGAAATGGAAGAGGAAGAATTAACTGAAACACTTGAAGAGGAACAT GAACATGAGGAAGCAATCGAAGAACAGGAAGAATTACCTAAAGAATTTCCAAAATCTATG TTAGAGTTTTGCTCAAACATAGTCTTCAATCAGAAAACCCATATTTGTGATAATGAGTCT ACATTTCTAAAGCAATTTGAAGAAATATTTAATTTGGATTTATCACCAGATGTCATTATC AACATTACAAGTCCTGATTGTGATTTGATAACTAAGAAGTCTTCTAAATATTTCAACTAT TTAAATAGTCAAATCGTAATGGAGCCATTCAATAATAATCCAGTTTCAGAATCCAGATGG CCATCTAAATACACAGTAAAAGACTTCATTAACCCTTTTGATAGTCATATTTTTAATCCA AAGTACATGTGCAGGCAGCCATACAACTTCAAACTGCATTCAACACAACAAATGTGTAAT TATAAAAATACAATAAAATCGGCGATTGACAAAAAACTTGAAGAATATGGTTACAATGCT ATAAAATTAGATTCAAGAATGTCTCTTCATGAAATGATTCATAACGCAATGGAAAGATTG ATCTTAATACCTAATAACTCCGTTCTAATTCCAGAACCATTATATTTAGATGAGCCATCT GACAATATTGAAGATTTCACAAAATCAATTGAACAACTAAACATTATAAATAGTTGTGGA GTGAACTTTCATAGGTATATGTCGCCTTGGAATTTTAGATGTCCAGTTGAACTAAGAAAG AGGAAATCTATGAAAGGAAACTCTAAATTTGCTGTAACATTCTTTAAGCATGTTTACTGT TTATCCTCTTTTGATGCTATGCTACAGTTTTGTAAAAATCCACGCCCTTATTTAAAGTTA GAATATTTAGAACCTACTTGTAGAATAATAATAGTAGGAACAAAATCTTCAGGGAAAAGT ATGATTGCTCAATGTCTTTCTTGGATATTCAACACGCCTATTATATGCTATAAAACTTTT TTAGAACAGCAAAAGTCCAAAAAGTACTTTGATTTTTCTAAATCTATCCTGTCAAGTATC AGTGCTAAAATAGAAGACGACCGTTTTTCTCAGTGGCAGAGCGCCGAAATAGAGAGATAT CAAAAGATTGAAATGTGGTATGATACTACCGCAAGTATTATACAAGAATATTTATGGCTA CAATCAAATATGGAACCAAGACAAAATGAAACGATTTCCCTCAATCAAACGGAGCAAAGA ACAAACGCAATAGTTTCTGTAGAAAACACTGACCTAACAGATAATATAAAACGACTTGAA TATCTTCAGTCGGAACTTTCTTTTCTGCCATTCGAAAATGATGAAGAGCAATTAAAACGT GCTCTTGATGACAAGCAATTTTTATGTCAATTCATTCCTGCAGAACTAAAAATATCTGCA AGAAAACCCGAGATGCCTATGATCGGCGATGAAGACGTTTCTAAAGCTGTGGCGGAATTC ATTGTAGCAAATGATCTCCAAAATGAAGTTGAACCAACAAATGAGGAATTAATAAATGAA ATTATTAACATCACATCTAGTGATAACGAAAGTAACAAAACTGATTTAGATTCTAAATAT AGTAAATATATCATTGATGGGTTCACCACAAATCCTGAATGTTGGGAATATCTCATTACG GCGAAAAGTTTGCCAGATTATACTATAGCACTTGTGGAAAATAAAGAAATAGACTCCCAA TTAGCAAAGTACTATTTTAACATCGAAAATAGTGTTAAAAACTACGTCGAAAAATTTTCA CTAGCTCAAGATCCACTAATAACTCAAAAAATGATTTCCGGTGAAGTACCAGATAAAATA AACAGTTCTCTAAAAATTGCTCACGATAATGAACAAGTTGTACGAGATCAGACCGAAGAT GAGACTACACAAATGAATACAATTTTTGATGAAACTGCTTTTACAACTGCCCTTAGTGAA TCTATTGATAAATTTAAAGAAGAATGGGATGTTCTGAAGACGCGACTTGATGAATTTTAC AAAGGTTATATTGAAGTGGAATTGGAAACGAAATCTGACGTGGAAATAATCGATGAAGTT TTATTAAAATTACGTAAATGTTACTTTGCACCATGCGAGCCTTGTTATGAAAATGAAAGT CGTGATAGTATTTCAGATACTTTCACTAAAGATGTGATGACAAATAAACCAAGCTTTGTC TCTGAAACTAACATTTATTGTCCTGTAACATACTACGATTATGGTGTGTTATGGGAGGGT AAGAAAGACTTTTCATTGCGGCTTAATAATCAAATTTACAGATTTTGTAACGAGGAATTT TCAGTTTTGTTTCAAAAAGATCCTGGTCGATATCAAGTCTTAAAGACTCCATATAAAAAA TTGCCTCCTTTGAGAATTTGTGTAATAGGTTGTATCGGCTTGGGTAAAACAACATTGTCT AAATATATAGCAAAAGAATTAGGCCTAATACACATTGATTTCGTTGAAATACTAAATGAA GAATTGGTCCCTAAACATTTTAAAAAAGTTGGACGTAAATATGAAAATAGTTTTACTGAT AACCCTATTGATGATGAAGGAGCTGTCGAATACCAGATGGACGAAGAGAATATGAATGCA TCCCTAGTAAATGTTTTGTACAATGAAACTGAAATAAGGTCTATAATATATAACTATTTG GAGAAAGGTATATCTATACCTTCGACTCTAATGCATAAAATTCTCAAAAAGTTGTGGTTT GAGGAACCTTTCGTAAAAACAGGTTTCGTATTAGACGGGTATCCAAAGACTCCTAATGAC GTTAATGACATGCTTACATTTTTATGCATTCCCGATTTAATTATTGAATTGGAAGGAACT TCAGTAAACACGATTGATCGTTTATCGCCAGAGATGATTAACACTTGGAAATTGCAGCTG AACGAAGCCAAAGCTAATGCTAGAGTAAAATTAGAAATTGAAAAAAAAGAATGGATGAAC TTTATTACGAAGAATGTTGTAGGTAAATTAATACTTGAAGATTTACTAGATAATGTACCT CATGTAGATAATGTACTGGCTCCAACTATGAAACCTCTGAGTACATCTTCGATGGAGAGT GTTATAATAGACGCTCACCCATCTGGATCGTTTAACGTTGATGCCAATTTATTTACTATT TATAACCAGATCGTTGAAGAGTTTCCGGAACCTGAAGATCAAAATATTTGGGAAAAATCT GACGAAGCTCGCGAAAAAATAGATTCCAGGCTAGAAAGTGTATTTGAAACTGAATCTGAA AATATTCAAGCTCTTAAAGATTTATTATCGGAACAAAATATAAAACTAGAGACTGTTGAT GCTACAAAGTCTTTTGAAAAAGTGATGCGTACAGCATTGTCTAAACTAAACGATTTAAGA AACAGAAACATTTCGTTTCTTGAAGAGACGTATGTAATCGATTTAGACGTAGCAGAAATA TTGTTGGGGGCAGGATTTTATTTTCAAAGTAAATTTCATCGCATGTGTCCAGTGCAAATA TACGACAGTCCGCATATTATATTAAATCCTTACAAATTAAGCAAGAAAAAAGGAACACTA TATCCTGTAATTCACCGATCATATATCTATTTTGTTAGTAGCATAGATAACCTAATAAAA TTTCGAAATAATCCTATCAAATACGCTGATAGTAACACGATCATTGAATATCGACATCAT CCTTTAAAAATTGCTATTATTGGCCCTCCAAAGTCGGGTAAGAGTATGTTGGCAGAGAAA ATATCCAAACAATATGGGTTACTTTGTATCTCGAGAGGAAAAGCAATACGTGATGTATTA AATAATCTTTCCTGGACCAAATTGGCCTCGAAGATGAATTCGGTTCTGATAAGAGGCGAA ATATTAAATTATGACTTACTAATGAGTGCTGTACAAACGGAGGCCATTGATCATAGAATT GTTACACATGGCTTTGTTTTAGATGGTTTTCCTGAAACACCCTCGGAAGGCATTGAACTT TGCAAAAATAAATTGTATCCTAACATTATATTTGATATTTCTAGTACGAAAGCCAAAATA ATTGAAAACTGTCGTTGTGAAAACTATTTAGATATCATCAAACAGAAACCACATTTCCCA GAAATTCTCATTGAAAAGCGTTACTCTATTTGGAAAGAAAATTGTAACAAAATTAGAGAT TGGATTGACGAAGATTATCAGAATATTTATGTACTTGATGGAAACAGTACTCGATGGAAA TGTTTACAAGATGCACTTAAAATAATTGCCAATTTTAGTAAGGAAATGCATTATGTTTTA TCTGCAGGAAAATTGTCAGCTGTACCAGTTGAAGTTTTATGCATATCCAATGATGATTTT AGACAAAATATGTCTAATTATAAAAACATTTGCCCTATATGTTTCCATCAGAACATTTTC CGAAATGGCGGACCCTCTGTTAATAAAAAGGGTGTAGTTTTGTACGATAATACTTTTTTT TGGGTTTGCTCTGAACATATGAAAATGGCAATTGACCGCCCCCATATTTATCTTTGTAAC AAAAAAGTTTATATTCCTGAGATTCCAGCTGTCATAAAAACTATTGATCCTATTTTAATA TATGAAAATGGTATTTGCATAGTAACATATGCAGAAAACTTACCAGCCCAAAAGGTCAAG AAAGGTAGTGAAAAGATAGCCGTGAATTTTGAAGGAAAAATATATTTATTTTGCAGCGAA ATATGCTTAGAAAAGTTTTTGAGAAAACCTTACCTTTACAAAGACGTTGTCGTATTCAAG GAAACTAAATTGTTTCCCAAGATAACAATAGATAAATTACCTGATCTAGAGATATCTAAC CATGCTCTTTCGGTTTCAGCACGTAGGGTACCTGTACCTGATGAAAGGTATGACTACCTA TGCGAATATCATAAACCAGCAAGCAAAGTGCCAGCTTTCCTCAACGTGGTAGACATAGCC GGTCTCGTGCGCGGCGCTGCTGAAGGCCAAGGATTGGGAAACGCCTTTCTGTCCCACATC AAAGCTTGTGATGCTATTTTTAACTTGTGTCGTGCATTCGATGATGAAGACGTCATCCAT GTTGACGGTGACGTAAATCCGGTAAGAGACTTGGAGACAATTGCGGAAGAGCTACGCTTG AAGGACGAGGAGCAGCTTCTGCAGCATATCGAGAAACTGGACCGAGTGGTCAACAGAGGC GGCGAAAAGAAACTTAAACCTGAATACGATTCCCTGGCTAAAGTCAAGACTATTCTAGTT GATGAGAAGAAACACATTAGATTCGGCGATTGGAGCGCAGCTGATATTGAAGTTTTAAAT AAATACCTGTTCCTAACTTCAAAACCCGCTCTATACCTCGTTAATTTATCTGAAAAGGAC TACATTAGAAAAAAGAACAAATGGTTACCAAAGCTCAAAGAGTGGATCGACAAAAACGAC CCCGGCTCTCCTCTGATTCCATTCTCTGGAGTGTTGGAATCTAAATTGCTGGACATGGAT CCGACTGAACGTGTCTCTTACTTGAAGGAACACGGCATAACGAGTGCATTGGACAAGATC ATTGTTCAAGGATATAAGGCTCTGCAATTGGAGTATTTCTTCACAGCTGGAGCAGATGAA GTCAAAGCCTGGACAATTCAGAAAGGCACAAAGGCTCCTCAAGCCGCAGGACGTATCCAC ACCGACTTCGAGAAGGGTTTCATCATGGCCGAAGTCATGCATTTCAAGGACTTCAAGGAA GAGGGTACCGAAGCTGCGTGTAAAGCCGCCGGAAAATACAGGCAACAAGGTCGTAATTAC GTCGTCGAGGATGGCGACATCATCTTCTTCAAGTTCAACGCGGGCGCCGGTTTGAAGGAC GCCAAAAAGAAATGA (6735 bp) |
- SilkBase 1999-2023 -
