Danaus plexippus (monarch butterfly): KGM_208019 Help Entry KGM_208019        CDS       T04344                                  Name (GenBank) hypothetical protein   KO K04860   voltage-dependent calcium channel alpha-2/delta-3 Organism dpl  Danaus plexippus (monarch butterfly) Brite KEGG Orthology (KO) [BR:dpl00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04040 Ion channels [BR:dpl04040]     KGM_208019 Ion channels [BR:dpl04040]  Voltage-gated cation channels   Calcium channel, voltage-gated (Cav)    KGM_208019 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  VWA_N VGCC_alpha2 VWA_2 VWA VWA_3 Motif Other DBs NCBI-ProteinID:  OWR41649 UniProt:  A0A212EJI2 LinkDB All DBs Position Unknown AA seq 1215 aa AA seqDB search MTQQLLDRPVLFLFRWALSVEYFIRCCRSQQQKLQEWAKEISDALYINEEEVVHRDILLE GFSDIQIKTRNGTAIAEQAAKALEELLDRRGKAAEAIMRKAEQLATDRSDPPNDYYYDNS VDINVLKKVQKPENEWELVLNCSSLNKVEVYNSAHFDAQVSLEHTSVHVAVEVFECDPRV LPDIYWSEGLFEAFRENYAQDATLDMQYMCSAKGFLRHYPAALWDSMYKLKIEDGEALYD CRLRPWYVSASGAPRDILILLDSSGSMSNSSNLLIAEQLTLALLSALTDDDQVNVLRFNE IVESPIPCFNGKLVPANHVNSAAMMDALQYQNTSCETWMDHVLVYSVNLLKERKKATDRP PSCQQAIVLITDSLYENYTDLMNVLDPDGSIRVFVLWLHDPNGVRDSTHFYGESVSCSRD GFFAELITHADVTERVMNILRVLERPLVSQRKQRLRVYSDVYANVEDPRRGEYYWQQKEN TEQMYRYTQLRRNKDKFLNSDRLYSDYLHMHKLEKFGQYYEGQDINYRLQVTVSVPVFDS TTSEIGAGGSLFLIDHRGNIVLHENAKPVFDGDILKPGYRTVDLLDVEQPAVEHWPRHYP QEWLEFRNTLVVEQPSGTKTMYAKSIFDEGMRAFLEMKEYHWKRVKNYYTIVVTLTKYNN KHAVPEAKFTQALANAAMNALHGTDFSVHPDWLYCQHVDPHFDTREAEVLHFLRRRRDEP NFSMRKINHVFSPIKPTLLEKTYQCNEELMARFSREAIATNSWTKIAESTEHACTTCRLG STTAFFASESGLTRWQQYHATSPHAEPPSGGEWPRGPGETWYRRASATPDLIVHAPVPPI RLLRNSFIEPPELGERYKWLTAARMIAHANKGTIGVAGYHFHRQHLKDVLKSITDFPCDE EEECEPRCDGEEWSCVLVDEGGWIVSDTEEEDEEQAKEPVTQHLANVYPTAMSALLNASI FKLHWIHDYQAVCFPSTKEIIRPKHKKVKSSAPNLPSLIRSLWTSLSEILLISQEMFTFL TLLTTIPDGVNADTEAEKEKRRKKIRRDFEREKYERLFDPRVLVNRTHFAACDRSRALYV LQRNQRAMEALRRKPHLCKWPLVGTEVPKTNLLLLAIYKGCPFTGKPLNDPFINELVSLA DDEEGRSMAARLACWRTRVPLPARAPSTQCFPHHYGDEEGYRQCGPWLPDPPKKSADVKH VTLLINLPVILMLLA NT seq 3648 nt NT seq  +upstreamnt  +downstreamnt atgacgcaacaacttctcgatagaccagtcctgttcttgttccgatgggcactcagtgtc gaatattttatccgctgttgccgcagtcagcaacagaaattacaagaatgggctaaagaa atatctgatgccttatatataaacgaagaagaagttgtgcacagagatattttgttagaa ggattctcagacatccaaattaaaacaagaaacggcacggccattgccgaacaggcagct aaagctctagaagagcttctagatcgaagaggcaaagccgcagaagctatcatgaggaag gcggagcagttagcgaccgacagatctgacccacccaacgactattattatgataacagt gtagacataaacgtccttaagaaagtacagaaacctgaaaacgaatgggaactagtttta aactgcagcagtttgaataaagtagaggtttacaatagcgcacacttcgacgctcaagtt tctttagaacatacgagcgtacatgttgctgtcgaggtttttgaatgtgatcccagagta ctccctgatatatattggtcggaagggctgtttgaagcatttcgagaaaattacgctcaa gacgccacactcgacatgcagtatatgtgtagtgctaaaggatttttgagacactatcct gctgcactgtgggatagtatgtacaaattgaagattgaagatggagaagcgttgtacgac tgtagattgcgaccgtggtacgtcagtgcaagcggagctccaagagatattcttatttta ctcgattcctcggggtctatgagtaactcgtctaaccttctcatagcggaacagttgact ctggccctcctcagcgccctcacagacgacgatcaagtcaacgtcctccgattcaacgaa attgtagaatctcccattccatgcttcaatggaaaacttgtgcctgccaaccatgtgaac tcagcggccatgatggatgccctccaatatcaaaacacctcctgcgagacctggatggat catgtgctggtgtactccgttaatttgctgaaagaaagaaaaaaagctacagacagaccg ccttcctgtcaacaggccattgtcttgataacagacagtctctacgaaaattacactgac ttaatgaatgtattagaccctgatggaagtatcagggtgtttgtcctatggctacatgac cccaatggggtgagagatagtacgcatttctatggagaatcggtaagctgttctcgtgat ggattctttgcggagttgatcacccatgctgacgtcacggagagagtcatgaatatatta agagtactagaacgccctctggtatctcagaggaagcagcgtctgcgagtctacagtgat gtatacgccaatgtagaggatccaagacggggcgaatattactggcagcagaaagaaaac accgaacaaatgtatcgttacacgcaactccgtcgcaacaaagacaagtttctcaatagc gatcgtctttacagcgactacctgcatatgcataaattggaaaagtttggccaatactac gaaggtcaggatattaactaccgacttcaggtgacagtctctgttcccgtgtttgacagc accacatctgaaataggcgcaggcggatcgctctttcttattgaccatcggggaaacatt gtattacatgaaaatgcaaagccagtctttgacggtgacattctaaagccggggtatcga actgtggaccttcttgatgttgagcaaccagctgttgaacactggccccggcactaccct caggaatggctggagtttagaaacaccttagtagtcgaacagcctagtggaactaagaca atgtatgccaagagtattttcgatgaaggtatgagagcttttttggaaatgaaggagtac cattggaagagggtaaagaattactacacgatcgtggtgactctaaccaaatacaacaat aagcatgcggtccccgaagcaaagtttacacaggctctagctaatgccgcgatgaatgca ttgcatggcacagatttttccgtgcacccagactggttgtattgccagcacgtagacccc cactttgatacacgggaagcggaagttcttcatttcctgaggcgtcgtcgagatgaaccc aatttttcgatgcgaaagatcaatcacgtgttctcacccataaaaccgacgttactagag aaaacttaccaatgtaacgaggaactaatggcgagattcagtagagaagcaatcgccaca aactcgtggactaagatcgctgagagcacagaacatgcttgcacaacctgtcgactcggc tcgacgaccgccttctttgccagcgaaagcggtctaacccgctggcaacagtaccacgcg acaagtccccacgcagagccgccatctggtggtgagtggcctcgggggccgggagagact tggtaccggcgagcaagtgcgaccccagacctcattgtacatgcgcccgtaccccccatc agactgctaaggaacagcttcattgaaccacctgagttgggcgagcgatacaagtggttg actgctgcgcgtatgatcgcgcacgccaataaaggaaccatcggtgtcgccggctaccac ttccaccggcaacacttgaaggatgtgctgaaatcaataactgactttccttgcgatgaa gaagaagaatgtgaaccacgctgcgacggcgaggagtggagctgtgtgctcgttgatgaa ggtggttggatagtatcagacactgaggaagaagacgaggagcaagcaaaggaacctgtt acccaacacctggctaatgtctacccaacagcgatgtcagcgctgctaaacgctagcatc ttcaagctgcattggattcatgactaccaagctgtttgtttcccgtcaactaaggagata atacggccgaaacataaaaaagtgaagtccagcgcaccgaatctaccgtcactcatacga agtttatggacttcgttaagtgaaatactacttataagtcaggaaatgtttacttttctc acccttctaactacaataccagacggtgtaaatgcagacacggaagcagaaaaagagaaa cgtcgtaaaaaaatacgtcgggatttcgaacgagagaaatatgaaagactgtttgatcct cgggtacttgttaatagaacacacttcgctgcttgcgacagatccagggcgctgtacgtg ctccagcgaaaccaaagagctatggaagctctgagaaggaagccccatctttgcaagtgg cccctagtgggcactgaagtaccaaagaccaacttgttgctactcgcaatctacaaaggg tgccctttcactggcaaaccgctcaacgatcccttcatcaacgaactggtgtcgctggct gatgatgaagaaggtcgcagtatggcggcgcgactcgcatgttggagaacccgcgtccct ctaccagctcgagcacccagcacgcaatgtttcccacaccactatggagatgaagagggt taccgtcaatgcggtccgtggctgccggatccaccaaagaaatcagccgacgttaaacac gttacattattaattaacttaccagtgatattgatgttattagcttaa

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