Alexandromys fortis (reed vole): 126509801 Help Entry 126509801         CDS       T08493                                  Name (RefSeq) inversin isoform X1   KO K19626   inversin Organism mfot  Alexandromys fortis (reed vole) Pathway mfot04310   Wnt signaling pathway Brite KEGG Orthology (KO) [BR:mfot00001]  09130 Environmental Information Processing   09132 Signal transduction    04310 Wnt signaling pathway     126509801  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    03037 Cilium and associated proteins [BR:mfot03037]     126509801 Cilium and associated proteins [BR:mfot03037]  Primary cilia and associated proteins   Nephronophthisis-related proteins    126509801 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Ank_2 Ank Ank_4 Ank_3 Ank_5 Ank_KRIT1 IQ IQ_SCN5A_C ANK_LRRK2 Motif Other DBs NCBI-GeneID:  126509801 NCBI-ProteinID:  XP_050011869 LinkDB All DBs Position Unknown AA seq 1052 aa AA seqDB search MNISEIVLSAGPSLALQVHAAAVNGDKGALQRLIVGNPALKDKEDQFGRTPLMYCVLADR LDCADALLKAGADVNKTDHSRRTALHLAAQKGNYRFMKLLLTRRANWMQKDLEEMTPLHL TTRHRSPKCLALLLKFMAPGEVDTQDKNKQTALHWSAYYNNPEHAKLLIKHDSNIGIPDI EGKIPLHWAANHKDPSAVHTVRCILDAAPTESLLNWQDYEGRTPLHFAVADGNLTVVDVL TSYESCNITSYDNLFRTPLHWAALLGHAQIVHLLLERNKSGTIPSDSQGATPLHYAAQSN FAETVKVFLKHPSVKDDPDLEGRTSFMWAAGKGSEDVLRTMLSLNSDIDINMADKYGGTA LHAAALSGHVSTVKLLLDNDAQVDASDVMKHTPLFRACEMGHKDVIQTLIKGGARVDLVD QDGHSLLHWAALGGNADVCQILIENKINPNVQDYAGRTPLQCAAYGGYINCMAVLMENSA DPNIQDKEGRTALHWSCNNGYLDAIKLLLDFAAFPNQMENNEERYTPLDYALLGERHEVI QFMLEHGALSIAAIQDIAAFKIQAVYKGYKVRKAFRDRKNLLMKHEQLRKDAAAKKREEE NKRKEAEQQKELQSTDPSPHILPCPPSPQSKPSKQSADPSQQPPAGHTVQGADPEHSRSL GQCPGRASHKDSSSDLQGTASRKPNETPREHCRGPSAYVHLRSREGGDGARHQGASSVEK CRGETNGEHQCVEGPSRARQPLSFGSAQPAEKGEDSSPASASQQDSPRKASRRQDRAPRP RGASQKRRTHQLRDRCSPAGSSRPGSARRDVACTEQSPLHHRTPRNKVTPDKLVGGVSSD LPLRTEELRSGCKKLCEDARASPERNVVHGPPPGQSVNIHLLPVEQRLQIIQRELSRKEL FRRKNKAAAVIQRAWRRYQLRKHLPRLLHVKQLRAGDMLRCTQVCTALLLRVWRTEVEHR FPKSVTVSRTPKSPPKGMSATKSARHSVLRQIYGCSQDGKVHHAPKPSKGPPVLHLNPVH SLQSIHLDNVGRSKKFSYNLQPASQSKNKPKL NT seq 3159 nt NT seq  +upstreamnt  +downstreamnt atgaacatttcagagattgtgctctctgctggaccctcattagcattgcaggttcatgcc gctgcagttaacggagataagggtgcccttcagagactcattgttggaaaccctgctctt aaagacaaagaagaccaatttggaagaacaccactcatgtactgtgtgttggcagacaga ctggactgtgcagatgctcttctgaaagcaggagcagatgtcaataagactgaccatagc cggagaacagccctccaccttgcagctcaaaagggaaattaccgctttatgaaactcttg cttacacgcagagcaaattggatgcagaaggatctagaagagatgacacccttgcacctg actacccggcataggagccccaagtgtctagcccttctgctgaagtttatggcccctggg gaggtggatacacaggacaagaataagcaaacagctttgcactggagcgcatactacaac aacccagagcatgcgaagctgctcatcaagcatgactccaacattgggattcctgacatc gagggcaagatcccactccactgggcagccaaccataaagacccgagcgctgtgcacaca gtgagatgcatcctggatgctgccccaacagagtctttattgaactggcaagactacgag ggccgcacacctcttcacttcgcggtcgccgatggaaacctgacggtggtggatgtcttg acctcctacgaaagctgcaacataacatcgtacgataatttatttcgaaccccactccac tgggcagccttactaggccatgcgcagatcgtccatctccttttagaaagaaacaagtct ggaactatcccttccgacagccaaggagcaacacccttgcactatgcagctcagagtaac tttgctgaaacagtgaaagtgtttttaaagcatccttcagtgaaagacgaccccgacctg gagggaagaacgtccttcatgtgggcagcagggaaaggcagtgaggacgtgctcagaact atgctgagtctaaactctgacatcgacattaacatggcagacaagtacggaggcacagct ttacatgctgctgccttgtctggccatgtcagcactgtgaagttattgttggacaatgat gctcaagtagatgcttctgacgtcatgaaacatactccactcttccgagcctgtgagatg ggacacaaagatgtgattcagacacttattaaaggcggagcaagggtagatctggttgac caagatggacactcccttctccactgggcagcactggggggaaatgccgacgtctgccag atactgattgaaaacaagatcaacccaaatgtgcaggattatgcaggaagaacgcctctg cagtgtgctgcatacggagggtacatcaactgcatggctgtgctcatggaaaacagcgca gaccccaacatccaagacaaagagggacgaacagctttgcactggtcctgtaacaatggc taccttgatgcaattaaattactgctcgattttgctgctttccctaatcagatggagaac aacgaggagaggtacacaccccttgactatgcattgcttggtgagcgccatgaggtgatc cagttcatgctggaacatggtgccctgtccatcgcagctatacaagacattgctgccttc aaaatccaagctgtctacaaaggatacaaggtcagaaaagccttccgagaccggaagaac ctcctcatgaaacatgagcagctgagaaaagatgctgcagctaaaaaacgggaggaggaa aacaagaggaaagaagctgaacagcaaaaagagctgcaaagcacagaccccagtccccac attctcccctgtccacccagcccccagagcaagcccagcaagcagagtgcggaccctagc caacaaccacctgctggccacacagtccagggcgctgacccagagcacagcaggtctcta ggtcagtgtccaggcagagcttcccacaaggattcttcctcagaccttcagggaacagcc tccagaaagccaaatgaaacacccagggaacactgcagaggcccctctgcctatgtgcat ctcagatcccgtgaaggcggtgatggcgccaggcatcagggagcatcctctgtggagaag tgcagaggtgagaccaatggagagcaccaatgcgtggagggaccaagcagggccaggcag cccttgtcctttgggtcagcccagcctgctgagaaaggagaggactccagccctgcaagt gcgtcccagcaggacagccccaggaaggcaagcaggaggcaggacagggcacccaggccc agaggtgcttcccagaaaaggcgcacccaccagctcagagacaggtgctccccagctggg tccagccggcctggcagtgccaggagggacgttgcctgtactgaacagagccctctccat caccgcacaccaagaaacaaggtgaccccggacaagcttgtaggaggggtctcctcagat ctgccactccgtacagaagagttgaggtctggatgcaagaagctgtgtgaggatgcccgg gcatctccagagagaaatgtggtccatggcccccctcctggacagagtgtgaatatccac cttctccctgtagagcagcgcctgcagataatccagagggagctaagtaggaaagagcta ttccgcagaaagaacaaggccgcagcagtcatccagcgagcttggcgaagataccagctc aggaaacacctgcctcgtcttctgcacgtgaagcagctcagagctggagacatgctcaga tgtacccaagtgtgcacagccctgctccttcgggtctggaggacagaagtggaacacagg ttcccaaagtccgtcacagtaagcagaacacccaaaagtcctcccaaaggcatgtcagcc accaagtctgcaaggcactcagtgctcaggcagatctatggttgctctcaagacgggaaa gtacatcatgcccccaagccttccaaaggccctcctgtgctgcatctcaatccagtccac agtctgcaatctatacatcttgacaacgttggaagatcaaagaagttttcttataatctg caaccagccagtcagtcaaagaacaagccaaagctgtga

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