Etheostoma cragini (Arkansas darter): 117935553 Help Entry 117935553         CDS       T07493                                  Name (RefSeq) inverted formin-2-like   KO K23958   inverted formin-2 Organism ecra  Etheostoma cragini (Arkansas darter) Pathway ecra04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:ecra00001]  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     117935553  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:ecra04812]     117935553 Cytoskeleton proteins [BR:ecra04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Formins      117935553 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  FH2 Drf_FH1 Drf_FH3 WH2 TPR_TmcB RecG_N Motif Other DBs NCBI-GeneID:  117935553 NCBI-ProteinID:  XP_034713641 LinkDB All DBs Position 20:16273772..16280199 Genome browser AA seq 1007 aa AA seqDB search MAEDEDELLRVYGGIDMSDHLEVFTTLFNKVSSSPASLQLLSILQTLLVLGPGRSDIWLA LEAITNRAILLAQDSQMESCEKTMQRLMFSKSESCHGHHEVDGQLVKADKAVQTDLDRQE KEKSITSSLKPICASPLPPPPPPLPHMAGIPHQPFNQCPPPPPPLPGGFGGPPPPPPLPG MPPPPPPLPGGPGMPPPPPPLPGMGGGPPPPPPLPGMPPPPGLIVAQSSQALGCVAPTKT SPCPTLRMKKLNWQKLRTVTDGDSMWSSVQKAPHPREPDYSSIEQLFCLPVTEHKDKGAA APVKKEPKEITFIDPKKNLNLNIFLKQFRCTNEDFVAMIQNGDRSKFDVEVLKQLLKLLP EKHEIENLKSFQGEKDKLANVDRFYTSLLTVPCYQLRIECMLLCEETSSVLDMLKPKVKL VEEACQSLRTSTLVPTFCRLILDVGNFLNYGSHTGNAEGFKLSSLLKLTETKANKSRVTL LHYILEKAEANHPVLLTLPDDLEICEKAAGVNLDSAQSEASALLKRLNETAKKVSNSVEE IKAQYAKVLEESLEACKALSERFTALEKKRSELADYLCEDANQLSLDELFGTIRTFRGLF LKALKENKTRSEQAAKTEKRKQQLAEEESKRQKGENGKIIKKGFVPQNDGCIIDHLLADI RKGFSLRKTRPRCDSASPPSSEMRRDTCQSGSSVMPVNEKAVELAAISASSKRQTGGHQA STSDVNGFISPSEDTLPAPQNGMQDRPAVPPEALPGEQAMTMQTHLERSVLLQEEQHSNK STVSPQALTSPQPQVKADPQPYLPTNGFSLDSTETSILSPSSLSDSDLLEAVLDGTSSLV SEEGVDISVNVQIKESPLPNTDTVTQSSVGIIMGDGKGETSNKINCLAETVGREEGGEER KCVIVETSGTTLALGEGIEGCDVPDGLQSEVPPSVSEAVPPSLKPEPKKKQSFYKRNKKS NQGNQSINLNKDHVWNASLVMCLKGKSLFIFLLHITFYILCMVYFCV NT seq 3024 nt NT seq  +upstreamnt  +downstreamnt atggctgaagatgaggacgagctgctgcgggtctatgggggcattgacatgagtgatcac ctggaggttttcactacactgtttaacaaggtgagcagctctccagcgtctctccagctg ctgtccatcctgcagacgttgttggtgctggggcccggacgttcggatatctggctggct ctagaggccatcactaacagagccatactgctggcccaggactctcagatggagtcctgt gagaagactatgcagcggctgatgttctccaaaagcgagagctgccacggtcatcatgag gtggacgggcagctcgtgaaggcagataaggccgtgcaaactgatctggatcgtcaggag aaagagaaaagcataacatcctctctgaagccaatttgtgcctctcctctacctccacca ccacctcctctaccccatatggcaggtatcccgcaccaaccttttaaccagtgcccacct ccacctcctccgctacctggagggtttggtggaccccctccaccacctcccttgcctgga atgcctcccccaccaccaccgttgcctggcggtccaggcatgcctccgccaccaccaccc ctgccagggatgggtggcggaccacctccaccacctcccttacctggcatgccacctcca ccaggcttgatagtggctcagagtagccaggccttggggtgtgttgcacccacaaagaca agtccatgccccaccctgaggatgaaaaagctcaactggcagaagctccgcactgttact gatggtgactccatgtggtcctcggttcagaaagcgcctcatcctcgggagccggactac agtagtatcgagcagctgttctgtctcccggtgactgagcacaaggacaagggggcagct gctcctgtcaagaaggagcccaaagagattacattcattgatccaaagaaaaacctgaat ttgaacatattcctaaagcagttcagatgcacaaatgaggactttgtagccatgattcag aatggggatcgtagtaagtttgatgtagaggtgctaaaacagcttcttaagctcctacca gagaagcatgagattgaaaatttgaagtctttccaaggagaaaaagacaagttggcaaat gttgaccgcttctacacctcccttctcactgtgccatgttatcagttgaggattgagtgc atgttgctctgtgaggagacctcatcagtattggatatgctcaaacctaaagtcaagctg gtggaggaggcttgccagtctctcagaacaagcacgcttgtgcccactttctgcaggctc atccttgatgttgggaattttctcaactatggaagtcacaccgggaacgccgaggggttc aaactcagctctctgctcaagctcacagagacgaaggccaacaagagccgcgttacgctg cttcattacatcctggagaaagcggaggccaaccacccggtgctgttgaccctgccagat gatctagagatctgtgaaaaagcagcaggagttaatctggactctgctcagtcagaggcc agtgccttgctaaaacgactgaatgaaacggccaagaaggtttccaactctgtcgaagag ataaaggcgcaatatgccaaagttcttgaggaaagtctggaggcatgtaaagctttaagt gaaaggttcactgcgcttgagaagaagaggagtgagctagctgactatctgtgtgaagat gccaatcagttgtcgcttgatgaactttttggaaccatcaggactttcagaggattattc ctcaaggcactgaaggaaaacaaaaccagaagtgagcaggcagccaagactgagaagagg aagcagcagttggctgaggaggagtccaagagacagaagggagagaatggaaaaatcatc aagaaaggctttgtaccacaaaatgatggctgcatcatcgaccacctcctggcggatatc aggaaaggtttcagcctaagaaagaccaggccaaggtgcgattcggcaagccccccttct agtgaaatgcgtagggatacctgccaatctggatcaagtgtgatgcctgtaaacgaaaaa gccgtagaactagccgccatatccgcatccagcaaacgtcagacagggggtcaccaggcc agcacaagcgacgtgaacggcttcatcagcccatcagaagacactctgccagcaccccag aatggcatgcaagacagaccagctgtaccccccgaggcactcccaggagagcaagccatg acaatgcagacacacctggaaagatctgtgttgctgcaggaggagcaacactcaaataaa tctacagtatcaccccaagctctgacatcacctcagcctcaagttaaagctgatcctcaa ccatatctccccacaaatggcttttcattggactcaactgaaaccagcatcctcagccca tcttccctctctgattctgacctgctagaggctgtgttagatggcacttcgagcctggtg tctgaggagggagtggatattagcgtgaatgttcagataaaggaaagtcctttacctaat acagacacagtgacacagagtagtgtgggcattataatgggagatgggaaaggtgaaact agtaataaaataaactgcttagcagagactgtaggacgagaggagggtggagaagagcgt aaatgcgttattgtagaaacgtccgggactacgctggcactcggtgagggcatcgagggg tgcgacgtcccagatggactgcaatcagaagttccaccatcagtgtctgaagcagtgcct ccatcccttaagccagaaccaaagaaaaagcagagcttctataaacgaaacaagaagagt aatcaaggtaaccaatccattaacttaaataaagatcacgtttggaatgctagtcttgtg atgtgtcttaaagggaagtccttatttatttttttactgcatataacgttttatatatta tgtatggtctatttttgtgtgtaa

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