Colius striatus (speckled mousebird): 104563562 Help Entry 104563562         CDS       T08355                                  Name (RefSeq) DNA topoisomerase 2-alpha-like   KO K03164   DNA topoisomerase II [EC:5.6.2.2] Organism csti  Colius striatus (speckled mousebird) Brite KEGG Orthology (KO) [BR:csti00001]  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03032 DNA replication proteins [BR:csti03032]     104563562    03036 Chromosome and associated proteins [BR:csti03036]     104563562 Enzymes [BR:csti01000]  5. Isomerases   5.6  Isomerases altering macromolecular conformation    5.6.2  Enzymes altering nucleic acid conformation     5.6.2.2  DNA topoisomerase (ATP-hydrolysing)      104563562 DNA replication proteins [BR:csti03032]  Eukaryotic type   DNA Topoisomerases    104563562 Chromosome and associated proteins [BR:csti03036]  Eukaryotic type   Chromosome condensation proteins    Other regulators of chromosome condensation     104563562   Centrosome formation proteins    Centriole proteins     104563562 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  DNA_topoisoIV TOPRIM_C DNA_gyraseB DTHCT Toprim HATPase_c Atypical_Card Motif Other DBs NCBI-GeneID:  104563562 NCBI-ProteinID:  XP_010208352 LinkDB All DBs Position Unknown AA seq 1553 aa AA seqDB search MELTESPSPLRPADENPRVHKGDGAKKVLSVEHIYQKKTQLEHILLRPDTYIGSVEMVTQ QMWVFDEDVGLNCRDVTYVPGLYKIFDEILVNAADNKQRDKNMSCIKVGIDVENNTISVW NNGKGIPVVEHKVEKMYVPALIFGQLLTSSNYDDNEKKVTGGRNGYGAKLCNIFSKKFTV ETACREYKKLFKQTWTDNMGKAGEMKLKYYDGEDYTCVTFQPDLSKFKMTILDKDIVALM CRRAYDVAGSTKDVKVFLNGQRLPVKGFRSYVDLYLKDKVDETGNALKVIHEEVNSRWEV CLTLSEKGFQQVSFVNSIATTKGGRHVDYVADQLVTKLIDVVKKKNKNGVGVKPFQVKNH MWIFVNALIENPTFDSQTKENMTLQAKSFGSTCKLSEKFIKGAVGCGIVESILNWVKFKA QNQLNKKCSAVKHTKIKGIPKLDDANDAGSKNSLGCTLILTEGDSAKTLAVSGLGVVGRD KYGVFPLRGKILNVREASHKQIMENAEINNIIKIVGLQYKKNYEDEESLKSLRYGKIMIM TDQDQDGSHIKGLLINFIHHNWPSLLRHNFLEEFITPIIKVSKNKEEVAFYSIPEFEEWK NSTQNYNTWKIKYYKGLGTSTSKEAKEYFADMAKHRIGFKYSGPADDAAITLAFSKKKVE ERKEWLTNFMQDRRQRKMRGQPEEYLYGKNTNYLTYNDFINKELVLFSNSDNERSIPSLV DGLKPGQRKVLFTCFKRNDKREVKVAQLAGSVAEMSSYHHGEASLMMTIVNLAQNFVGSN NLNLLQPIGQFGTRLHGGKDSASPRYIFTMLSPLARLLFPPMDDNVLKFLYDDNQRVEPE WYIPIIPMVLINGAEGIGTGWSCKIPNFDIREVVNNIRRLMDGQEPLPMLPSYKNFKGTV DELGPNQYVISGEVSILDSTTIEITELPVKTWTQTYKEQVLEPMLNGTEKAPPLITDYKE YHTDTTVKFIVKMAEGKLAEIESAGLHKVFKLQTNLTCNSMVLFDHVGFLKKFDTPQDIL KEFFELRLQYYNLRKEWLIGMLSAESAKLSNQARFILEKIDGKIVIENKPKKELIQLLIQ RGYKSDPVKAWKESQSKERDEEEGEEEESDKEPTADTGPDFNYLLNMPLWYLTKEKKDEL CKQRDNKEKELETLKGRSAVDLWKEDLTNLVEQLDIVEANEKQDAMAGCVGKALKVKGGK AKVKKPQLPEVLPSPHGVRVVPRVTAEMKAEAEKRTKKKVKSEKNEMDEAQGENTSRDKE SVALKQRLVQRSNLAPGAKRQATLPFKPLQKVKKRNPWSDSESDLESDFETPPRRERVVR QAAAKVKDVIILDSDASPSGSDEEPELQGSSESEAESVTSLKEKPPKPRTALKRTTVKAA KAPKQKAVSSAVPGEDVANENVSQEPDAPSVSAPHSKTTAKKSVAAKASAAKVHQPSIVD ILSKKKAAPKSKQTEAKEGSQGAETRTAAETKPGQARGRKATKRHQISSDSDSDFGLKPS KSNVAKKPKDDDGFAVNSSARTDSSVAAAPCTRPGRLKKPVRYLESSDEDEMF NT seq 4662 nt NT seq  +upstreamnt  +downstreamnt atggagctcacggagtccccgtcgcctctccgacccgcggacgagaatcctcgagtgcac aaaggcgatggtgcgaagaaggtgctctcggtggagcacatctaccagaagaagacgcag ctggagcacatcttgctccggccagacacttatatcggctccgtggagatggtcactcag caaatgtgggtttttgatgaggacgtgggccttaactgcagagatgtaacctatgtgcct ggcttatacaaaatctttgatgagattctagtcaatgcagcagacaacaagcagagggat aagaacatgtcgtgcattaaagttggaattgatgtagagaacaacacaatcagtgtgtgg aacaatgggaaaggtattccagttgttgagcacaaagtggagaagatgtatgtgcctgct cttatctttgggcagctactaacatccagcaactatgatgacaatgaaaagaaagtcaca ggtgggcgaaatggttacggagccaaactgtgtaatatatttagcaaaaaatttactgtg gaaactgcatgtcgtgaatacaagaagttatttaagcagacttggacagacaacatggga aaggctggtgagatgaaactgaaatattatgatggcgaagactacacctgtgtcaccttc cagcctgatctgtcaaaattcaaaatgacaatcctcgataaagacattgtagccttaatg tgtcgcagagcgtatgatgttgctggatccacaaaggatgtcaaagttttcctgaatgga cagaggctgcctgtgaaaggattccgtagttatgtggacctttatctgaaggataaagta gatgaaactggtaatgcacttaaagttatccatgaggaagtaaattctcggtgggaagtg tgtttgactttaagtgaaaaaggcttccagcaagttagctttgtcaacagcattgccacc acaaagggtggcaggcacgttgattacgtagctgatcagctggtgactaaattaattgat gttgtgaaaaagaagaacaaaaatggagttggagtgaagcctttccaggtgaagaaccat atgtggatttttgtgaatgccttgattgaaaacccaacttttgactctcagaccaaagag aacatgactctgcaagcaaagagctttggctcaacctgtaaactgagtgaaaaatttatt aagggtgcagttggttgcggcatcgttgaaagtatcctaaactgggtaaaattcaaagct cagaaccaactgaataagaaatgttcagctgtgaagcacaccaagattaagggtattcct aaactggatgatgccaatgatgctggaagcaagaattctttaggttgtacacttatcctg actgagggagactcagccaaaacactggctgtttctggcctgggagtggttggtagagac aaatatggagtatttccactccgtgggaagatcctcaacgtcagggaagcttctcacaag cagatcatggaaaacgctgaaatcaacaacatcatcaagattgtgggtttacagtataag aagaactatgaagatgaggaatctctaaagagtcttcgctatggaaagattatgatcatg acagatcaggatcaagatggatcacacatcaaaggtttgctgattaacttcatccatcac aactggccatctcttctaagacacaactttttggaggaatttattactcccatcatcaag gtctctaaaaacaaagaagaggttgcattctacagtattcctgaatttgaagaatggaaa aacagtacacagaactacaacacgtggaaaatcaagtactataaaggtttgggtaccagc acatcaaaggaggctaaagaatactttgcagatatggctaaacatcgaattggcttcaaa tattctgggcctgcagatgatgctgcgatcaccctggcctttagcaagaagaaggtagaa gagcgaaaggagtggctgactaatttcatgcaagatcgaagacaacggaagatgcgtggt cagccagaggaatacctatatgggaaaaatactaattacctgacatacaacgacttcatc aacaaggagttagtgttgttctcaaactcagataacgaaagatcaatcccctcactcgtt gatggtctgaagccaggtcaaagaaaagttcttttcacatgcttcaaacgaaatgataag cgggaggtgaaggttgctcagctggctggttctgtagctgagatgtcctcataccatcac ggtgaggcatcactgatgatgactattgttaacttagcccagaactttgtaggcagtaac aacctcaacttactacagcctattgggcagtttggcacaaggctgcatggaggaaaagac tcagccagccctcgatacatctttacaatgctcagccccctggcacggctgctgttccca cctatggatgacaatgtcctcaagtttctgtatgatgacaaccagcgtgtggagccagaa tggtatattcccatcattcccatggtgctgataaatggagcagaggggattggtactggc tggtcctgcaagatccccaactttgatatcagggaagttgtgaacaacatccgacgtctg atggatggacaagagccactgccaatgctgcctagttacaagaatttcaaaggcacggta gatgagctgggacctaatcagtatgtgataagtggtgaagtgtctatccttgattctaca accattgagatcactgagctgcctgtcaaaacgtggacacagacttacaaagagcaagtg ctggagccaatgttaaatgggactgagaaggcacccccactaatcacagactataaagaa tatcacacagacacaacagtgaagtttatagtgaagatggctgagggaaaactagctgaa attgaatcagcggggctgcataaagtcttcaaactccaaacaaatttaacatgcaactca atggttctttttgaccacgtgggattcctgaagaagtttgacaccccccaggatatcctt aaagagttctttgagctcaggctccaatactacaatctgagaaaggaatggcttattgga atgctgtcagctgagtctgcaaagctgagcaaccaggctcgcttcatcctggagaaaata gatggcaaaattgtgattgaaaacaaacccaagaaagagttgattcaacttcttatccag agagggtacaaatctgatccagtgaaggcttggaaggaatcacaaagcaaggagcgagac gaggaagaaggggaggaggaggagagtgacaaagaaccaactgcagatactggaccagac ttcaactatctgctgaacatgcccctttggtatctgactaaagagaagaaagatgagctc tgcaagcaaagagataacaaagaaaaggagctggaaaccctgaagggcaggagtgccgtt gatctgtggaaggaagaccttactaaccttgttgaacagcttgatattgtggaagccaat gaaaagcaggatgcaatggcaggatgtgttggtaaagctttaaaagtgaaaggagggaaa gcaaaggtgaagaagccacagctgccagaagtcttgccatcacctcatggtgtaagagtt gttcctcgagtaactgcagagatgaaggcagaagcagagaagagaactaaaaagaaagta aagagtgaaaaaaatgaaatggatgaggctcaaggagaaaacacgtcaagagacaaagag tctgtagcccttaagcagagattagtgcagaggtcaaatcttgctccaggtgccaagaga caggccactctaccatttaagccattacagaaagtgaagaaacgaaacccttggtctgac tcggagtctgatttggagtccgattttgagacccctcctcgaagagagagggtggttcgc caagcagcagccaaagtcaaggacgtgatcattttggattcggacgcaagtccctccggc tcagacgaggagcctgaactgcagggcagcagcgaaagcgaggctgagtcggttacaagc ttgaaggaaaaacctcccaagcccagaactgctctaaagagaaccactgtaaaagcagct aaagctcccaagcaaaaagcagtgtcaagtgctgtgcctggcgaagatgttgcgaatgaa aacgtgagtcaagagcctgacgctccttctgtttctgcacctcacagtaagaccacagct aaaaagtctgttgcagctaaggccagtgccgctaaggttcaccagccatccatcgtggat attctcagcaagaaaaaggctgcacccaaatccaagcagacagaggccaaggagggatcc cagggtgctgagaccagaacggcggctgagacgaagccaggccaggccaggggccgaaag gctaccaaaaggcatcaaatctcttcagattctgattcagattttggcttgaagccttcc aaatccaatgtagcaaagaaacccaaagatgacgacggttttgccgtcaatagcagcgcc cggaccgacagctctgtggcagcagcgccctgcaccaggcctggccgcctcaagaagccc gtccggtacttggagtcatccgacgaggacgagatgttttga

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