Nomia melanderi (Alkali bee): 116426896 Help Entry 116426896         CDS       T07404                                  Name (RefSeq) DNA repair protein REV1   KO K03515   DNA repair protein REV1 [EC:2.7.7.-] Organism nmea  Nomia melanderi (Alkali bee) Pathway nmea03460   Fanconi anemia pathway Brite KEGG Orthology (KO) [BR:nmea00001]  09120 Genetic Information Processing   09124 Replication and repair    03460 Fanconi anemia pathway     116426896  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03400 DNA repair and recombination proteins [BR:nmea03400]     116426896 DNA repair and recombination proteins [BR:nmea03400]  Eukaryotic type   TLS (translesion DNA synthesis) factors    Y-family DNA polymerases     116426896 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  IMS IMS_HHH_1 IMS_C BRCT_2 BRCT POLH-Rev1_HhH LIG3_BRCT UBM REV1_C PTCB-BRCT DAO_C IMS_HHH DUF1805 Cdd1 Motif Other DBs NCBI-GeneID:  116426896 NCBI-ProteinID:  XP_031832389 LinkDB All DBs Position Unknown AA seq 1136 aa AA seqDB search MSKKKKTEAWGDNGFEDWGGYMAAKQAKLEEQFRAEADKEFQNASNIFEGIAIFVNGYTD PSSDELRRLMMAHGGVYHHYMRPRATTHIIASNLPHSKIILYRKSQNPIPICKPNWIVDS IKAGRVLNFQNYLLYSNCTDTQPRLNYKKKTEASELNDHPDAHNEIERNNDLKPLSNDNT VSTLKNTAINQDVPNPSASHSKRDARSTKNSEFISEFYNNSRLHHISTMGATFKNYVNEL RDKSNGKFPGLTKLKESRDMKLGGSLSCSQSNSQNDMLDLQEENKIYISQGSVIMHIDMD CFFVSVGLRNKPELRGLPVAVAHAKGNRQLASTSKDVSNDELGSMSEIASCSYEARKAGV YNGMFLGEALKICPNLKTIPYDFEGYKEVSYTLYDTVASYTLDIEAVSCDEMYADCTKIL EECCVTPMEFASAIRQEIKGKTGCPVSTGFGSNKLLARLATRKAKPDGQFHLKQNIETCI GGLNVQDLPGVGWTTTNKLKTMNVRTCAELQTITSSALQKEFGKKMGEVLYNMCRGVDNS KLNLEHIRKSVSAEVNYGIRFESNEEAVDFLKKLSVEVADRLRKANARGRSITLKLLIRA KEAPKETAKFMGHGLCDYMTKSKNLIAPIDDADIIAKEVIGLWNQMLKAPEDARGIGIQI TRLEILKSKSRDMTLRNFVNKAKDNSALTKSTETCRNNEARTESVHSVPSTSKDVIVNNE ENLATSSNIDGAVISELPENIRNKIFEVQKTKHTVAEKNDGDDATTSVRKINEKRPEKNV QTLQENFFKQTKPGVSRPAKVKMPPIHEIDMCVLIELPEDIRNEILNEYSAHSSGIQTSG STDEGNNGTNRSTEVKNTAQLNRDEENISFSQVDPEFLAALSDDLKRDVQDYCTAKKAEQ SARIKKDDATRKVGGGLLLRNENATVKGSKKTERKSKNNGKNSKISSKPNKRKGIATAFK TIQNKNEHVSEQKHNDVSKSILPRLSGVGSVNERVAGDEAEAILSHNRTISEDNESSIQH QDILIDLVNRLLNLPLEQVKMQIQIWITNSNIVNEVDFLSLATFLSMLPEKKRIEDLHIL LKTMHRCMTKTGNCIWHRTYRKTVKYVQHYMQIEYNSNLMVPPIKCNHLQCNNDIM NT seq 3411 nt NT seq  +upstreamnt  +downstreamnt atgtcaaaaaagaaaaagactgaagcttggggggataatggatttgaagattggggtggg tatatggctgctaagcaagcgaaattagaagaacagtttcgagctgaagcagataaagaa tttcaaaatgcatcaaacatttttgaaggaattgcaatttttgtgaatggttacacagat ccttcatcagatgaacttcgtcgtttaatgatggcccacggtggtgtgtaccatcattat atgagacctagagccacaactcatattattgcctctaatttgccacactctaaaataata ttgtatagaaaaagtcaaaatccaatacctatatgtaaacccaattggattgtagacagc ataaaagccggtagagtgctgaattttcaaaattatttactttattcgaattgcacggac acacaaccacgattgaactacaaaaagaaaactgaagccagtgaattaaatgaccatcct gatgctcataacgaaatagaaaggaataatgatctcaaacctttatcaaatgacaataca gttagtacactgaaaaatacagccataaatcaagatgttccaaatcctagtgcatcccat agtaaaagagatgctagatcaacaaaaaattcagaattcatatcagaattctataataat tcgcgtttgcatcatatctcaactatgggagcaactttcaaaaattatgtaaatgaatta agagataagagcaatggaaagttccctggattaactaagctgaaagagtcaagagatatg aagttgggtgggtccctgtcatgctctcaatctaattctcagaatgatatgctcgattta caagaagagaacaaaatatacattagtcagggatctgtaataatgcatatagacatggat tgtttctttgtctcagttggtctcaggaataagccagaattaagaggcttaccagttgca gtagctcatgcaaaaggcaacagacaactagcaagcaccagtaaagatgtttcaaacgat gaactagggtcaatgtcagaaatagcatcttgttcttacgaggcgagaaaagctggagtt tataatggcatgttcttaggagaggcattaaaaatatgtcctaatttaaaaacgatacca tacgatttcgaaggctacaaggaagtgtcgtacacattgtacgataccgtagcatcgtat acattagacatcgaagcggtcagttgcgatgaaatgtacgcagattgtacaaaaatactc gaggaatgttgcgtaacaccgatggaatttgcaagtgcgatcagacaagaaataaaggga aagacaggttgtcctgtatcaacaggatttggtagcaataaattgttggcacgactagcc acaagaaaagccaagcccgatggtcagtttcatctgaagcaaaacattgaaacgtgcatc ggtggtctcaatgtgcaagacttgccaggggttgggtggacgacgacgaacaagttaaag accatgaatgttcgcacgtgtgcggaattacagacgattacatcgtcagcgttacaaaag gaattcggtaaaaagatgggagaagtgttgtacaatatgtgtcgaggggtagataattcg aaacttaatttagaacatatcagaaaatctgtgtcagctgaagttaattatgggataaga ttcgagtccaacgaagaggcagtagattttttaaaaaagttatccgtcgaagtagccgac cgattacgaaaagctaacgcgaggggtagatccatcacgttgaaactattaatcagggct aaagaagcgccgaaagagaccgcaaaatttatgggtcacgggctttgcgattatatgacg aaatcaaaaaatcttatcgctccgatcgacgatgcggatattatagccaaggaagtaatt ggtctttggaatcaaatgttaaaagccccggaagacgcaaggggcatcggtatacagata actcggctggaaatactaaagagcaaatcgcgcgatatgactctaagaaatttcgttaat aaagccaaagataatagtgcactgacgaaatccacggaaacatgtagaaacaacgaggct cgtacggagagcgttcattccgttccatcaacgtcgaaagatgtaattgtgaataacgaa gaaaatttagcgacttcttcaaatatcgacggagcagttatttctgaacttccagagaac attcgaaataaaatttttgaagttcaaaagaccaagcatacggtcgctgaaaagaacgat ggagacgacgcgacgactagcgtgcgaaaaattaatgaaaaacgaccggaaaaaaatgtt caaacgctccaagagaatttttttaaacagactaaacctggcgtttccagaccggcgaag gtgaaaatgcccccgatccatgaaatcgatatgtgcgtcttaatagaacttcccgaggat atccgaaatgaaatacttaatgaatacagtgctcatagtagtgggattcagacgagtggt agtacagacgaagggaataacggtacgaatcgttcgacggaagtaaaaaatactgctcaa ttgaatcgcgacgaggaaaacatatctttctcgcaagtcgatccagaatttctggctgcg ttatcggacgacttgaaacgcgacgttcaagattattgtacggctaaaaaagcggagcag tctgcgagaataaaaaaggacgatgcaactcgtaaagtcgggggtggattactactgaga aacgaaaatgccacggtgaaaggtagtaaaaagaccgagcgcaaatcaaagaacaacggt aaaaattcgaaaatatcgtcgaaacctaataaaaggaaaggtatagcaaccgcgttcaaa acaatacagaataaaaatgagcacgtatcagagcagaaacataatgatgtttcgaaatcc atattgccacggttgagcggagtcggatcggtgaatgaacgagtcgccggtgacgaagct gaggcgattctatctcataatcgtactatatcggaagacaatgaaagttcaattcaacat caagacattttaattgatcttgtaaatcgcttacttaatctacctctagaacaggtgaag atgcaaatacaaatatggatcactaattctaatatcgtaaacgaagtagacttcttatca ctcgcaacatttctcagcatgcttccggagaagaaacgcatcgaagatttacatatttta ttgaaaaccatgcacagatgtatgacaaaaaccggaaattgcatttggcataggacatac aggaaaacagtaaaatacgttcaacattatatgcagatcgaatataacagcaatctaatg gtaccaccgatcaaatgcaatcatttgcagtgtaacaatgatataatgtaa

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