Tenebrio molitor (yellow mealworm): 138131875 Help Entry 138131875         CDS       T10686                                  Symbol Gnf1 Name (RefSeq) replication factor C subunit 1   KO K10754   replication factor C subunit 1 Organism tmol  Tenebrio molitor (yellow mealworm) Pathway tmol03030   DNA replication tmol03410   Base excision repair tmol03420   Nucleotide excision repair tmol03430   Mismatch repair Brite KEGG Orthology (KO) [BR:tmol00001]  09120 Genetic Information Processing   09124 Replication and repair    03030 DNA replication     138131875 (Gnf1)    03410 Base excision repair     138131875 (Gnf1)    03420 Nucleotide excision repair     138131875 (Gnf1)    03430 Mismatch repair     138131875 (Gnf1)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03032 DNA replication proteins [BR:tmol03032]     138131875 (Gnf1)    03400 DNA repair and recombination proteins [BR:tmol03400]     138131875 (Gnf1) DNA replication proteins [BR:tmol03032]  Eukaryotic type   DNA Replication Elongation Factors    RFC (replication factor C)     138131875 (Gnf1) DNA repair and recombination proteins [BR:tmol03400]  Eukaryotic type   SSBR (single strand breaks repair)    MMR (mismatch excision repair)     RFC (replication factor C)      138131875 (Gnf1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  RFC1 AAA BRCT AAA_22 AAA_30 RuvB_N AAA_14 nSTAND3 AAA_18 PTCB-BRCT AAA_17 RNA_helicase AAA_16 BRCT_2 AAA_assoc_2 AAA_33 Sigma54_activ_2 AAA_5 Motif Other DBs NCBI-GeneID:  138131875 NCBI-ProteinID:  XP_068905235 LinkDB All DBs Position 5:19926846..19931235 Genome browser AA seq 1021 aa AA seqDB search MSRDIRSFFTVLSKKPGREPPKNVPPSSKKKPKRLIDSDDEDVISSTPEQKKTKTKKPEK KQKIEVVSSDSESESPKKTTPKKPETSNTSNLKPVNVADIFKNTPIKQSKVEPKPVSEVK IEEKGSKKTKSRKKKGNDPEKTVHNNEHFEKTLNELDDDDVFEKNIDMLDKTVTEALLHL EEEKKESVSDTENKPEKTVKKRSRNDSSSDNHTPKKKKLEHFDSGIDPGQEAHEKKRYSA MLYQKYLNRSGPKNHGMKEYPKGKPNCLNNLCFLKTGVLDSLESEEFENLIKQHGGRVVH GISKKVNYVVIGEDPGPAKLAKAETYNIPSISEDELLDLILEKSGMEPKYCKKNTSASSE DLGFENDNEIKPAAKEKMVDKETNKQPEVKSKKVEENDKKVKEPVKVKLEGGESSKKSEG SSPDTVLSKPSTSKAVKTPTKSVPQKSIVHCKPVPDPSMLPLTEKYKPQTLRAVIGQQGE MSNLYKLKLWLENWQKNQDPKVKKTLIRPSPWAKKDDGAYFKCALLSGPPGVGKTTSATL VAKELGLDIVEFNASDTRSKKLLHEEVSQLLSSKTIAGYATGQSNVSRNRVLLMDEVDGM AGNEDRGGIQELIQLIKNSSIPIVCMCNDRNHQKMRSLVNYCFDLKFTKPRLEQIRGAML TICCKENIQISTKALTEIIAGTGCDVRQTLNHLAILASTKEEITEEVAAKEAKASKKDSV MGPWEVCRTVFTKSEHKDMSTVDKARLFFFDYSLGPLFVQENYLKVQPEGNKKQVLLRAA FSADSISMGDIIDSKIRRTNNWSLLESQAFYSSVLPGHYMSGNFVGQINFPGWLGKNSKK NKFKRLISELQAHTRTSASASKMAVKLDYLVPLRNAILSPLKKQGLEGIDQAVAVMKNYN LLREDVDSLLELCQWTGGENPMNSVETKVKSAFTRAYNKQVTLLPYAPASVVSKKRAVAL ENDVLGNEEVVESDNEDEDDVTNNAMIKVKKKPVGKGKKTEDSAGTSKKNQTKKPRGGKK K NT seq 3066 nt NT seq  +upstreamnt  +downstreamnt atgtcgagagatattcgttcattctttacagttctttcgaaaaaacccggtagagagcca ccaaaaaatgttccaccttccagtaagaaaaaacctaaacgattaattgattctgatgat gaggatgttatatcgagtacacctgaacaaaaaaagactaaaacgaagaagccagaaaag aaacaaaaaattgaagttgtaagttcagattcagagagtgaatcaccaaagaaaacgact cctaagaaacctgaaacaagtaatacatcaaatcttaaaccagttaatgtagcagatata tttaagaacacccccataaaacagagcaaggtcgagcctaaaccagtaagtgaggtgaaa attgaagaaaaaggatcaaagaaaactaagtcaagaaagaaaaaaggtaatgatcctgaa aagactgtccacaacaatgaacattttgaaaaaacacttaatgagttggatgatgatgat gtgtttgaaaagaacatagatatgttggataaaactgtgacagaagcattacttcattta gaggaagagaagaaagaaagtgtaagtgatacagaaaacaagccagaaaaaactgtaaag aagaggtctagaaatgattcatcaagtgacaatcacacaccaaagaagaagaagctggaa cattttgactcaggaattgaccctggccaagaagctcatgaaaagaaaaggtactcagca atgctgtatcagaaatacctaaacagaagtggtcctaaaaatcatggaatgaaggaatat cctaagggaaaaccaaattgcctgaataatttatgctttttaaaaactggagtcttggat tctcttgaatctgaagaatttgagaatttaataaagcaacatgggggtcgtgtggtacat ggtatatcaaaaaaagtgaattatgttgtcattggagaagacccaggaccagccaaattg gccaaggctgaaacttacaacatccccagtatttcagaagatgaactcttggacctgatt ttagaaaagtctggcatggaacctaaatactgtaagaaaaatacttctgctagcagtgaa gatctagggtttgagaatgacaatgaaattaaaccagctgcaaaagaaaaaatggttgat aaggaaacaaataaacaacctgaagtgaagtcaaagaaagttgaagaaaatgataagaaa gtcaaagaaccagttaaggtaaaattagaaggaggagagtctagtaagaagagtgaaggg agttcacctgatactgttcttagtaaaccaagtaccagcaaggctgttaaaactcctact aaatcagttcctcaaaaatctattgtacactgtaaacctgtacctgatccttcaatgttg cctcttactgaaaaatacaagcctcagacactcagggctgtcataggacagcaaggtgag atgagtaatttgtacaaactgaagctctggctggaaaattggcaaaagaatcaagatcct aaagtgaaaaaaacgctaattcgccccagtccttgggccaagaaggatgacggcgcatac ttcaaatgcgcactcttgagtggacctccaggagtcggaaaaacgacatccgcgactctt gtggccaaggagttgggattggacattgttgaattcaatgcttctgataccagaagcaag aagttgttacatgaagaagtgtcacagctgttgagtagcaagaccattgctgggtatgcc accggccaatctaacgtgagcagaaatcgcgtcctgctgatggacgaagtggacggaatg gcaggaaacgaagatcgaggcggcatccaagagctcattcagctgatcaaaaactccagc attccaatcgtgtgcatgtgcaatgacaggaaccaccaaaaaatgagatcgctcgtcaat tactgcttcgatctgaagttcaccaagcccagactggaacagatcagaggggcgatgctg acgatctgctgcaaagaaaacattcaaatctcgacgaaagctctgacagaaatcattgcc ggaacgggctgcgacgtcagacagactctcaaccatctggcgattttggcgtcgacgaaa gaggaaattacagaggaagtcgccgcaaaggaggccaaggcttcgaagaaggactccgtc atgggtccctgggaggtctgccggaccgttttcaccaagagcgaacacaaagacatgagc accgtcgacaaagctagattgttcttctttgattacagtttggggccgcttttcgttcaa gaaaactacctcaaagttcagcctgaaggaaacaagaagcaagtgttgttgagggctgcg ttcagtgcagactctatcagcatgggcgacattatcgattcaaagattcgtagaactaac aattggtcgctgttggagtcccaagctttttattcttcggtgctaccgggacactacatg tcgggtaattttgtcggtcagatcaacttcccaggctggctcggcaaaaattccaagaaa aataaattcaagagactgatcagcgagttacaagctcacacacgcaccagcgcgtctgct agcaaaatggctgtcaaattagactacttggtgcctctgaggaatgccatattgtcacca ctgaagaaacaaggtttggagggtatagaccaagcagttgccgtaatgaagaattacaat cttctgagggaagatgttgacagtttattagaactttgtcaatggaccggtggagaaaat ccgatgaatagcgtagaaactaaggtgaaaagtgctttcactcgagcttacaacaaacag gttactttattaccatacgcccctgcgtctgtggtatcaaagaaaagagctgtcgcttta gaaaacgacgtattaggtaatgaggaagtcgtagaatcggataatgaagacgaagatgat gtcaccaataacgcgatgattaaggttaaaaagaaaccagtcggtaaagggaagaagacc gaagattctgctggtacaagtaaaaagaatcagactaaaaaaccaagaggaggaaaaaag aaataa

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