HomeKLLA0F11814g
similar to uniprot|P38086 Saccharomyces cerevisiae YBR073W RDH54 DNA-dependent ATPase, stimulates strand exchange by modifying the topology of double-stranded DNA
Element type: CDS
Element length: 2796 nucleotides,
on anti-sense strand of
Klla0F: complement(1089699..1092494).
Other names:
KLLA-ORF1516
Coding sequence: 932 codons.
Element length: 2796 nucleotides,
on anti-sense strand of
Klla0F: complement(1089699..1092494).
Other names:
KLLA-ORF1516
Coding sequence: 932 codons.
Database cross references:
EMBL: CR382126
GeneID: 2895105
HOGENOM: Q6CKC3
Orthologs: strict determination not possible; homologs must be refined manually
EMBL: CR382126
GeneID: 2895105
HOGENOM: Q6CKC3
Homologs and Orthologs
Homologs in protein family: GL3M4588Orthologs: strict determination not possible; homologs must be refined manually
Protein KLLA0F11814p 
similar to uniprot|P38086 Saccharomyces cerevisiae YBR073W RDH54 DNA-dependent ATPase stimulates strand exchange by modifying the topology of double-stranded DNA involved in the recombinational repair of double-strand breaks in DNA during mitosis and meiosis proposed to be involved in crossover interference
Protein domain map
Database cross references:
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR014001
InterPro: IPR014021
KEGG: kla:KLLA0F11814g
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_455616.1
SMART: SM00487
SMART: SM00490
UniProtKB/TrEMBL: Q6CKC3
UniprotKB: Q6CKC3_KLULA
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR014001
InterPro: IPR014021
KEGG: kla:KLLA0F11814g
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_455616.1
SMART: SM00487
SMART: SM00490
UniProtKB/TrEMBL: Q6CKC3
UniprotKB: Q6CKC3_KLULA
Sequence data
>KLLA0F11814g.nt GGAAAGATTCGAAAAGCAGCAATCATTTATTCAACACATCACCCATTTCCATCATATTGT CAATATAGTCCTGTAAATATTTATTCTCCTGTTTTAATTCTTCACAAATCCTTCGTTGTT CTATCGATTTGTTCAACAATAGATCCAATGTATCACGCAAGATTTTGGTTTCTTCGGCCA ATTGAAAGCCACTTTCTTCAACATTATCAACGGCTTCAGAAATGTGGTACTCCTCACTTT CAGACATTATAAGTAGTTAGCTATTGTTGAATTGTTTGTCTTCAATCTCCATGTATCAAT GTTTTAGTGAACTGGGTTACATATTGCAATATTACGCATTTTTCAAATTTGAAATGTTGG CTTCCAGGGTATGGGGTTCACATATAGAACAGATACAGGAAAAGATACGTAAGAGTAACA TAATGTCTCCGGTCAATTGGCAGTACAACCAGGTTATTTGGACAGAGATATTAATGATTG AACTTTGAACTAAAGCATTGTCAACTAACGGGAAATACCGTAGAACAAGAAGGAGTAAAA AAAACCAAAAAAGAATGGTTCCTAGCGGGATCGAACCGCTGATCCCCGCGTTATTAGCAC GGTGCCTTAACCAACTGGGCCAAGGAACCAATTTCTTATTGTTTTGAGATTCAGAATCGT ATTGGTCCTTTGATTGGTGATATGTTGGGGATGAGTTTGTAGAAAGAGAAGTAATGCATG TTAACGGGTAGAGAAGCTTACCCACCATTGAGGCCTTTTGTATCAACTCCTGTCATTGCT ATTACAAAGATCTTTAACCAAGGGAGCAGACGCAAATATGAGTTGTTACTGTTACCCTCA TAGCGCTCACGTCAAGATTCGCGTTTTAATATGCATAATGTCAATATAGATCTTAAACGT AAACAACATACATCACATCGCATAACACAGGCAATAGTACGCTCCCCATCTGGTATCAAA GCATTTACTTCAGTGGAAAAGAGCGACAAAGTACAAATAAATGAATCATTATGTCAATAA ACCTTTCAAACGTCCACGCATGGTAGGTAGACCTGGAAGAGATACCCTTTCTGAGCAGAT ACACACCGGCCTTCGGCCAAAGTCTCATCATTCACATACTAAAATTACCAATACCAGCTC TGAAACTGTGAAACTAACGTATGCCGGCCCAAAAAGTTTGAAAACCAGCGTAAATGCACC AGTTGGTGTGTCTAAGTCATCACAGGAGGTTTCTTTATTTACAGCAAATTACAGAAGGGT TACAAATAAGAAGAACAAGACGTGGGATGGTGATGGATACGCCAATATGACAAGCGACGA TAAATTGAAGTTTTACAACGAAGCTGGTGTCTCTTTAGGATCAGTTCCAATCAAGGATAG GGATTTATATGAGACCATATGGAGAATCGGATCTACCGAGTTTCAAATCGATTATAGAAT AAGCGATCAAGAAGAATTAAGCTCTGTGCAAGACATATGTAAAATCAAAGTCAGTCATAC ACTTGGAATAACGGATATTCCAGTCGCCAAGAAGCATAAAGCAACCATAGAAAGTAAGCC ACCAATACAGACATTCATACCGAAAATAACGACCAAATTCAAACCCCTGAGAAAACACCT AAACGGAGAGCCTAAAGTGCCTCCAGCACAGAAACAACTAGTAGATCAACCAACTGTCAA ATCTGCTCTACCACCGCTGAGTCAAGAACTAATTGGGCAGATAACTTATTCGCCGTTGTT TGATCCAGTTTCCATTAAAGATCCATTGATCATGAACAAAACGGAGAATCATAAAGTGAG TGTTATTGTTGACCCGCTATTGTCGAAGACACTAAGACCACACCAGCGCGAAGGTGTCAA ATTTCTCTATGACTGCGTAATGAACATGGTACATACAAAAGGTGACGAAAGCATGATTCT CGAGAGAGATGATGACATAAAAGGATGTTTACTAGCAGATGAGATGGGGCTCGGAAAGAC GTTGATGACAATTACGCTAATTTGGACACTCTTGAAACAAACACCTTATCCGACTATAAT AAACCAGAGAGGAGTAACTCTCGCTGGAGAGATATCGAAGGTCCTCATTGTATGTCCTGT CACTTTAATCGGTAATTGGAAGAAGGAGTTCAAAAAATGGTTGCCTATGAATAGAATTGG AGTGTTGACCTTACACAGTAGGAACTCTCCAACAGAGGATAAGGCTCAAGTGAGAAGCTT CCTAAAAGTTCCCCGAACTTATCAGGTTTTGATTGTTGGTTATGAAAAACTCCTCAGTAT CAAGGATGAACTACAGAATGAGAAGAGAAACCTTGATCTTGTTATCTGTGATGAAGGACA TAGATTGAAGAATAAAGATTCTAAGATCTTGAAGGTTTTGCAATCATTAGATATTGAGAA GAAAATTGTATTGAGTGGGACACCTATTCAAAATGATCTTGAAGAGTTCTATACAATAAT TGATTTTATCAATCCTGGGATTTTAGGATCTTTCGGAAGGTTTAAAAGGGAATATATTTT ACCTATCGCCAGATCCAGGGATGTCAATGCTAAACAAAATCAAACTCTGGTAGAACAAGG ACTTCTGAGATCCGATCAATTAATTGAGATAACGAAACGGTTTATCTTAAGAAGAACCAA TGAAATTTTACAACAATATTTACCACCGAGAACTGATCTCATTATATTTTGCAAACCTAC CGCTGAACAAGTAGAGGCTTTTCACAAGATTTTAACCGAAGGGCAGCTAAATTTCAGCAA CATGACATTCAACTCTTCATTGGGGTTGATTACTCTATTCAAAAAAATCTGCAATTCCAC CCGCTTGATCAAAACAGATCCATACTATGAAGAAAGGCTTAGTCAAGTTCAGACTTCTAG TACCTCTGGAAAATTCACCTCGGGGAAACTTAGAATACTTCTTTCATTATTACATGAGTT GAAAACCAAGACTGACGAGAAAGTAGTAGTGATTTCAAATTACACGCAAACCCTAGACAT CATTGAGGGACATTGTAGTTCAGAAGGGTACACTTCTGCACGATTAGATGGAAGTACAGC AACCAAAACCCGTGATCAGATTGTGACATCCTTCAATAATGATCCATCTATTTTTGTTTT CCTTTTAAGTGCGAAGTCAGGCGGTGTGGGACTAAACTTAATCGGTGCATCAAGACTTGT ATTATTCGATAATGATTGGAACCCATCCATTGATTTACAGGCCATGTCAAGAATTCATCG CGATGGTCAGAGAAGGCCATGTTTCATTTATAGACTTGTGACAACCGGATGTATTGATGA GAAGATACTTCAAAGACAGTTAATGAAAATAGCGCTTTCTAAAAAGTTCTTGGACAGTGC CACAGATCAATCAAAAAATGATGATGATCTTTTTCAGCAGGAAGAGTTGAAGGACTTGTT TACCATTAATTTGTCCACTTTATCCAATACCCACGACTTAATTTGTAATTGTTCTGGTGA AGTAGAAGTGCTTGAAGAAGAAGAGATAACGGGTACTGATGAAGCCAACGCCCAGCCAGA ATACCAGGCTGCTGCGACTCCATCAAACAATCCTCCTGCTTCAATTTGGATCAATGCTCT AGAAGCCCAAAAAATTATAGAGAAGGAGGAGATACTTCGAAATGGAACAAAGTCAGAAAT CATGAGAAAATGCCTATTGGGATACAAACATATTGATCCACAAAAGACTAATGACTTAAT TGACGAAGCTATGAATAACGTCTTTGATGATGCACGACAGTACATCACTTATGCTTTGGT AAAAGACTCCGTGTAAAAGTTATATATGTTACTATTTATACTTGCATCTAGTTACCAGAA AATCTTTTCATTCTCGCTTCAGCTGCACGAGCTCGCTGCTCTCTCATCAATCTCATCCGT TGATCATCAGTTAAAGAGTTCAAATTTATTTGAACGTTAGAGGATGCGGCGCCAAGTTTC ATTCCGGGACCTCTTTTAGCATCTTTTTCCTCTTTGATTCTTTCCTTTGCCGCCTGCAAT TCTTTTTCTATCAAGTCTTTCTTTTCTTTCTCTTCTTCGAGTGCTATCTTCTTGTGCCTT TCATCTATCTGTTCAG
>KLLA0F11814g.cds ATGAATCATTATGTCAATAAACCTTTCAAACGTCCACGCATGGTAGGTAGACCTGGAAGA GATACCCTTTCTGAGCAGATACACACCGGCCTTCGGCCAAAGTCTCATCATTCACATACT AAAATTACCAATACCAGCTCTGAAACTGTGAAACTAACGTATGCCGGCCCAAAAAGTTTG AAAACCAGCGTAAATGCACCAGTTGGTGTGTCTAAGTCATCACAGGAGGTTTCTTTATTT ACAGCAAATTACAGAAGGGTTACAAATAAGAAGAACAAGACGTGGGATGGTGATGGATAC GCCAATATGACAAGCGACGATAAATTGAAGTTTTACAACGAAGCTGGTGTCTCTTTAGGA TCAGTTCCAATCAAGGATAGGGATTTATATGAGACCATATGGAGAATCGGATCTACCGAG TTTCAAATCGATTATAGAATAAGCGATCAAGAAGAATTAAGCTCTGTGCAAGACATATGT AAAATCAAAGTCAGTCATACACTTGGAATAACGGATATTCCAGTCGCCAAGAAGCATAAA GCAACCATAGAAAGTAAGCCACCAATACAGACATTCATACCGAAAATAACGACCAAATTC AAACCCCTGAGAAAACACCTAAACGGAGAGCCTAAAGTGCCTCCAGCACAGAAACAACTA GTAGATCAACCAACTGTCAAATCTGCTCTACCACCGCTGAGTCAAGAACTAATTGGGCAG ATAACTTATTCGCCGTTGTTTGATCCAGTTTCCATTAAAGATCCATTGATCATGAACAAA ACGGAGAATCATAAAGTGAGTGTTATTGTTGACCCGCTATTGTCGAAGACACTAAGACCA CACCAGCGCGAAGGTGTCAAATTTCTCTATGACTGCGTAATGAACATGGTACATACAAAA GGTGACGAAAGCATGATTCTCGAGAGAGATGATGACATAAAAGGATGTTTACTAGCAGAT GAGATGGGGCTCGGAAAGACGTTGATGACAATTACGCTAATTTGGACACTCTTGAAACAA ACACCTTATCCGACTATAATAAACCAGAGAGGAGTAACTCTCGCTGGAGAGATATCGAAG GTCCTCATTGTATGTCCTGTCACTTTAATCGGTAATTGGAAGAAGGAGTTCAAAAAATGG TTGCCTATGAATAGAATTGGAGTGTTGACCTTACACAGTAGGAACTCTCCAACAGAGGAT AAGGCTCAAGTGAGAAGCTTCCTAAAAGTTCCCCGAACTTATCAGGTTTTGATTGTTGGT TATGAAAAACTCCTCAGTATCAAGGATGAACTACAGAATGAGAAGAGAAACCTTGATCTT GTTATCTGTGATGAAGGACATAGATTGAAGAATAAAGATTCTAAGATCTTGAAGGTTTTG CAATCATTAGATATTGAGAAGAAAATTGTATTGAGTGGGACACCTATTCAAAATGATCTT GAAGAGTTCTATACAATAATTGATTTTATCAATCCTGGGATTTTAGGATCTTTCGGAAGG TTTAAAAGGGAATATATTTTACCTATCGCCAGATCCAGGGATGTCAATGCTAAACAAAAT CAAACTCTGGTAGAACAAGGACTTCTGAGATCCGATCAATTAATTGAGATAACGAAACGG TTTATCTTAAGAAGAACCAATGAAATTTTACAACAATATTTACCACCGAGAACTGATCTC ATTATATTTTGCAAACCTACCGCTGAACAAGTAGAGGCTTTTCACAAGATTTTAACCGAA GGGCAGCTAAATTTCAGCAACATGACATTCAACTCTTCATTGGGGTTGATTACTCTATTC AAAAAAATCTGCAATTCCACCCGCTTGATCAAAACAGATCCATACTATGAAGAAAGGCTT AGTCAAGTTCAGACTTCTAGTACCTCTGGAAAATTCACCTCGGGGAAACTTAGAATACTT CTTTCATTATTACATGAGTTGAAAACCAAGACTGACGAGAAAGTAGTAGTGATTTCAAAT TACACGCAAACCCTAGACATCATTGAGGGACATTGTAGTTCAGAAGGGTACACTTCTGCA CGATTAGATGGAAGTACAGCAACCAAAACCCGTGATCAGATTGTGACATCCTTCAATAAT GATCCATCTATTTTTGTTTTCCTTTTAAGTGCGAAGTCAGGCGGTGTGGGACTAAACTTA ATCGGTGCATCAAGACTTGTATTATTCGATAATGATTGGAACCCATCCATTGATTTACAG GCCATGTCAAGAATTCATCGCGATGGTCAGAGAAGGCCATGTTTCATTTATAGACTTGTG ACAACCGGATGTATTGATGAGAAGATACTTCAAAGACAGTTAATGAAAATAGCGCTTTCT AAAAAGTTCTTGGACAGTGCCACAGATCAATCAAAAAATGATGATGATCTTTTTCAGCAG GAAGAGTTGAAGGACTTGTTTACCATTAATTTGTCCACTTTATCCAATACCCACGACTTA ATTTGTAATTGTTCTGGTGAAGTAGAAGTGCTTGAAGAAGAAGAGATAACGGGTACTGAT GAAGCCAACGCCCAGCCAGAATACCAGGCTGCTGCGACTCCATCAAACAATCCTCCTGCT TCAATTTGGATCAATGCTCTAGAAGCCCAAAAAATTATAGAGAAGGAGGAGATACTTCGA AATGGAACAAAGTCAGAAATCATGAGAAAATGCCTATTGGGATACAAACATATTGATCCA CAAAAGACTAATGACTTAATTGACGAAGCTATGAATAACGTCTTTGATGATGCACGACAG TACATCACTTATGCTTTGGTAAAAGACTCCGTGTAA
>KLLA0F11814g.aa MNHYVNKPFKRPRMVGRPGRDTLSEQIHTGLRPKSHHSHTKITNTSSETVKLTYAGPKSL KTSVNAPVGVSKSSQEVSLFTANYRRVTNKKNKTWDGDGYANMTSDDKLKFYNEAGVSLG SVPIKDRDLYETIWRIGSTEFQIDYRISDQEELSSVQDICKIKVSHTLGITDIPVAKKHK ATIESKPPIQTFIPKITTKFKPLRKHLNGEPKVPPAQKQLVDQPTVKSALPPLSQELIGQ ITYSPLFDPVSIKDPLIMNKTENHKVSVIVDPLLSKTLRPHQREGVKFLYDCVMNMVHTK GDESMILERDDDIKGCLLADEMGLGKTLMTITLIWTLLKQTPYPTIINQRGVTLAGEISK VLIVCPVTLIGNWKKEFKKWLPMNRIGVLTLHSRNSPTEDKAQVRSFLKVPRTYQVLIVG YEKLLSIKDELQNEKRNLDLVICDEGHRLKNKDSKILKVLQSLDIEKKIVLSGTPIQNDL EEFYTIIDFINPGILGSFGRFKREYILPIARSRDVNAKQNQTLVEQGLLRSDQLIEITKR FILRRTNEILQQYLPPRTDLIIFCKPTAEQVEAFHKILTEGQLNFSNMTFNSSLGLITLF KKICNSTRLIKTDPYYEERLSQVQTSSTSGKFTSGKLRILLSLLHELKTKTDEKVVVISN YTQTLDIIEGHCSSEGYTSARLDGSTATKTRDQIVTSFNNDPSIFVFLLSAKSGGVGLNL IGASRLVLFDNDWNPSIDLQAMSRIHRDGQRRPCFIYRLVTTGCIDEKILQRQLMKIALS KKFLDSATDQSKNDDDLFQQEELKDLFTINLSTLSNTHDLICNCSGEVEVLEEEEITGTD EANAQPEYQAAATPSNNPPASIWINALEAQKIIEKEEILRNGTKSEIMRKCLLGYKHIDP QKTNDLIDEAMNNVFDDARQYITYALVKDSV*
Legend and notes
Lengths
The length, in codons, of coding sequences includes the stop codon, hence it is one unit longer than the protein length.
Genomic environment map
Click on the symbol of an element or a family to go to its corresponding page. Colors in the lane "protein encoding genes" indicate strandedness: shades of blue for direct orientation, shades of red for reverse orientation. Colors in the lane "protein family" are arbitrarly chosen in such a way that different protein families have different colors in the map.
Protein domain map
Domains are extracted from SwissProt files. Click on the symbol of a domain to extract the domain sequence.
Genemark image and list
Genemark computation of protein-coding potential of DNA was made from 1000 nucleotides upstream the open reading frame to 300 nucleotides downstream. Thus the open reading frame protein-coding potential appears on frame #3.
Sequences
| Color | Nucleotide sequence and Coding sequence | Predicted translation product |
| RED | start and stop codons | Initial methionine and sequence end |
| BLUE | coding sequence | protein sequence |
| grey | non-coding sequence (upstream, downstream or intron) | |
| grey | donor and acceptor splicing sites |
URL: http://www.genolevures.org/elt/KLLA/KLLA0F11814g