HomeCAGL0E05038g
similar to uniprot|P53115 Saccharomyces cerevisiae YGL150c INO80 ATPase that forms a large complex, containing actin and several actin-related proteins, that has chromatin remodeling activity and 3' to 5' DNA helicase activity in vitro
Element type: CDS
Element length: 4455 nucleotides,
on sense strand of
Cagl0E: 488786..493240.
Other names:
CAGL-CDS0110.1
CAGL-IPF5008
Coding sequence: 1485 codons.
Element length: 4455 nucleotides,
on sense strand of
Cagl0E: 488786..493240.
Other names:
CAGL-CDS0110.1
CAGL-IPF5008
Coding sequence: 1485 codons.
Database cross references:
EMBL: CR380951
GeneID: 2887378
HOGENOM: Q6FV37
Orthologs: strict determination not possible; homologs must be refined manually
EMBL: CR380951
GeneID: 2887378
HOGENOM: Q6FV37
Homologs and Orthologs
Homologs in protein families: GL3C0282 GL3C0282.N4Orthologs: strict determination not possible; homologs must be refined manually
Protein CAGL0E05038p 
similar to uniprot|P53115 Saccharomyces cerevisiae YGL150c INO80
Protein domain map
Database cross references:
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR014001
InterPro: IPR014021
KEGG: cgr:CAGL0E05038g
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_445907.1
SMART: SM00487
SMART: SM00490
UniProtKB/Swiss-Prot: Q6FV37
UniprotKB: INO80_CANGA
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR014001
InterPro: IPR014021
KEGG: cgr:CAGL0E05038g
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_445907.1
SMART: SM00487
SMART: SM00490
UniProtKB/Swiss-Prot: Q6FV37
UniprotKB: INO80_CANGA
Gene Ontology terms
None available yet
Sequence data
>CAGL0E05038g.nt ATCTACATCTACTTCCAACTTAAAATTTCTTTTCCTTACAAAGACAAACTGTTGTACTTA ATTTGATCTTTTAAAACAATTTTTCTACAAGTGTTGGTTTGTGCGATATTGCTCTTGTTG TCAGATATTTTTATTAATATTTTCCCTCTTTCCTGAATTGTCTAAGTGGTCTTTTCAAGA GCTTTCATTATTGCTTCAAAAAGCCTAAGAATTTCTTACTTCCTTTAAATAAAAAGTGGA TCGGGATGGTTTCAAATGGGATTTAGCTTCTTTATTCACAAAGGAGAAATTTTCTTTTTG CGTTCTTCTTTCAAATGGATTCTGGATAAATCCTCTTTCCATAACATTTTTTTTTTCCCT TTCTCTTCATATTATTATTAGTTCCCTCTTGTAGGGATTTTATTGGGTAGCAGTTATGTG GAAACCTAGCTTATTTTACACCGAAGCTTTTGTTATCTTGCTAGAAGTGATTTTCTTCTA AGTTAAACGTTTTGGGACCCTCTCTTTTTACCAATGAAAGCAACTCACCCAAACGTGGAA TGGAGTGATCACTGACACAGCAAATTTCGCCTCCTTCCTTCTTCATCCTTCCTCTTATAT ATACTTTCTCTTAGTAAATATTTGTAACACTAAAACCACAAAACTACCAAGATCTAAATA GCAATACAAGATCAAAAGTCTGTATAGTGAACCAGAGCACTATAAATAAGCTGGCAAGAC TGGATTGGAGACTTGGACTACAGAGGGAGAAAGAGAGAAATCATAGACACCAACAGCTCA ATCTTGAAAGCTCATTTTTTATAATCTCTAGTGAGGGTGTCAGTGTCAGGTAAGGTAGAA ATCTCTACAAATATAAAAATAGAAGAAACTAAAACAGCAAGATACTAGAAATTCGATACA GATTATCACATAGGTATTTGGTCCTTAATTTATTATTTGATTTAAAGGTATCAACGAAGA GGGACTGGCTCATAAGACAAAGTAACTATTTTATATCGTAATGTCCCTAAGCGCATTGCT TAATAACGATGATCCGGTGGAAGACACCAAACTCTACTTGGAATCCCTCAATAGAGAAAT GGACAGACTCATAAAGAGGGATCAATTGGAACTGATGTATCAGGATTGGAAGTTTGCTAA CTACCAAGAATTCGAGTTGATCAGTGAATGGAATACCCAGTGTAAAGAGCTTGTCGGTGA CGGTAACGATCTCCAAAATAACGATTTAATGACCGAAGAAGTGCATTTAGATGATTTATA CGACAACATTCAACGTATACGTAACGAATGGAAAGACTACGAATCCTATAAGGAAACCAG ATCACAGCTTCTGAGCAAGAGCATACAGGCAAAGCCCATCAAACATAGAAGAAGAAGAAG AACTAAGCTTGAAATGGAAGCGGCGGCAAATCTTGCCGCTCTTAGCCAAATGGGCACAAC TGATGTCAAAACTCCTGAAATTATCAATGATCATGGAAACCGCTCTAAAGCATCAAGAAG CGACACCACTAACAAGACTGACAACACAATGGCAGGCATTAACTCTCCTACTTCAGATGT AGATTCAGGACATAAGGATGAGCTTGATCAGACAAAATTAATAAAGAAACAAGAAGCTAG CTCTTCTACCAATTCTGCTGCAAGTGTTACCGCCTCAGTCGCAAACGGTATAGTTGAAGA TCAAAAAGATGAAGCGGAGAGAACTATAGAAGCCAATAGGATCGGGAGCAATATGCAAAA CTCTGATCAAGATACAATGGATGATTTGAAAAAGACAAATGACCCTTCAAGCGACATAGA TTCCGATGCAAATACTAGCGTCAATGATGGTAGCGATGAAAATTTGAGTAATAAACTAGA CAGTGATGATTTACATTCAGAACCTGCTGATAACGAGGAAGAACCGGTTAGCTCTGACGC AGAGAAAGATCAGGCGGAAAACATAAATCAAACTGATGAATCTGAAGAGGAAATAATAGT TAAAGAGTATGATGACAATAATGACGAGGATTTCGCACCTGAAATTAAGAAGCCAAAGCC TAACGGTAAAATAGTGACCATCAATAGCGATAGACCTAAGATTGTCAGAGAATTAATTAA GCTGCGCAACAAAGGTAAAGCACCAAAGTCTAGTAAAAGGCGTTATACAGCCGTGAATAT AACGGAATATAGTCCAACTGAAAAAAAGATCTCAGTGAAGATTACACTGAAACAAATGCA TGTCAAGAAATTGAAAAAGATCTTACAGGATGCTAGGAAAGCCGAAGAGAAAAGGCTTCA AGAAGAAGCTAAACAGATTGCTGATCAGGAGTCTCCCAGGAAAAGAAGGAAAATTGATCG ATCTGAGAACACTAAACAAGAAGATGAAGACGATAAAGAAGACGATGATCTTGATGGTTT GCCTACCTATGGTATGAAAATGAGTTTGAAGGATGCCAAAGCTATTCAACGACATTACGA TAATACATATACCATGATATGGAAGGATATGGCTAGAAAAGATTGCATGAAGATTTCGAG ACTTGTTCAACAGATTCAATCAACCAGAGCATTAAACTATAAAAAAACTTCTTCTCTGTG CGCTAGAGAAGCCCGTAAATGGCAGACTAGAAATTTCAAGCAAGTTAAAGACTTCCAAAC TCGTGCTAGAAAGGGTATCAGAGAGATGGCAAATTTCTGGAAAAAGAATGAAAGAGAGGA GAGAGATTTGAAGAAAAAGGCAGAAAGAGAAGCACTAGAATTGGCCAAGAAGGAAGAAGA AGAAAAGGAATCAAAGAGACAGGCTAAAAAGTTAAACTTCTTATTAACACAGACAGAATT ATACTCTCACTTTATTGGGAGAAAAATAAAAACAAGTGCATTAGAAGGTAATGAAGTTGC AGAAGAGGATGAAGACAATTATGACTTGACAACTACTGCACCAAATAAGAATGACTTCCA TGCCATCGATTTTGATAATGAAAATGATGAGCAACTAAAGTTAAAAGCAGCACAAAATGC ATCGAATGCGTTAGCAGAAACGAGAGCTAAAGCGAAGGCTTTTGATGATGCACATAGACA GCAGCAATCAACCGAAAGTGATGATGAAGAAGAAATGAACTTCCAAAACCCAACTTCACT TGGTGAAATTACTATAGAGCAACCAAAAATGCTAGCATGCACACTAAAAGAATATCAATT GAAGGGATTAAATTGGCTTGCTAATTTATATGATCAAGGTATCAATGGTATTCTAGCTGA CGAGATGGGTTTAGGTAAGACTGTACAATCAATCTCAGTTTTAGCTCACTTAGCGGAGCA TCACAACATCTGGGGACCTTTCTTGGTTGTAACACCTGCATCAACGTTACACAACTGGGT AAATGAAATATCAAAGTTTGTACCCCAATTTAAAATCCTTCCATATTGGGGATCTGCAAA TGATAGAAAGGTATTAAGAAAATTTTGGGATAGGAAAAACTTAAGATATAGTGAAAAATC TCCATTTCATGTTATGATTACTTCTTATCAGATGGTTGTAGCGGATGCCTCGTATCTTCA AAAAATGAAGTGGCAGTACATGATATTGGATGAAGCCCAAGCCATTAAGTCTTCTCAATC ATCGAGATGGAAAAATTTATTGAGCTTTCACTGTAGAAATAGACTATTACTAACTGGTAC ACCTATTCAAAACAACATGCAAGAGTTATGGGCATTACTGCATTTTATTATGCCGTCACT GTTTGACTCCCATGATGAATTTAATGAGTGGTTTTCTAGAGATATAGAGTCACACGCAGA AGGAAACAGCTCTTTGAATCAACAACAGCTAAGAAGACTTCATATGATATTGAAACCATT TATGCTAAGACGTATTAAGAAAAATGTCCAGTCTGAGTTGGGAGACAAGATTGAAATTGA TGTGATGTGCGATTTAACACAAAGACAAACGAAATTATATCAAGTTCTAAAATCTCAGAT GTCCTCTAACTACGACGCAATAGAAAATGCTGCTGCAGAAGGTTCAGATATTGCAGGAGG AGGTAACTCTGATCAAAGCATTATCAATGCAGTAATGCAATTCAGGAAGGTCTGTAACCA CCCAGATTTATTTGAGAGAGCAGACATAAACTCCCCATTTTCATTCACATCTTTTGGTAA AACATCGTCATTGATCTCATCAAGCATAGCAACTTCAGGAGGTCTTACAGAGACCATTTC CGAGTTGATGTATTCTAGTACAAACCCTATCAATTGCGCAATTCCGAAATTAATATATGA AGATCTAATCCTTCCTAACTATAACAATTCGATAGACATAATGGAGAAATTATTACTTTC CGACTTTTCAATATATGATCCTGTCAATAATAAGGAAATGTGTCAATATCTGGGTTTGTT AACAGGCCTTGCATATGGCTCTTTCAGGAAGATTCACAAAAGTAATTACTTTGAGAGGAT TATTAACTTGAAAAAAGAGAGTAAACAAAGTAGTCAAAATTTGATTACTGTAGTCTCTAA TGCCAATGATCTCATTGCAGACTCTATTGTGCATGCTGATACCAATCTGCCTAATCTGAC TGGGATTCGGAATGATATTTATCACAACGATTACCTAAACAGCATACAACCAGGGTATTG TCCAAAAGTAGTTGCTCCTCCCATAAATTTTAATGTAAATGGTTCCCTAAACTTTACTAA TAAAATGTCATCATATTTATTCAATCCTGTTATCACAACAGCATTGTCATCAATCCCACC ACCTACACAGTACAATATGTTTGTTAAAAAGTGCATTCCTATAGAAGAATTCCCAATCAG TGAAATGTACCCCAATCCATTGAATAAACATTTTTCTTCAAATATATCGATGCCTTCAAT GGATAGGTTTATTACAGAGTCTGCTAAATTGAAAAAGTTGGATGAATTATTGGTGGAGCT GAAGAAGAACGATCACAGAGTATTGATTTACTTCCAAATGACTAAAATGATGGACTTGAT GGAGGAATATCTAACATATCGTCAATACAATCATATAAGGTTGGATGGTTCTTCCAAATT AGAAGATCGTCGTGATCTGGTTCATGATTGGCAGACAAATCCAGAAATTTTCATTTTCCT ATTAAGTACAAGAGCAGGTGGTTTAGGTATAAACTTGACAGCAGCCGACACTGTAATTTT TTATGATTCGGATTGGAACCCTACAATAGATTCTCAAGCAATGGACAGAGCCCATAGATT GGGACAAACCAAACAAGTTACTGTTTATAGATTACTCGTTAGAGGAACAATTGAGGAGAG GATGCGTGATAGGGCAAAACAAAAAGAGCAAGTCCAACAGGTAGTCATGGAAGGTAAGAC AAAGGATACAAATATACAAACAACTCATACGAGACCAGAACATGAACAGTTGACACCAAA GTCCCTCTCTTCTGAACCAGAAGCGACAAATAACCTGATAACAGTCAAGAACTAATACAT ACGCACCTACCCACATACATATATACTATTATAGTAGTTCGATGAGACCGCTTACTATAA ATAAAGATATGCATATATATGTATTAATTGCATCAATAACTTATCATTACTTAAAAGTTA CATTTTAAAAAATACAGGTTTTTAACATTTTTAAGTATCTGCTGTGGTATTCGCAGATTT TCTTATAATCTTCATATGACATAGAATCGCTTTCCAAAGTTCCGTAGGATAGTTTAATTT CATGTATTATGAATCCAAATGTGTGTCTATTCTTTCCAAGAGCGCAGTTTCTGTC
>CAGL0E05038g.cds ATGTCCCTAAGCGCATTGCTTAATAACGATGATCCGGTGGAAGACACCAAACTCTACTTG GAATCCCTCAATAGAGAAATGGACAGACTCATAAAGAGGGATCAATTGGAACTGATGTAT CAGGATTGGAAGTTTGCTAACTACCAAGAATTCGAGTTGATCAGTGAATGGAATACCCAG TGTAAAGAGCTTGTCGGTGACGGTAACGATCTCCAAAATAACGATTTAATGACCGAAGAA GTGCATTTAGATGATTTATACGACAACATTCAACGTATACGTAACGAATGGAAAGACTAC GAATCCTATAAGGAAACCAGATCACAGCTTCTGAGCAAGAGCATACAGGCAAAGCCCATC AAACATAGAAGAAGAAGAAGAACTAAGCTTGAAATGGAAGCGGCGGCAAATCTTGCCGCT CTTAGCCAAATGGGCACAACTGATGTCAAAACTCCTGAAATTATCAATGATCATGGAAAC CGCTCTAAAGCATCAAGAAGCGACACCACTAACAAGACTGACAACACAATGGCAGGCATT AACTCTCCTACTTCAGATGTAGATTCAGGACATAAGGATGAGCTTGATCAGACAAAATTA ATAAAGAAACAAGAAGCTAGCTCTTCTACCAATTCTGCTGCAAGTGTTACCGCCTCAGTC GCAAACGGTATAGTTGAAGATCAAAAAGATGAAGCGGAGAGAACTATAGAAGCCAATAGG ATCGGGAGCAATATGCAAAACTCTGATCAAGATACAATGGATGATTTGAAAAAGACAAAT GACCCTTCAAGCGACATAGATTCCGATGCAAATACTAGCGTCAATGATGGTAGCGATGAA AATTTGAGTAATAAACTAGACAGTGATGATTTACATTCAGAACCTGCTGATAACGAGGAA GAACCGGTTAGCTCTGACGCAGAGAAAGATCAGGCGGAAAACATAAATCAAACTGATGAA TCTGAAGAGGAAATAATAGTTAAAGAGTATGATGACAATAATGACGAGGATTTCGCACCT GAAATTAAGAAGCCAAAGCCTAACGGTAAAATAGTGACCATCAATAGCGATAGACCTAAG ATTGTCAGAGAATTAATTAAGCTGCGCAACAAAGGTAAAGCACCAAAGTCTAGTAAAAGG CGTTATACAGCCGTGAATATAACGGAATATAGTCCAACTGAAAAAAAGATCTCAGTGAAG ATTACACTGAAACAAATGCATGTCAAGAAATTGAAAAAGATCTTACAGGATGCTAGGAAA GCCGAAGAGAAAAGGCTTCAAGAAGAAGCTAAACAGATTGCTGATCAGGAGTCTCCCAGG AAAAGAAGGAAAATTGATCGATCTGAGAACACTAAACAAGAAGATGAAGACGATAAAGAA GACGATGATCTTGATGGTTTGCCTACCTATGGTATGAAAATGAGTTTGAAGGATGCCAAA GCTATTCAACGACATTACGATAATACATATACCATGATATGGAAGGATATGGCTAGAAAA GATTGCATGAAGATTTCGAGACTTGTTCAACAGATTCAATCAACCAGAGCATTAAACTAT AAAAAAACTTCTTCTCTGTGCGCTAGAGAAGCCCGTAAATGGCAGACTAGAAATTTCAAG CAAGTTAAAGACTTCCAAACTCGTGCTAGAAAGGGTATCAGAGAGATGGCAAATTTCTGG AAAAAGAATGAAAGAGAGGAGAGAGATTTGAAGAAAAAGGCAGAAAGAGAAGCACTAGAA TTGGCCAAGAAGGAAGAAGAAGAAAAGGAATCAAAGAGACAGGCTAAAAAGTTAAACTTC TTATTAACACAGACAGAATTATACTCTCACTTTATTGGGAGAAAAATAAAAACAAGTGCA TTAGAAGGTAATGAAGTTGCAGAAGAGGATGAAGACAATTATGACTTGACAACTACTGCA CCAAATAAGAATGACTTCCATGCCATCGATTTTGATAATGAAAATGATGAGCAACTAAAG TTAAAAGCAGCACAAAATGCATCGAATGCGTTAGCAGAAACGAGAGCTAAAGCGAAGGCT TTTGATGATGCACATAGACAGCAGCAATCAACCGAAAGTGATGATGAAGAAGAAATGAAC TTCCAAAACCCAACTTCACTTGGTGAAATTACTATAGAGCAACCAAAAATGCTAGCATGC ACACTAAAAGAATATCAATTGAAGGGATTAAATTGGCTTGCTAATTTATATGATCAAGGT ATCAATGGTATTCTAGCTGACGAGATGGGTTTAGGTAAGACTGTACAATCAATCTCAGTT TTAGCTCACTTAGCGGAGCATCACAACATCTGGGGACCTTTCTTGGTTGTAACACCTGCA TCAACGTTACACAACTGGGTAAATGAAATATCAAAGTTTGTACCCCAATTTAAAATCCTT CCATATTGGGGATCTGCAAATGATAGAAAGGTATTAAGAAAATTTTGGGATAGGAAAAAC TTAAGATATAGTGAAAAATCTCCATTTCATGTTATGATTACTTCTTATCAGATGGTTGTA GCGGATGCCTCGTATCTTCAAAAAATGAAGTGGCAGTACATGATATTGGATGAAGCCCAA GCCATTAAGTCTTCTCAATCATCGAGATGGAAAAATTTATTGAGCTTTCACTGTAGAAAT AGACTATTACTAACTGGTACACCTATTCAAAACAACATGCAAGAGTTATGGGCATTACTG CATTTTATTATGCCGTCACTGTTTGACTCCCATGATGAATTTAATGAGTGGTTTTCTAGA GATATAGAGTCACACGCAGAAGGAAACAGCTCTTTGAATCAACAACAGCTAAGAAGACTT CATATGATATTGAAACCATTTATGCTAAGACGTATTAAGAAAAATGTCCAGTCTGAGTTG GGAGACAAGATTGAAATTGATGTGATGTGCGATTTAACACAAAGACAAACGAAATTATAT CAAGTTCTAAAATCTCAGATGTCCTCTAACTACGACGCAATAGAAAATGCTGCTGCAGAA GGTTCAGATATTGCAGGAGGAGGTAACTCTGATCAAAGCATTATCAATGCAGTAATGCAA TTCAGGAAGGTCTGTAACCACCCAGATTTATTTGAGAGAGCAGACATAAACTCCCCATTT TCATTCACATCTTTTGGTAAAACATCGTCATTGATCTCATCAAGCATAGCAACTTCAGGA GGTCTTACAGAGACCATTTCCGAGTTGATGTATTCTAGTACAAACCCTATCAATTGCGCA ATTCCGAAATTAATATATGAAGATCTAATCCTTCCTAACTATAACAATTCGATAGACATA ATGGAGAAATTATTACTTTCCGACTTTTCAATATATGATCCTGTCAATAATAAGGAAATG TGTCAATATCTGGGTTTGTTAACAGGCCTTGCATATGGCTCTTTCAGGAAGATTCACAAA AGTAATTACTTTGAGAGGATTATTAACTTGAAAAAAGAGAGTAAACAAAGTAGTCAAAAT TTGATTACTGTAGTCTCTAATGCCAATGATCTCATTGCAGACTCTATTGTGCATGCTGAT ACCAATCTGCCTAATCTGACTGGGATTCGGAATGATATTTATCACAACGATTACCTAAAC AGCATACAACCAGGGTATTGTCCAAAAGTAGTTGCTCCTCCCATAAATTTTAATGTAAAT GGTTCCCTAAACTTTACTAATAAAATGTCATCATATTTATTCAATCCTGTTATCACAACA GCATTGTCATCAATCCCACCACCTACACAGTACAATATGTTTGTTAAAAAGTGCATTCCT ATAGAAGAATTCCCAATCAGTGAAATGTACCCCAATCCATTGAATAAACATTTTTCTTCA AATATATCGATGCCTTCAATGGATAGGTTTATTACAGAGTCTGCTAAATTGAAAAAGTTG GATGAATTATTGGTGGAGCTGAAGAAGAACGATCACAGAGTATTGATTTACTTCCAAATG ACTAAAATGATGGACTTGATGGAGGAATATCTAACATATCGTCAATACAATCATATAAGG TTGGATGGTTCTTCCAAATTAGAAGATCGTCGTGATCTGGTTCATGATTGGCAGACAAAT CCAGAAATTTTCATTTTCCTATTAAGTACAAGAGCAGGTGGTTTAGGTATAAACTTGACA GCAGCCGACACTGTAATTTTTTATGATTCGGATTGGAACCCTACAATAGATTCTCAAGCA ATGGACAGAGCCCATAGATTGGGACAAACCAAACAAGTTACTGTTTATAGATTACTCGTT AGAGGAACAATTGAGGAGAGGATGCGTGATAGGGCAAAACAAAAAGAGCAAGTCCAACAG GTAGTCATGGAAGGTAAGACAAAGGATACAAATATACAAACAACTCATACGAGACCAGAA CATGAACAGTTGACACCAAAGTCCCTCTCTTCTGAACCAGAAGCGACAAATAACCTGATA ACAGTCAAGAACTAA
>CAGL0E05038g.aa MSLSALLNNDDPVEDTKLYLESLNREMDRLIKRDQLELMYQDWKFANYQEFELISEWNTQ CKELVGDGNDLQNNDLMTEEVHLDDLYDNIQRIRNEWKDYESYKETRSQLLSKSIQAKPI KHRRRRRTKLEMEAAANLAALSQMGTTDVKTPEIINDHGNRSKASRSDTTNKTDNTMAGI NSPTSDVDSGHKDELDQTKLIKKQEASSSTNSAASVTASVANGIVEDQKDEAERTIEANR IGSNMQNSDQDTMDDLKKTNDPSSDIDSDANTSVNDGSDENLSNKLDSDDLHSEPADNEE EPVSSDAEKDQAENINQTDESEEEIIVKEYDDNNDEDFAPEIKKPKPNGKIVTINSDRPK IVRELIKLRNKGKAPKSSKRRYTAVNITEYSPTEKKISVKITLKQMHVKKLKKILQDARK AEEKRLQEEAKQIADQESPRKRRKIDRSENTKQEDEDDKEDDDLDGLPTYGMKMSLKDAK AIQRHYDNTYTMIWKDMARKDCMKISRLVQQIQSTRALNYKKTSSLCAREARKWQTRNFK QVKDFQTRARKGIREMANFWKKNEREERDLKKKAEREALELAKKEEEEKESKRQAKKLNF LLTQTELYSHFIGRKIKTSALEGNEVAEEDEDNYDLTTTAPNKNDFHAIDFDNENDEQLK LKAAQNASNALAETRAKAKAFDDAHRQQQSTESDDEEEMNFQNPTSLGEITIEQPKMLAC TLKEYQLKGLNWLANLYDQGINGILADEMGLGKTVQSISVLAHLAEHHNIWGPFLVVTPA STLHNWVNEISKFVPQFKILPYWGSANDRKVLRKFWDRKNLRYSEKSPFHVMITSYQMVV ADASYLQKMKWQYMILDEAQAIKSSQSSRWKNLLSFHCRNRLLLTGTPIQNNMQELWALL HFIMPSLFDSHDEFNEWFSRDIESHAEGNSSLNQQQLRRLHMILKPFMLRRIKKNVQSEL GDKIEIDVMCDLTQRQTKLYQVLKSQMSSNYDAIENAAAEGSDIAGGGNSDQSIINAVMQ FRKVCNHPDLFERADINSPFSFTSFGKTSSLISSSIATSGGLTETISELMYSSTNPINCA IPKLIYEDLILPNYNNSIDIMEKLLLSDFSIYDPVNNKEMCQYLGLLTGLAYGSFRKIHK SNYFERIINLKKESKQSSQNLITVVSNANDLIADSIVHADTNLPNLTGIRNDIYHNDYLN SIQPGYCPKVVAPPINFNVNGSLNFTNKMSSYLFNPVITTALSSIPPPTQYNMFVKKCIP IEEFPISEMYPNPLNKHFSSNISMPSMDRFITESAKLKKLDELLVELKKNDHRVLIYFQM TKMMDLMEEYLTYRQYNHIRLDGSSKLEDRRDLVHDWQTNPEIFIFLLSTRAGGLGINLT AADTVIFYDSDWNPTIDSQAMDRAHRLGQTKQVTVYRLLVRGTIEERMRDRAKQKEQVQQ VVMEGKTKDTNIQTTHTRPEHEQLTPKSLSSEPEATNNLITVKN*
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/CAGL/CAGL0E05038g