HomeYALI0E09012g
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: 4959 nucleotides,
on anti-sense strand of
Yali0E: complement(join(1070790..1070822,1065864..1070204)).
Other names:
YALI-CDS0111.1
YALI-IPF2222
Coding sequence: 1458 codons.
Element length: 4959 nucleotides,
on anti-sense strand of
Yali0E: complement(join(1070790..1070822,1065864..1070204)).
Other names:
YALI-CDS0111.1
YALI-IPF2222
Coding sequence: 1458 codons.
Database cross references:
EMBL: CR382131
GeneID: 2912514
HOGENOM: Q6C6J7
Orthologs: strict determination not possible; homologs must be refined manually
EMBL: CR382131
GeneID: 2912514
HOGENOM: Q6C6J7
Homologs and Orthologs
Homologs in protein families: GL3C0282 GL3C0282.N1Orthologs: strict determination not possible; homologs must be refined manually
Protein YALI0E09012p 
similar to uniprot|P53115 Saccharomyces cerevisiae YGL150c INO80
Protein domain map
Database cross references:
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR014001
InterPro: IPR014021
KEGG: yli:YALI0E09012g
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_503715.1
SMART: SM00487
SMART: SM00490
UniProtKB/TrEMBL: Q6C6J7
UniprotKB: Q6C6J7_YARLI
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR014001
InterPro: IPR014021
KEGG: yli:YALI0E09012g
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_503715.1
SMART: SM00487
SMART: SM00490
UniProtKB/TrEMBL: Q6C6J7
UniprotKB: Q6C6J7_YARLI
Sequence data
>YALI0E09012g.nt TGCAGCGAAAACGTTTGAGGGTTGCACCCAACGCGTGGAAATAACGTGAGCTAAAAACTA ACCCGGTCGGCTGTCAAGGGGTTGGCTAATGTGGGCCTACTTGCGCCGAAAGTGGCACCA ACAGCTTCCTTGCGACGAGCCGAGCACATTGACTGCACCCCCGTCTCCATATATCAAGTA TCGAGAGAGTTAGACGTCTTCCGTCCTGAGCTCGACATTGCGGTGATGACCAGGTACTTG TAGGGCGGAAGAGCCACCGCAAAGTTGAATTGTAGCAAGAAAAAGTAAAACGGTATCAAT TACAACCACAGAAAGATCTTTACAGCCAGCATTTCCATACGTTTATCCCACCATTTCTCG GAGACTTCCACCTTCACCCAGAGCTACTTCATTACATAGTATTACGTCAAAGTCGAGCGC ATGAAGCATGCGATTGGGAAAGTGGAAGAAGGCGCGAAGAGAGGGTGCAGATGGATGGCT GTGGGATATTCTAAAAAGTCGGATTAGTCATCACAAATATCCCCATCTTGTTCCATGCCC GCTCGATTTTGCCCCTTATTGTGTGAGCTGTATCCGGCTTTTTCTGCTACACCCCCGGAA GGTGGAGCACAGGTGCATACGATAGATAGACTATTGGGAACCCTGAGGAAGAAGGGAGGG TGCAGATGGGGCGGAGTGGTATTTGACAAATGAAGGGGGGTTTTTATAAATACCAAGTTT TTTTTTGGTAATCATCAACCTGGCCCTTTTCACCTCCTCCCCTTTCCCCCATATTTTTCC CATTTTCCCACCCCACTCCTCTTCTCGTTGCGGTGCACCTCCAGAAACAGCGGGCAGGTT TTTTTCTTCGAACTCTCGCTGCGCTCGAGTTCGATTGGAGGCAGGAAGAGACCAACGCAA CAGCACTGCACAATTTATTGTTGACTCCATCCATCACCACCAAGCCACGACACAAAGACG CGGAACGACAGACACAAAAAGACAAGCAACGAAAACAGCCATGAATGGCCATAACAACAA CCACGATGAGACCgtgagtattaccagttggcgatggctgaatacgggcttacgaggagg gaggtttggggcgagggagggagacatggtattttttgccacagacgtttgtgggcgacg ggagaagatgcaatcaacttggtgggactcggcgagcacgatggtgcccttggcgagccg atcggtttcgattctgtcttgttgccattgccacacacccacaccgctgcttatgtcaac cgggtagcaccacggtgacatgccacaagacctgaacggggccgcgaagatgagaagccg atggcattgaagggattctgcatccgtgaagtgtctcgatcatgcttctgccacggtcga tggggataccgttcgtgccgcctgtgatagaaagtgatatggaaacggtgatctctttgc tgacgaggctgtcatcgccgtatacatctccatcaagcatcctgaggctggatccgacac gttagtatctccatctccggtcctgccctatcacagctcccctatcccgtttaccatgtc tcacttctcatcaaccatgtcgcatgccatctctacgataccgatctaactaacacagAA CCGCGGGGCTATGTCCATTTCATCGATTCTCTCTGGTGGAGAACGACGTGCATCGGATGC CTCTCAGCAGCCACCGGCCCCACCGCTACAACAGCAGTCACCACTACAGCAACAGCCCCC TCCTGCTCTGCACCATCCACCACCACCACCACATCTCTCCCCCCACCAGACGCATCAGGC ACCGCACATCTCGCCACAGCATTCGCCTCAGAATGGACACACCATGCCGGGGCCTCCCAT GATGGGCCACGAGCAGCACTACATGCAGCAGCAGCACCCCCAGCATCCTCAGCATCCTCA ACAGCAGTCGCCACCGATGCTGCCGCAGCATCACCAGCATCATCCGCATCCACACCACTC GCCGCAGCACTCACCTCCCATGCTGCAGCACCAGCACCACTCTTCCACATCGCCGCCCAT GTACCACAAACAGCAGCCCCATCCCCAGCATCAACACCCCCCACCACCGCATCCGGGTCA CATGTCCCCCCAGGGTCATCCCAATATGTCTCCTCACCCGGTGCAGCATCAGGGTCCTCA TCCCGGCCACCAGGGCCACCCAGGACACCCTGGCCATCAGGGTCATCCGGCACCACCTGA CATGTACGCTCCCCGCATTTACATGTCGCAGCAGCAGATTCCGCAGCAGGCTCCGTGGCC TATCCAGATTCCCATTCAGGGTCACACGTCTGTTGACGGCGATCACTCTGCACCGGAGTC ACCACCCGCGGATGCAGATGATCCCGCATACGCAGACGCCAAGACGGGATTTCTACAGCA GGTCCAGAGCCGGCTGGAGGCCGTGGTGCAGCTGGAAGAGTTGCGAGACAAGGTCGTGAT TGATGAATACACGAAAACCAAGGCGTACACAAACGCAGCCCGCTACGCAGCCGTTAAGCA AAGCGCTAAGACGTCCCTGCAAAAGGAGGCGATTGTGCGTGTGGCGTTTGTGGAGTACGA GGAGGGTGGTGGCCTGGCCGGCGCACATACATCGGCCAGTCCTGCTGCATCGTCGTCATC ATCAGCAGCCCCAGTGTCCTCCACATCGTCAGCACCAGCGTCAGCTTCCTCTGCTGCAGG CGCTGCCGCCGCTGCCGCCGCAACAACTTCTTCTGTGTCCACTCCGAAGGCAAAGAAGCG AAGCAAGGCCGTATCTAAGACGTCAGCTGCTGCTTCTGTCGCAGCGGGAACCTCCTCTAA GGAGGCTTCCCCTGCCCCCAAGCCAAAGACGAAGAAACAGCTCCAGGCAGAGCAGCGAGA GAAGGACAGGGAGATTAGGGAAGAAAATGCGGCGGCTAAGGAAGCTGCGGCTGCTGCCAA GCAGCTTGATCAGGCCTATGATTCCATTTGGAAGGATATGGCACGTCGAGACGCCGCCAA GGTGCACAAAACTGTGGCTGCAACGATCGCCGTGAAGCAGTCCAACCACCGAAAAACAGC TGTTTTGGCGTCCAAGGAGGCCCGAAGATGGCAATATCGAACCAACAAGTCTATCAAGGA CATGCAAGGCAAGGCTCGACGAGCTATGCGAGAGATGCTCTCTTTCTGGAAGAGAAATGA GAAGGAAGAGCGAGATCTGCGAAAGAAGGCCGAGAAGGAGGCTCTTGACCAGGCCAAGAA GGACGAGGAAGATCGAGAGAGTAAGCGGCAAGCCAGGAAGCTCAATTTCTTGCTCACCCA GACAGAGCTATACTCACATTTCATCGGTCGGAAGATCAAGACTGACGAGATGGAAGATGG TGAGGCTGCCAAGGACGGTGACGAGGACTACGAGGCCATGGAGAAGATTGCCAAAAGTGG CAGCGATGTGGAGACGAAGCGGGCTGCAGAGCTGGACTTTGACGAAGACGATGACGACAA GCTGCGGCAGATTGCCATGCAGAATGCTCATAATCAGGTGCGAAGGAACCAGCAGCAGGC CCAGGCGTTCGACGCGCAGTCTGAGACGCCTACCGCAGAATCTGGCGCTGCAGCTGACTC GGATGACGCCTTTCAGAACCCCACGTCTCTTGGAGACCTACAGCTCTCCCAGCCCAAACT CCTCAACTGCACTCTCAAGGAATACCAGCTTAAGGGTCTCAACTGGCTGGCCAACCTGTA CGAGCAGGGTATCAACGGTATTCTTGCTGACGAAATGGGTCTGGGAAAGACTGTCCAGTC GATCTCCGTCATGGCCTATCTCGCCGAGACCCACAACATCTGGGGTCCATATCTTGTGAT CGCACCTGCTTCCACACTCCACAACTGGCAGCAGGAAATCTCCAAGTTTGTCCCCGACTT CAAAGTGTTGCCTTATTGGGGTAATGGTAAGGATCGAAAGATTTTGCGAAAATTCTGGGA CAGAAAGAATGTCAAGTACACGCGAGATTCGCCGTTCCATGTGCTGGTCACCTCATATCA GCTCGTTGTGTCTGATGCCCAGTACTTTTCTCGAGTGAAGTGGCAATACATGATTCTGGA TGAGGCTCAGGCCATCAAGTCGTCTTCTTCTTCGCGATGGAAGTCTCTGCTGGCTTTCCA GTGCCGAAACCGACTGCTTTTGACCGGTACTCCCATTCAGAACTCCATGCAGGAACTATG GGCGCTGTTGCATTTCATCATGCCCTCTCTTTTCGACTCGCACGATGAGTTTTCCGAATG GTTTTCCAAGGACATTGAGTCGCACGCCAAGGAAAAGTCGCAGCTAGACCAGCAGCAGCT CAAGCGACTGCATATGATCCTGAAGCCGTTCATGTTGCGACGAGTTAAGAAGCACGTGCA GCAAGAGCTGGGCGATAAGATTGAGATTGATGTGTACTGCAACCTGACCACCCGGCAGCG AGTCATGTACAAGATTCTGAAGTCTCAGATCAACCTGCAGGAGCTCCTTGCCAAGGCCCA GAGTGGCTCTGAAGAGAACACTCAGAGTCTGATGAACCTGGTCATGCAATTCCGAAAGGT TTGCAACCATCCCGACTTGTTTGAGCGTGCCGATGTGAAGAGTGCCTATAACTTTGGCCC TTCCAACTGTGGCTCTGACAAAGACACTTGGATTGGAAGCAGCAATCGAAACCTCATCAG TTTTGAAGTCCCCAAGCTCGTGTACCGGGAGGGGGGCTTCTTGGACGTTCCTGGAGAACA CAGCAAGGCCGGTAGCTTGAATAAGCTGCTCAAGGTCGATCTGAACATCTGGGAGCCTTC TTGGATGGGTCGAAAGAGAGACCTTGTGGTCGAGGAGGAAGGAGGAGTGGGCCGAGTCAG CCGAGTCAGTCAGATGGGGGTCATGGAGCGTGTTATTAACGAGGTCAATCGTGATGTTCC CAGCGTCGGTGCGCTGCCCAGGTACACACCTGCTCCTTCTCCATTTGACGTCTTTGAGAC TCTCTACGACTCGTATCTCCACCGACTGGAGCCTGCATATGACCCTCGCGTCGTTGCTCC TCCTGTGGACTTTGTTTGCCGTGACCGAGGGTTCCAGATTGAGCAGGAGGAGAAGATGGG TGGCGTGGACGTGCGAAGAGCCCTTACACCCCTCACTCTTGGCCAGGAACTGTGGTGGTT GGAGAAGGCCGAGGCCGAGGTAAAGGGCACCAATGTCACTGCATTGACTCCTGGGTCTGT TTCACTGCCTCCCAACGATCTGTTCCCGTCTCGGGTGCTGGACTTCAACGGCATCAACAC TCTGCGAATGCCCTCTATGTCCAAGTTCATCTCGTGCTCTGGCAAGCTCGCCAAGCTGGA CGAGCTGCTCGCAGAGTTGAAGGCTGGAGGTCACCGTGTTCTCGTCTATTTCCAGATGAC CAAGATGATGGACCTGGCCGAGGAGTACCTCACGTTCAAGCAGTACAACTACTGTCGACT GGACGGTTCCTCCAAGCTGTCCGATCGAAGAGATCTCGTCAACGACTGGCAGACCAAGCC CGAGCTATTCGTGTTTTTGCTATCCACTCGAGCTGGAGGTCTGGGTATCAACTTGACAGC TGCCGACACAGTCATCTTCTATGATTCCGACTGGAACCCTACGATCGATTCGCAGGCCAT GGATCGAGCCCATCGACTGGGACAGACCCGGCAGGTGACTGTGTACCGTCTGCTGGTCAA GGGTACTATCGAAGAGCGAATGCGAGATCGAGCCAAACAGAAGGAGCATGTGCAGAATGT GGTCATGAGTGGCCAGAGCCAGAGTCACGAGGAGGAGGTCAACTCCAAGCCGTCACGAGA TGTGGCACTGTGGCTGCTTGACGATGATCAGGATGAGGCATCGTTTGTCAAGGGCAAGGA GAACCGAGGCGTCAAGAGAGGTGCTGAGGGAGAGGAGGAAAAGAAGGTGGAGGAGATCAA AAAGCCGAAGACGGAGTAGACGAGTAGAAAAGACTCTGGTAGGACAGGTATATTTAATGT ATTGTTTATATTTAATGGCCATAGCTTGTACAAGTTGTGACGGTGTGAGTTTCTGCTACG AGTTGAATACTGTGGTTTCCAGACAGTGCGAGTGCAGTACTGACAGCGACGTAAAAGTAA TGTACAGGAACAGCAAGCGTACATTCAGTACACGTAGAATATTAACAGAATATGTGAGTT CATTAAAGCACTATTTCTCTTTCTCTCCCTGCCACTCATCTTTGCTCAGAAGTCTCTTGA GATTCTCCATGTGCTCATC
>YALI0E09012g.cds ATGAATGGCCATAACAACAACCACGATGAGACCAACCGCGGGGCTATGTCCATTTCATCG ATTCTCTCTGGTGGAGAACGACGTGCATCGGATGCCTCTCAGCAGCCACCGGCCCCACCG CTACAACAGCAGTCACCACTACAGCAACAGCCCCCTCCTGCTCTGCACCATCCACCACCA CCACCACATCTCTCCCCCCACCAGACGCATCAGGCACCGCACATCTCGCCACAGCATTCG CCTCAGAATGGACACACCATGCCGGGGCCTCCCATGATGGGCCACGAGCAGCACTACATG CAGCAGCAGCACCCCCAGCATCCTCAGCATCCTCAACAGCAGTCGCCACCGATGCTGCCG CAGCATCACCAGCATCATCCGCATCCACACCACTCGCCGCAGCACTCACCTCCCATGCTG CAGCACCAGCACCACTCTTCCACATCGCCGCCCATGTACCACAAACAGCAGCCCCATCCC CAGCATCAACACCCCCCACCACCGCATCCGGGTCACATGTCCCCCCAGGGTCATCCCAAT ATGTCTCCTCACCCGGTGCAGCATCAGGGTCCTCATCCCGGCCACCAGGGCCACCCAGGA CACCCTGGCCATCAGGGTCATCCGGCACCACCTGACATGTACGCTCCCCGCATTTACATG TCGCAGCAGCAGATTCCGCAGCAGGCTCCGTGGCCTATCCAGATTCCCATTCAGGGTCAC ACGTCTGTTGACGGCGATCACTCTGCACCGGAGTCACCACCCGCGGATGCAGATGATCCC GCATACGCAGACGCCAAGACGGGATTTCTACAGCAGGTCCAGAGCCGGCTGGAGGCCGTG GTGCAGCTGGAAGAGTTGCGAGACAAGGTCGTGATTGATGAATACACGAAAACCAAGGCG TACACAAACGCAGCCCGCTACGCAGCCGTTAAGCAAAGCGCTAAGACGTCCCTGCAAAAG GAGGCGATTGTGCGTGTGGCGTTTGTGGAGTACGAGGAGGGTGGTGGCCTGGCCGGCGCA CATACATCGGCCAGTCCTGCTGCATCGTCGTCATCATCAGCAGCCCCAGTGTCCTCCACA TCGTCAGCACCAGCGTCAGCTTCCTCTGCTGCAGGCGCTGCCGCCGCTGCCGCCGCAACA ACTTCTTCTGTGTCCACTCCGAAGGCAAAGAAGCGAAGCAAGGCCGTATCTAAGACGTCA GCTGCTGCTTCTGTCGCAGCGGGAACCTCCTCTAAGGAGGCTTCCCCTGCCCCCAAGCCA AAGACGAAGAAACAGCTCCAGGCAGAGCAGCGAGAGAAGGACAGGGAGATTAGGGAAGAA AATGCGGCGGCTAAGGAAGCTGCGGCTGCTGCCAAGCAGCTTGATCAGGCCTATGATTCC ATTTGGAAGGATATGGCACGTCGAGACGCCGCCAAGGTGCACAAAACTGTGGCTGCAACG ATCGCCGTGAAGCAGTCCAACCACCGAAAAACAGCTGTTTTGGCGTCCAAGGAGGCCCGA AGATGGCAATATCGAACCAACAAGTCTATCAAGGACATGCAAGGCAAGGCTCGACGAGCT ATGCGAGAGATGCTCTCTTTCTGGAAGAGAAATGAGAAGGAAGAGCGAGATCTGCGAAAG AAGGCCGAGAAGGAGGCTCTTGACCAGGCCAAGAAGGACGAGGAAGATCGAGAGAGTAAG CGGCAAGCCAGGAAGCTCAATTTCTTGCTCACCCAGACAGAGCTATACTCACATTTCATC GGTCGGAAGATCAAGACTGACGAGATGGAAGATGGTGAGGCTGCCAAGGACGGTGACGAG GACTACGAGGCCATGGAGAAGATTGCCAAAAGTGGCAGCGATGTGGAGACGAAGCGGGCT GCAGAGCTGGACTTTGACGAAGACGATGACGACAAGCTGCGGCAGATTGCCATGCAGAAT GCTCATAATCAGGTGCGAAGGAACCAGCAGCAGGCCCAGGCGTTCGACGCGCAGTCTGAG ACGCCTACCGCAGAATCTGGCGCTGCAGCTGACTCGGATGACGCCTTTCAGAACCCCACG TCTCTTGGAGACCTACAGCTCTCCCAGCCCAAACTCCTCAACTGCACTCTCAAGGAATAC CAGCTTAAGGGTCTCAACTGGCTGGCCAACCTGTACGAGCAGGGTATCAACGGTATTCTT GCTGACGAAATGGGTCTGGGAAAGACTGTCCAGTCGATCTCCGTCATGGCCTATCTCGCC GAGACCCACAACATCTGGGGTCCATATCTTGTGATCGCACCTGCTTCCACACTCCACAAC TGGCAGCAGGAAATCTCCAAGTTTGTCCCCGACTTCAAAGTGTTGCCTTATTGGGGTAAT GGTAAGGATCGAAAGATTTTGCGAAAATTCTGGGACAGAAAGAATGTCAAGTACACGCGA GATTCGCCGTTCCATGTGCTGGTCACCTCATATCAGCTCGTTGTGTCTGATGCCCAGTAC TTTTCTCGAGTGAAGTGGCAATACATGATTCTGGATGAGGCTCAGGCCATCAAGTCGTCT TCTTCTTCGCGATGGAAGTCTCTGCTGGCTTTCCAGTGCCGAAACCGACTGCTTTTGACC GGTACTCCCATTCAGAACTCCATGCAGGAACTATGGGCGCTGTTGCATTTCATCATGCCC TCTCTTTTCGACTCGCACGATGAGTTTTCCGAATGGTTTTCCAAGGACATTGAGTCGCAC GCCAAGGAAAAGTCGCAGCTAGACCAGCAGCAGCTCAAGCGACTGCATATGATCCTGAAG CCGTTCATGTTGCGACGAGTTAAGAAGCACGTGCAGCAAGAGCTGGGCGATAAGATTGAG ATTGATGTGTACTGCAACCTGACCACCCGGCAGCGAGTCATGTACAAGATTCTGAAGTCT CAGATCAACCTGCAGGAGCTCCTTGCCAAGGCCCAGAGTGGCTCTGAAGAGAACACTCAG AGTCTGATGAACCTGGTCATGCAATTCCGAAAGGTTTGCAACCATCCCGACTTGTTTGAG CGTGCCGATGTGAAGAGTGCCTATAACTTTGGCCCTTCCAACTGTGGCTCTGACAAAGAC ACTTGGATTGGAAGCAGCAATCGAAACCTCATCAGTTTTGAAGTCCCCAAGCTCGTGTAC CGGGAGGGGGGCTTCTTGGACGTTCCTGGAGAACACAGCAAGGCCGGTAGCTTGAATAAG CTGCTCAAGGTCGATCTGAACATCTGGGAGCCTTCTTGGATGGGTCGAAAGAGAGACCTT GTGGTCGAGGAGGAAGGAGGAGTGGGCCGAGTCAGCCGAGTCAGTCAGATGGGGGTCATG GAGCGTGTTATTAACGAGGTCAATCGTGATGTTCCCAGCGTCGGTGCGCTGCCCAGGTAC ACACCTGCTCCTTCTCCATTTGACGTCTTTGAGACTCTCTACGACTCGTATCTCCACCGA CTGGAGCCTGCATATGACCCTCGCGTCGTTGCTCCTCCTGTGGACTTTGTTTGCCGTGAC CGAGGGTTCCAGATTGAGCAGGAGGAGAAGATGGGTGGCGTGGACGTGCGAAGAGCCCTT ACACCCCTCACTCTTGGCCAGGAACTGTGGTGGTTGGAGAAGGCCGAGGCCGAGGTAAAG GGCACCAATGTCACTGCATTGACTCCTGGGTCTGTTTCACTGCCTCCCAACGATCTGTTC CCGTCTCGGGTGCTGGACTTCAACGGCATCAACACTCTGCGAATGCCCTCTATGTCCAAG TTCATCTCGTGCTCTGGCAAGCTCGCCAAGCTGGACGAGCTGCTCGCAGAGTTGAAGGCT GGAGGTCACCGTGTTCTCGTCTATTTCCAGATGACCAAGATGATGGACCTGGCCGAGGAG TACCTCACGTTCAAGCAGTACAACTACTGTCGACTGGACGGTTCCTCCAAGCTGTCCGAT CGAAGAGATCTCGTCAACGACTGGCAGACCAAGCCCGAGCTATTCGTGTTTTTGCTATCC ACTCGAGCTGGAGGTCTGGGTATCAACTTGACAGCTGCCGACACAGTCATCTTCTATGAT TCCGACTGGAACCCTACGATCGATTCGCAGGCCATGGATCGAGCCCATCGACTGGGACAG ACCCGGCAGGTGACTGTGTACCGTCTGCTGGTCAAGGGTACTATCGAAGAGCGAATGCGA GATCGAGCCAAACAGAAGGAGCATGTGCAGAATGTGGTCATGAGTGGCCAGAGCCAGAGT CACGAGGAGGAGGTCAACTCCAAGCCGTCACGAGATGTGGCACTGTGGCTGCTTGACGAT GATCAGGATGAGGCATCGTTTGTCAAGGGCAAGGAGAACCGAGGCGTCAAGAGAGGTGCT GAGGGAGAGGAGGAAAAGAAGGTGGAGGAGATCAAAAAGCCGAAGACGGAGTAG
>YALI0E09012g.aa MNGHNNNHDETNRGAMSISSILSGGERRASDASQQPPAPPLQQQSPLQQQPPPALHHPPP PPHLSPHQTHQAPHISPQHSPQNGHTMPGPPMMGHEQHYMQQQHPQHPQHPQQQSPPMLP QHHQHHPHPHHSPQHSPPMLQHQHHSSTSPPMYHKQQPHPQHQHPPPPHPGHMSPQGHPN MSPHPVQHQGPHPGHQGHPGHPGHQGHPAPPDMYAPRIYMSQQQIPQQAPWPIQIPIQGH TSVDGDHSAPESPPADADDPAYADAKTGFLQQVQSRLEAVVQLEELRDKVVIDEYTKTKA YTNAARYAAVKQSAKTSLQKEAIVRVAFVEYEEGGGLAGAHTSASPAASSSSSAAPVSST SSAPASASSAAGAAAAAAATTSSVSTPKAKKRSKAVSKTSAAASVAAGTSSKEASPAPKP KTKKQLQAEQREKDREIREENAAAKEAAAAAKQLDQAYDSIWKDMARRDAAKVHKTVAAT IAVKQSNHRKTAVLASKEARRWQYRTNKSIKDMQGKARRAMREMLSFWKRNEKEERDLRK KAEKEALDQAKKDEEDRESKRQARKLNFLLTQTELYSHFIGRKIKTDEMEDGEAAKDGDE DYEAMEKIAKSGSDVETKRAAELDFDEDDDDKLRQIAMQNAHNQVRRNQQQAQAFDAQSE TPTAESGAAADSDDAFQNPTSLGDLQLSQPKLLNCTLKEYQLKGLNWLANLYEQGINGIL ADEMGLGKTVQSISVMAYLAETHNIWGPYLVIAPASTLHNWQQEISKFVPDFKVLPYWGN GKDRKILRKFWDRKNVKYTRDSPFHVLVTSYQLVVSDAQYFSRVKWQYMILDEAQAIKSS SSSRWKSLLAFQCRNRLLLTGTPIQNSMQELWALLHFIMPSLFDSHDEFSEWFSKDIESH AKEKSQLDQQQLKRLHMILKPFMLRRVKKHVQQELGDKIEIDVYCNLTTRQRVMYKILKS QINLQELLAKAQSGSEENTQSLMNLVMQFRKVCNHPDLFERADVKSAYNFGPSNCGSDKD TWIGSSNRNLISFEVPKLVYREGGFLDVPGEHSKAGSLNKLLKVDLNIWEPSWMGRKRDL VVEEEGGVGRVSRVSQMGVMERVINEVNRDVPSVGALPRYTPAPSPFDVFETLYDSYLHR LEPAYDPRVVAPPVDFVCRDRGFQIEQEEKMGGVDVRRALTPLTLGQELWWLEKAEAEVK GTNVTALTPGSVSLPPNDLFPSRVLDFNGINTLRMPSMSKFISCSGKLAKLDELLAELKA GGHRVLVYFQMTKMMDLAEEYLTFKQYNYCRLDGSSKLSDRRDLVNDWQTKPELFVFLLS TRAGGLGINLTAADTVIFYDSDWNPTIDSQAMDRAHRLGQTRQVTVYRLLVKGTIEERMR DRAKQKEHVQNVVMSGQSQSHEEEVNSKPSRDVALWLLDDDQDEASFVKGKENRGVKRGA EGEEEKKVEEIKKPKTE*
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/YALI/YALI0E09012g