HomeCAGL0B05049g
some similarities with uniprot|Q06554 Saccharomyces cerevisiae YLR247c IRC20 Putative helicase
Element type: CDS
Element length: 4413 nucleotides,
on sense strand of
Cagl0B: 487186..491598.
Other names:
CAGL-CDS0118.1
CAGL-IPF649
Coding sequence: 1471 codons.
Element length: 4413 nucleotides,
on sense strand of
Cagl0B: 487186..491598.
Other names:
CAGL-CDS0118.1
CAGL-IPF649
Coding sequence: 1471 codons.
Database cross references:
EMBL: CR380948
GeneID: 2886515
HOGENOM: Q6FXK7
Orthologs: strict determination not possible; homologs must be refined manually
EMBL: CR380948
GeneID: 2886515
HOGENOM: Q6FXK7
Homologs and Orthologs
Homologs in protein families: GL3R0604 GL3R0604.N2Orthologs: strict determination not possible; homologs must be refined manually
Protein CAGL0B05049p 
some similarities with uniprot|Q06554 Saccharomyces cerevisiae YLR247c
Protein domain map
Database cross references:
Gene3D: G3DSA:3.30.40.10
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR001841
InterPro: IPR013083
InterPro: IPR014001
InterPro: IPR014021
KEGG: cgr:CAGL0B05049g
PROSITE: PS00518
PROSITE: PS50089
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00097
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_445188.1
SMART: SM00184
SMART: SM00487
UniProtKB/TrEMBL: Q6FXK7
UniprotKB: Q6FXK7_CANGA
Gene3D: G3DSA:3.30.40.10
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR001841
InterPro: IPR013083
InterPro: IPR014001
InterPro: IPR014021
KEGG: cgr:CAGL0B05049g
PROSITE: PS00518
PROSITE: PS50089
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00097
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_445188.1
SMART: SM00184
SMART: SM00487
UniProtKB/TrEMBL: Q6FXK7
UniprotKB: Q6FXK7_CANGA
Gene Ontology terms
| GO:0008270 | zinc ion binding |
| GO:0005524 | ATP binding |
| GO:0005515 | protein binding |
| GO:0004386 | helicase activity |
| GO:0003677 | DNA binding |
Sequence data
>CAGL0B05049g.nt CTCAATTAGTATAATAACAAAAGGTATATAAAGTATCCCAAAAATCTTCAACGGTAAGGT TATTGATTATCGATCCTTTTAGTCGCTTTTAGAAGAAAGAATATAACAAGTAATAATAAC AACTATTGTACAGCTTAGGTTTTAGGTCGAGCCTAAATCTAGGGTAAATATTAGCAGAAC TCCCACCTTAAACCTAACACGTAAAGTAATAAATAATATTACTACATTTAGCAATTAATT CTGTTGTTACTGTTGCTTTAGGGAAGCTAATTCATCAATGGCTATAGCTTGACATAACAA CGGATAAACAAGTTCCATGGTAGTTGTCTAGCAAATTTACTATAGAATTAAAGTTAAGTA AAGAAATTTAAATTATATTTGGTTACTCTCTTACGAAGTCCTCATAGCAAATACAGCAAT GTTTAAAGAAAGTAATATAAGATAGCTAGTTACTTGGGGAATAGTCTCCTTTATATACTT TTGGGAGTGTGGCTTTGTCCAGATTAGAGACCAGACAACTTAAAAGCGTATCTTCAAAAG TATCTCTTTATTCTCCAATTTCACATAATTGTCTCCTATTTGGACTATCTATTACGTTTC ATATATATTCCTTGATATGAGTCACGTGAGACCGTGTATCACTTACTTAGGTACTAAGTA ATCTTTGTTCAATAATTACACCTACCATTGCGACTTCGTGGCCAAGCTGGTTAAGGCGTG CGACTGTTAATCGCAAGATCGTGAGTTCAATCCTCACCGAGGTCGAATTTTTTTTTAATT TTTTTTAGTTGTTAGCTTGCCACACAATAGAATATGCTCTCTTCGATTACATAAACAAAC ATAACTAAGCAAGTTTAAAATGATTAGGTTATTTGAAGTTAAAGACCAAATATGTAATGA GTGAATTAAGATATGATTATTGTTTGATGTCAACTGCATAAAGGAAGCCAAAAAAAAATA TTTAGTTGTATATGACTAAACCGAAGTAGTTACTGAAGAGATGCATACCGATTCAGTGAA TTGCCGTATTGTCGGTTTCAGTGAAGTTGAATATGGTACAGCTATAACTGAGAGGGAGAA AGCTAGTAGTTGGCTTAAAAACAAGCGTCTAATTCATGTTGGGATACTGACATTAACAAT ATTACGACCAACAGAAGGGTACCCATCTGATCTAAAGGAGATGAATGTATCAATCTTACC CATTCAGACGGAAAGTGAAGATAAGAAAATGTCCATGTTTAGATTGAAGTTATACAATCA AAAAGGTATATTACTTTTTTCTTTGGAACCTGAGACAGAAACATCAACGATTAATCATTA TTTTAGAATACTAAATGAAAAATATATAGATCAGAAAGTTATACTGAATAATGAGAAGCT GAGAAGCGAAGCTGGAATTAAACAGAAAAGGAAAAAAAGGAAAATTGCTTTTGGATTAAT CCAACCAACAAGAAATTATAAAGACATACTAGTAACTAAACAAGCACTGACTTTCAATCA AAATTCCAAAGTTTGGCAAATTCACGTATCTTTTTCTGTTATTGCCAACCAAGACAAACG AAATAAATTTACTGCCGATGTAAATGCTCTACTTCAAGATATTTCTACATCTTTAATACC AGCCTCAAATGAACTTTATCTTCCAAAAATGACTTCTAACTATGTTCAATCTCATTTCAA TCAGTATATTATATCATGCACAAATGAAAGACTAAAAAATTTGAGGGCAAATCGACAATA TACAGCAGTTGATTCTGTTATAAATGGTAAACTATTCCCATTTCAAAAAGACTCACTATT GTGGCTTCTCGAGAAGGAGCACTATTTTGACTGTAATGTAAGCAAAACTACTACTAGTGA TCAAAAACACGAAGATAGTGTATCTGAGTTGTTGTATTTTCTGAACCATTCTGTATCTTT TGGTTACTCAACCATAAAAGATTTAGTGTCAAAACAGTTTTATTTTTGGAACAAGTATAC CGGCTATATACTTTCTCAGGAAGAAGTTCGGTCCTTAAAGTCTAGCTTTAATGAATACGA AGTAGGAGCCAAAGGTGTCTTAGCTGAAGAAATGGGTTTGGGAAAAACACTAGAAATACT TGCTCTGATATGTATCAACAAGAGAAAATATAAAGCGGATGAACCCCTTGATTTTGTAAG TGAATCAGGTAAAGTTATTTCTAAGTGCTCTACTACTCTGATCGTTTGCCCAGGATCAAT CTTAAAACAGTGGATTGACGAAATGCAGTCTACGCATCCTGCGATTAAAATTTATCACTA TGGGGGATTTATTGCAGTTAAGAAGGAATTTGCGTGTGATAATATTAATACTATTGTACA GAAACTGTCTCAATATGATATTGTTATAACATCTTATAATGTTGTTTCAAATGAAGTCCA TTATGCGCAATTTAATAATGCCTTTCGCCAAAATCGTCGCCGCCATGTTCAATACGATTA CTCTTCTCCGCTTTCCCTAATGCAATTTTACAGAATTATTCTGGACGAACTACAAATGCT TCACAGCGGTAGTACCAAGGCTGCTATTTGTACATCTCTTCTACACAGAGTACATACATG GGGTGTTTCAGGTACACCAATTCAAAAAGTCAGGGATTTTCAGACTATATTATCATATTT GAAAATACATCCCTTTTCAGAATTTCCTGAACTTATAAAGAATTTAGATAATGCTTCTGT TGGATTAACTGAGATGTACTCAGCAGAAAATGGATGTCCCATAAACGAAATTGAAGTTAT CAAGAATGGAATTAATACCAATCTTTCTGACCTATTCTACATATTTAAGCAATATGATAT TGCAATTAGACATTCAAAAGCGAACGTTTCAAGTCAAATCAAAATTCCAAAACAACACCT TTTATTAATCCCTCTAAAATTTACTCCTATCGAATGGGAAAGTTACCTTGAAGTTTGGAA ATCGTTCCTTGAAGATTCAGGGTTTAATCCGGATGGCACAAATTCTACCCATTTAACCAA TCAACAATTAAACCAGTGGCTTCACAAATTGAGATATATTTGCTGTCACGCAGTTCTTCC TCATTCGGCTTCAATCAACAATATCACGACAGCAAACGAAATTCATACTCTAAACGACAT CTTAAAAAAAATGAAGGCAGAAGCGGAAGATAAGGTGGAATCGTTATATAGAGAGCAATT TCAGTTACTAATCCGAAGTGCTCAATTTGATATAGAAGAACAAGGAAGATATAACTTTGC GATTGATTGTTTGCTTAGCCTAGAGAAGAATATTTTCGACAGATTAAAACCACTTACCAA ATCTTCTAATGATATTCTAAATTTCCTCGAATATCTCGATATAGCGGATTCACATGCATC TTCAAAATCATGTCGGCATTTACTAGAACTATTACATCAGTGCTATTTCTTTATCGCCAC AGCTTACTATTATTTAGGATCATACCAAATTGAATGCAAACAAGATGCTGGCATTCCTAT TAGGCAGGATGATTTATGTAATGATGAGACACTAAAAAATCATTTCTCCCCTGATGAAAT AAAGTCGATTGCATATCATAAAAATTTAGAAGACGAATATTATTCTCGTGCTGAAAATAT CAGAAGATCCATTCTTAAGGGCAGAATAGCAAAATTTGAGCAAGAATTGGATGAGGTTCA AAAATCGCATTTTCCAACTAAAGCCATTATGTTAATAAAATTTGAAGAATTGCCTAACTG CTCCATTTCCTTATCAACTAATAAATGTTACAGTAAACTTTTGGATTTGTTCAGTAAATT GGATGAACAAGCAATACAATCAAACAGACAGATAAATCTGCTATATGATCTACTTTCCAT GCCTATAATAAAAGAGTATGATAGTGATACACCCGAAAAAACTCATGAATATGCATCATC CATTGAGGATCAAGATAAAATTTACGCATTATTTGATTGCTTAGAAAAGTTGATTTCCAA TAGAGAGGAAATTGTAAGGGCCGAAGAGGAAGTAACACCACCAAAAATAAGTTTAAGTCT TTATGAGAATTTGTCTACATATCATACAGAGTTACTGAAAGATCAAATTCTCATTTCTGG TACCCCGTTTAAGACGATATTCGATGACTTGGAAAATGTTAGAATTGTTCACAGAATATC CAAAAAACAATCTAATGATAAATCCTTTGAGGCATCTTTGCTCTCTTATAAAAAATGTCT GAAGAAAATTCGAAAAGAGAATGCACAACTGAGAAGTTACTTACAAGCGTTAAATACTGT TTACAACGCAAAAGTGGACTACTATGCTTATCTACAAAGAATTTCAGACTCGGTTGTTCC ACTATCTCAACTTGATAGTACTACTCTCAGCAGCTTGAGAAAATTTATCTCAAATGTGAA TAAAAAACAAGAGCTTCAAAGAAAGATCGTTAGTACGGAGTCTAGAGTGAAATACTTACA TAACTTGTCGACTCTAACATATGAAGCCCAGAAAAACACGACCATGGAATGTTCAATATG CTTACAACCAATCACTAATGGTGCTATGGTGAACTGTGGCCATCTATTTTGTACATCATG TATATTTTCATGGCTGAAGAACAGGAAAACTTGCCCACTTTGCAAACACCCAACCTCTAA TTGTGAAGTTTATAATTTCACCTTCAAACTTGAAAGCGGAAGTTCAAGAAAAACAAAATG TGATAACAAAACTCGCCACCACAGATATCCAAACATGCAAAATTTCGAGAACACACTTGA CTCTTTGTTTTTAACTAAATATGAAAGGTTTAAACAAAGCAAAACAACTGCAGACATCAT TATCAAGGAGAGCTATGGCTCCAAAATTGACTTTATTATTAAGTTAGTGCTATTTCTGTT ACACCAGAGTGAAATAGAGGATGCGACAAGACCACAAATTTTAATGTATTCACAAAGCTT TGATTTTATGAAAGTTGTCTCTCAAGTTTTATCGCTGCATAACATCAACAACATATGCTG CCTACAAAATAATCGTAATGTTGGAGATATGATTGCGCGATTCAAAAAAACCAGCGATAT AACATGCCTCCTACTTAATATTCGTTCATTGGGAGCAGGGCTCAATCTGCTGAACGCGAG ACACATTTTTCTATTAGATCCAATCCTTAATGTGAATGAAGAAATTCAAGCTATGAGTAG AAATAACCGAATTGGTCAACGCCAAGAAACCTATGTTTGGAATTTCATGCTTGAAAATAC AGTGGAAGAAAGTATTATGCGATATAAATGTGTGCTCGAAAATCAGAATAGGCACAAGAG AGAAGAAAGGTCGATGCCAATGTATGAACAAAGTGAGCAGCTGGACGTAACTGACAGTGA AGTTTGCATCAGTGATTTTTCAAATGAGGTGGTCTCTGAGCAACATATTAGGAATTGCTT ATTCTTGAAGTGAGATGAACATTCTTTTATACCTTTAAAAATATTATAGTATTAGAATAA TATGGTCTTTCTAACAGCTCTAATTTCTTGATCCATCACTCGCCAATGATGTTATAGCTG ACCCAAACTTCAGAGATTTAGGGTTATCTTGAATAACTTGAATACCATCTATGCTATTTT ACCCAATAATACGAGTTGGTTAATGTTGGACGTCAATCCATTCTATTTATGTTAAAAACA GATGAACCAGTGTATCTGAGTGTATTGAATAAGTAAAATTAAAAGGCGTTGTTGAAATAA CAGGAAGATTACC
>CAGL0B05049g.cds ATGCATACCGATTCAGTGAATTGCCGTATTGTCGGTTTCAGTGAAGTTGAATATGGTACA GCTATAACTGAGAGGGAGAAAGCTAGTAGTTGGCTTAAAAACAAGCGTCTAATTCATGTT GGGATACTGACATTAACAATATTACGACCAACAGAAGGGTACCCATCTGATCTAAAGGAG ATGAATGTATCAATCTTACCCATTCAGACGGAAAGTGAAGATAAGAAAATGTCCATGTTT AGATTGAAGTTATACAATCAAAAAGGTATATTACTTTTTTCTTTGGAACCTGAGACAGAA ACATCAACGATTAATCATTATTTTAGAATACTAAATGAAAAATATATAGATCAGAAAGTT ATACTGAATAATGAGAAGCTGAGAAGCGAAGCTGGAATTAAACAGAAAAGGAAAAAAAGG AAAATTGCTTTTGGATTAATCCAACCAACAAGAAATTATAAAGACATACTAGTAACTAAA CAAGCACTGACTTTCAATCAAAATTCCAAAGTTTGGCAAATTCACGTATCTTTTTCTGTT ATTGCCAACCAAGACAAACGAAATAAATTTACTGCCGATGTAAATGCTCTACTTCAAGAT ATTTCTACATCTTTAATACCAGCCTCAAATGAACTTTATCTTCCAAAAATGACTTCTAAC TATGTTCAATCTCATTTCAATCAGTATATTATATCATGCACAAATGAAAGACTAAAAAAT TTGAGGGCAAATCGACAATATACAGCAGTTGATTCTGTTATAAATGGTAAACTATTCCCA TTTCAAAAAGACTCACTATTGTGGCTTCTCGAGAAGGAGCACTATTTTGACTGTAATGTA AGCAAAACTACTACTAGTGATCAAAAACACGAAGATAGTGTATCTGAGTTGTTGTATTTT CTGAACCATTCTGTATCTTTTGGTTACTCAACCATAAAAGATTTAGTGTCAAAACAGTTT TATTTTTGGAACAAGTATACCGGCTATATACTTTCTCAGGAAGAAGTTCGGTCCTTAAAG TCTAGCTTTAATGAATACGAAGTAGGAGCCAAAGGTGTCTTAGCTGAAGAAATGGGTTTG GGAAAAACACTAGAAATACTTGCTCTGATATGTATCAACAAGAGAAAATATAAAGCGGAT GAACCCCTTGATTTTGTAAGTGAATCAGGTAAAGTTATTTCTAAGTGCTCTACTACTCTG ATCGTTTGCCCAGGATCAATCTTAAAACAGTGGATTGACGAAATGCAGTCTACGCATCCT GCGATTAAAATTTATCACTATGGGGGATTTATTGCAGTTAAGAAGGAATTTGCGTGTGAT AATATTAATACTATTGTACAGAAACTGTCTCAATATGATATTGTTATAACATCTTATAAT GTTGTTTCAAATGAAGTCCATTATGCGCAATTTAATAATGCCTTTCGCCAAAATCGTCGC CGCCATGTTCAATACGATTACTCTTCTCCGCTTTCCCTAATGCAATTTTACAGAATTATT CTGGACGAACTACAAATGCTTCACAGCGGTAGTACCAAGGCTGCTATTTGTACATCTCTT CTACACAGAGTACATACATGGGGTGTTTCAGGTACACCAATTCAAAAAGTCAGGGATTTT CAGACTATATTATCATATTTGAAAATACATCCCTTTTCAGAATTTCCTGAACTTATAAAG AATTTAGATAATGCTTCTGTTGGATTAACTGAGATGTACTCAGCAGAAAATGGATGTCCC ATAAACGAAATTGAAGTTATCAAGAATGGAATTAATACCAATCTTTCTGACCTATTCTAC ATATTTAAGCAATATGATATTGCAATTAGACATTCAAAAGCGAACGTTTCAAGTCAAATC AAAATTCCAAAACAACACCTTTTATTAATCCCTCTAAAATTTACTCCTATCGAATGGGAA AGTTACCTTGAAGTTTGGAAATCGTTCCTTGAAGATTCAGGGTTTAATCCGGATGGCACA AATTCTACCCATTTAACCAATCAACAATTAAACCAGTGGCTTCACAAATTGAGATATATT TGCTGTCACGCAGTTCTTCCTCATTCGGCTTCAATCAACAATATCACGACAGCAAACGAA ATTCATACTCTAAACGACATCTTAAAAAAAATGAAGGCAGAAGCGGAAGATAAGGTGGAA TCGTTATATAGAGAGCAATTTCAGTTACTAATCCGAAGTGCTCAATTTGATATAGAAGAA CAAGGAAGATATAACTTTGCGATTGATTGTTTGCTTAGCCTAGAGAAGAATATTTTCGAC AGATTAAAACCACTTACCAAATCTTCTAATGATATTCTAAATTTCCTCGAATATCTCGAT ATAGCGGATTCACATGCATCTTCAAAATCATGTCGGCATTTACTAGAACTATTACATCAG TGCTATTTCTTTATCGCCACAGCTTACTATTATTTAGGATCATACCAAATTGAATGCAAA CAAGATGCTGGCATTCCTATTAGGCAGGATGATTTATGTAATGATGAGACACTAAAAAAT CATTTCTCCCCTGATGAAATAAAGTCGATTGCATATCATAAAAATTTAGAAGACGAATAT TATTCTCGTGCTGAAAATATCAGAAGATCCATTCTTAAGGGCAGAATAGCAAAATTTGAG CAAGAATTGGATGAGGTTCAAAAATCGCATTTTCCAACTAAAGCCATTATGTTAATAAAA TTTGAAGAATTGCCTAACTGCTCCATTTCCTTATCAACTAATAAATGTTACAGTAAACTT TTGGATTTGTTCAGTAAATTGGATGAACAAGCAATACAATCAAACAGACAGATAAATCTG CTATATGATCTACTTTCCATGCCTATAATAAAAGAGTATGATAGTGATACACCCGAAAAA ACTCATGAATATGCATCATCCATTGAGGATCAAGATAAAATTTACGCATTATTTGATTGC TTAGAAAAGTTGATTTCCAATAGAGAGGAAATTGTAAGGGCCGAAGAGGAAGTAACACCA CCAAAAATAAGTTTAAGTCTTTATGAGAATTTGTCTACATATCATACAGAGTTACTGAAA GATCAAATTCTCATTTCTGGTACCCCGTTTAAGACGATATTCGATGACTTGGAAAATGTT AGAATTGTTCACAGAATATCCAAAAAACAATCTAATGATAAATCCTTTGAGGCATCTTTG CTCTCTTATAAAAAATGTCTGAAGAAAATTCGAAAAGAGAATGCACAACTGAGAAGTTAC TTACAAGCGTTAAATACTGTTTACAACGCAAAAGTGGACTACTATGCTTATCTACAAAGA ATTTCAGACTCGGTTGTTCCACTATCTCAACTTGATAGTACTACTCTCAGCAGCTTGAGA AAATTTATCTCAAATGTGAATAAAAAACAAGAGCTTCAAAGAAAGATCGTTAGTACGGAG TCTAGAGTGAAATACTTACATAACTTGTCGACTCTAACATATGAAGCCCAGAAAAACACG ACCATGGAATGTTCAATATGCTTACAACCAATCACTAATGGTGCTATGGTGAACTGTGGC CATCTATTTTGTACATCATGTATATTTTCATGGCTGAAGAACAGGAAAACTTGCCCACTT TGCAAACACCCAACCTCTAATTGTGAAGTTTATAATTTCACCTTCAAACTTGAAAGCGGA AGTTCAAGAAAAACAAAATGTGATAACAAAACTCGCCACCACAGATATCCAAACATGCAA AATTTCGAGAACACACTTGACTCTTTGTTTTTAACTAAATATGAAAGGTTTAAACAAAGC AAAACAACTGCAGACATCATTATCAAGGAGAGCTATGGCTCCAAAATTGACTTTATTATT AAGTTAGTGCTATTTCTGTTACACCAGAGTGAAATAGAGGATGCGACAAGACCACAAATT TTAATGTATTCACAAAGCTTTGATTTTATGAAAGTTGTCTCTCAAGTTTTATCGCTGCAT AACATCAACAACATATGCTGCCTACAAAATAATCGTAATGTTGGAGATATGATTGCGCGA TTCAAAAAAACCAGCGATATAACATGCCTCCTACTTAATATTCGTTCATTGGGAGCAGGG CTCAATCTGCTGAACGCGAGACACATTTTTCTATTAGATCCAATCCTTAATGTGAATGAA GAAATTCAAGCTATGAGTAGAAATAACCGAATTGGTCAACGCCAAGAAACCTATGTTTGG AATTTCATGCTTGAAAATACAGTGGAAGAAAGTATTATGCGATATAAATGTGTGCTCGAA AATCAGAATAGGCACAAGAGAGAAGAAAGGTCGATGCCAATGTATGAACAAAGTGAGCAG CTGGACGTAACTGACAGTGAAGTTTGCATCAGTGATTTTTCAAATGAGGTGGTCTCTGAG CAACATATTAGGAATTGCTTATTCTTGAAGTGA
>CAGL0B05049g.aa MHTDSVNCRIVGFSEVEYGTAITEREKASSWLKNKRLIHVGILTLTILRPTEGYPSDLKE MNVSILPIQTESEDKKMSMFRLKLYNQKGILLFSLEPETETSTINHYFRILNEKYIDQKV ILNNEKLRSEAGIKQKRKKRKIAFGLIQPTRNYKDILVTKQALTFNQNSKVWQIHVSFSV IANQDKRNKFTADVNALLQDISTSLIPASNELYLPKMTSNYVQSHFNQYIISCTNERLKN LRANRQYTAVDSVINGKLFPFQKDSLLWLLEKEHYFDCNVSKTTTSDQKHEDSVSELLYF LNHSVSFGYSTIKDLVSKQFYFWNKYTGYILSQEEVRSLKSSFNEYEVGAKGVLAEEMGL GKTLEILALICINKRKYKADEPLDFVSESGKVISKCSTTLIVCPGSILKQWIDEMQSTHP AIKIYHYGGFIAVKKEFACDNINTIVQKLSQYDIVITSYNVVSNEVHYAQFNNAFRQNRR RHVQYDYSSPLSLMQFYRIILDELQMLHSGSTKAAICTSLLHRVHTWGVSGTPIQKVRDF QTILSYLKIHPFSEFPELIKNLDNASVGLTEMYSAENGCPINEIEVIKNGINTNLSDLFY IFKQYDIAIRHSKANVSSQIKIPKQHLLLIPLKFTPIEWESYLEVWKSFLEDSGFNPDGT NSTHLTNQQLNQWLHKLRYICCHAVLPHSASINNITTANEIHTLNDILKKMKAEAEDKVE SLYREQFQLLIRSAQFDIEEQGRYNFAIDCLLSLEKNIFDRLKPLTKSSNDILNFLEYLD IADSHASSKSCRHLLELLHQCYFFIATAYYYLGSYQIECKQDAGIPIRQDDLCNDETLKN HFSPDEIKSIAYHKNLEDEYYSRAENIRRSILKGRIAKFEQELDEVQKSHFPTKAIMLIK FEELPNCSISLSTNKCYSKLLDLFSKLDEQAIQSNRQINLLYDLLSMPIIKEYDSDTPEK THEYASSIEDQDKIYALFDCLEKLISNREEIVRAEEEVTPPKISLSLYENLSTYHTELLK DQILISGTPFKTIFDDLENVRIVHRISKKQSNDKSFEASLLSYKKCLKKIRKENAQLRSY LQALNTVYNAKVDYYAYLQRISDSVVPLSQLDSTTLSSLRKFISNVNKKQELQRKIVSTE SRVKYLHNLSTLTYEAQKNTTMECSICLQPITNGAMVNCGHLFCTSCIFSWLKNRKTCPL CKHPTSNCEVYNFTFKLESGSSRKTKCDNKTRHHRYPNMQNFENTLDSLFLTKYERFKQS KTTADIIIKESYGSKIDFIIKLVLFLLHQSEIEDATRPQILMYSQSFDFMKVVSQVLSLH NINNICCLQNNRNVGDMIARFKKTSDITCLLLNIRSLGAGLNLLNARHIFLLDPILNVNE EIQAMSRNNRIGQRQETYVWNFMLENTVEESIMRYKCVLENQNRHKREERSMPMYEQSEQ LDVTDSEVCISDFSNEVVSEQHIRNCLFLK*
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/CAGL0B05049g