HomeCAGL0K07788g
highly similar to uniprot|P07702 Saccharomyces cerevisiae YBR115c LYS2 Alpha aminoadipate reductase, catalyzes the reduction of alpha-aminoadipate to alpha-aminoadipate 6-semialdehyde, which is the fifth step in biosynthesis of lysine
Element type: CDS
Element length: 4125 nucleotides,
on anti-sense strand of
Cagl0K: complement(774352..778476).
Other names:
CAGL-CDS0150.1
CAGL-IPF3152
Coding sequence: 1375 codons.
Element length: 4125 nucleotides,
on anti-sense strand of
Cagl0K: complement(774352..778476).
Other names:
CAGL-CDS0150.1
CAGL-IPF3152
Coding sequence: 1375 codons.
Database cross references:
EMBL: CR380957
GeneID: 2890361
HOGENOM: Q6FMI5
Orthologs: strict determination not possible; homologs must be refined manually
EMBL: CR380957
GeneID: 2890361
HOGENOM: Q6FMI5
Homologs and Orthologs
Homologs in protein families: GL3R2044 GL3R2044.N1Orthologs: strict determination not possible; homologs must be refined manually
Protein CAGL0K07788p 
highly similar to uniprot|P07702 Saccharomyces cerevisiae YBR115c LYS2 Aminoadipate-semialdehyde dehydrogenase
Protein domain map
Database cross references:
Gene3D: G3DSA:1.10.1200.10
Gene3D: G3DSA:3.40.50.720
InterPro: IPR000873
InterPro: IPR006162
InterPro: IPR006163
InterPro: IPR009081
InterPro: IPR010071
InterPro: IPR010080
InterPro: IPR013120
InterPro: IPR014397
InterPro: IPR016040
KEGG: cgr:CAGL0K07788g
PIRSF: PIRSF001617
PRINTS: PR00154
PROSITE: PS00012
PROSITE: PS00455
PROSITE: PS50075
Pfam: PF00501
Pfam: PF00550
Pfam: PF07993
RefSeq: XP_448559.1
TIGRFAMs: TIGR01733
TIGRFAMs: TIGR01746
TIGRFAMs: TIGR03443
UniProtKB/Swiss-Prot: Q6FMI5
UniprotKB: LYS2_CANGA
Gene3D: G3DSA:1.10.1200.10
Gene3D: G3DSA:3.40.50.720
InterPro: IPR000873
InterPro: IPR006162
InterPro: IPR006163
InterPro: IPR009081
InterPro: IPR010071
InterPro: IPR010080
InterPro: IPR013120
InterPro: IPR014397
InterPro: IPR016040
KEGG: cgr:CAGL0K07788g
PIRSF: PIRSF001617
PRINTS: PR00154
PROSITE: PS00012
PROSITE: PS00455
PROSITE: PS50075
Pfam: PF00501
Pfam: PF00550
Pfam: PF07993
RefSeq: XP_448559.1
TIGRFAMs: TIGR01733
TIGRFAMs: TIGR01746
TIGRFAMs: TIGR03443
UniProtKB/Swiss-Prot: Q6FMI5
UniprotKB: LYS2_CANGA
Gene Ontology terms
None available yet
Sequence data
>CAGL0K07788g.nt AATGGAACAAATCAGATTCCTGACAAGATTATTGGATTTCTATACTTCATGCTTAAACAT CACACAGGTGGTATGTATGGGTGTATAGTCCTGGTGTATGGGTCTATAGTTATAGCAGTC ACATTCTAATGCCCAAGGGGGATAAGTCGCAAGCGCAGACTCCAGTCAAGCCATGAGAAG GTATAAGTGCTACATTTAAAAATGTGGGAACCCAAGTACATGGATGTGGCACATATATAT AACGCTACATATTATATCTTTAGTTACAATGTACTACAAATGCTGTGATACATAACATAG CCTCAAAATATATATTTATTTACCTCGTAAAGACTCTAAATAATGTCTCAATACTTATCC AACTTTAGTTAACATTAACTCCAACACAAACCACCTTACTCATACTCCCATAAATAACGA AAAACTCCTAAAATGACACACACACTTTCCATCACCAAAACATTAAATTAAAAAAAAAGA GAGAATCCAATAATATCACTTTTAACGTATATTAACTTCCCTTCATCTCAAGAAACAAAT TCCGTCGGAATTCTGTTTCTGTCGTTCACTTGCTTCCCATGAGGAAATTCCGTCTCTATA ATTGTTACTGGTTCGCATTGAAATTCCAATGCCATCGCATTAATCGCATTACTTCGATGA GTTTATTACTAACAATGGCCCTTATAGAAGACTATTGACTAGAAAAATGACTACTAGTGG AAAAAAAATTATGGTACCAACGGAATTTTGTTAACTGTGAGAGAGCAACACTGAATGATC ACGTTCTGCAAAGGCCCTTTCTTCGAGATGACTCTTAATTGCGAAGACGGTACAGCTTCT ATAGCTACAAACCTGTTCTTCCCGAACTATATAAATCGACCAATTGTATAATCTTTAGCA TTGATTATCCTTACTTTTTCACTACAACTAGTCCCAAAGACACATAGGTAAATACACTTT CAATTGATTCGTCAAGATCAAGTCAAGAAAACAAACTACAATGTCCTGGAAAGAGAGACT AGATAATCCAACACTTTCAGTGTGGCCACATGATTACTTGAGGCCACACGCCGAGCCATT CGTCGAACAAGGAACGTACTCCATCAGTATTCCACAACTAAGTGGTGACTATGCCACACT TCTGGCTGCCTGGACTGCTCTACTTTATAGAGTCACCGGCGATGACGATATAGTGCTATA TGTGCGCGACAACAAAGTTCTGAGATTTACCATTACTCCAGAATTAACTTTCACTCAATT GCAAAACAAAATCAATGAACAGCTTGCTGAGCTTGCTAATGTGGAAGGTACCAACTTCGA CGCTTTGAGCGAGTCATTACAGAAAGAATCGGGACTCGAAAGACCACCACAACTATTCAG AATAGCGTGCGTCACAGAGGATTTACAACTTGACCGTTACACTCACAGCCCGCTTGATAT CGGCTTGCAATTGCACGAGTCTAGCTCTGATGTATCTATAGTTTTCAACAAACTGCTCTT CTCACAAGACCGTATCACTATCTTAGCTGATCAACTGACTTTGTTCCTGACAAGTGTTCT CCAAAATGCTAAACAAGTATTCACCAAAGTTTCCTTGATCACGGACTCCTCTACAAGCAT TCTACCTGACCCTAAAGCTAATTTGGACTGGTGCGGCTTTGTTGGCTGTATCCATGACAT ATTCCAGGATAATGCTGAAAAGTTCCCAGAGAGGACTTGTGTCGTGGAAACTCCCCCAAT CAACAGTACCAAGACTCGTACTTTCACCTACAAAGACATCAACGAGGCCTCCAATATTGT GGCACATTATTTAATTAATACTGGCATCAAGAGAGGTGATGTGGTAATGATTTATTCCTC CCGTGGTGTTGATCTAATGGTATGTGTGATGGGTGTCTTGAAGGCTGGCGCTACGTTTTC CGTTATTGATCCCGCATACCCACCAGCTAGACAAACAATCTACTTGGGTGTAGCCAAACC TAAGGGGCTGATTGTCATCAGAGCCGCCGGTCAACTTGATCAATTGGTCGAAGATTACAT AACCAAGGAGCTGGACTTAGTATCCCGTATCCCATCGATTGCTATCCAAGATAATGGAAC TGTAGAAGGTGGCTCACTACCATCCGAATCCGGTGATGTATTAGCCTCTTACACTGAATT GAAATCTACTCGTACAGGTGTTGTAGTTGGCCCAGATTCCAACCCAACACTTTCCTTCAC TTCTGGTTCAGAAGGTATTCCAAAAGGTGTCCTAGGTAGACATTTCTCTCTGGCATACTA CTTTAGCTGGATGGCAAAACAGTTTAACTTGTCAGAAAATGATAAATTTACAATGTTGAG TGGTATTGCACATGATCCTATTCAAAGAGATATGTTCACACCTCTATTCTTGGGCGCCCA ACTCTACGTCCCAACTCAAGATGACATTGGTACTCCAGGAAGGCTTGCTGAATGGATGGG CAAATATGGCTGTACTGTTACACATTTAACGCCGGCCATGGGTCAATTATTGACAGCTCA GGCCGTTACTCCATTCCCAAAATTACATCATGCATTCTTTGTCGGTGACATCTTGACTAA GAGAGACTGCTTAAGACTGCAAACTCTAGCTGAAAACTGTTGTATTGTGAATATGTATGG TACCACAGAAACACAGAGGGCTGTTTCTTACTTTGAAGTTACATCAAGATCCCAAGATCC TCATTTCCTGAAGAAACTGAAGGATGTCATGCCTGCCGGAAGAGGTATGAAGAATGTTCA ATTGTTAGTTGTAAATAGAAATGACAGAACGCAAGTCTGTGGTGTTGGTGAAATCGGTGA AATCTACGTGCGTGCTGGTGGTTTGGCTGAAGGATATAGAGGTTTACCTGATTTAAATAA GGAAAAGTTCGTTAATAACTGGTTTGTTGAAGAAGGCCATTGGAATTACTTAGATAAAGA CTTAGAGGCACCATGGAAAGAATTCTGGCAAGGCCCAAGAGACAGACTTTATAGAACAGG TGACCTTGGCCGTTATTTACCAAATGGTGACTGTGAATGCTGTGGTAGAGCTGATGATCA AGTTAAGATCCGTGGTTTCAGAATCGAACTTGGTGAAATTGACACCAACATATCCCAACA TCCACTGGTTAGAGAAAATATCACTTTGGTTAGAAACAATCTAGAAGGTGAAAAATGTCT TGTAACTTACATGGTTCCTAGATTTGATAAACCAGAACTAGAAAACTTCAAAATTGAAGT ACCTTCCAATATTTCAGATGATCCTGTTGTTTGTGGTTTAATCGGGTACAGTCCTTTCAC CAAGGATTTAAAAGCATTCTTGAAGAAACGTCTGGCTAGTTATGCTATTCCATCATTGAT TATAGTACTACCAAAACTACCTTTGAACCCAAACGGTAAAGTGGATAAGCCTAAACTACA ATTCCCAACTGTTAAACAACTTGAACTTGTTGCTAAAAATTCCAGTATTGATATCAATGA TTCGGAGTTCAACCAACAAGAACGTGAAATCCGTGATCTTTGGTTGGAATGCTTACCAAC TAAGCCTACATCAATTAGCCCAGAGGACTCATTCTTTGATTTAGGTGGCCACTCCATTTT GGCCACGAAAATGATCTTCACAGTGAAGAAGCAGCTAAATGTCGAATTACCCCTTGGCAC GATCTTTAAATACCCAACAATTAAAGCTTTTGCTGCCGAAGTCTCTAGATTGAAGTCAAC AGATAAAATTGAGGAGGAAACTACAGCTTTGACAGCTGACTATGCTAGTGACGCTGCATC TCTTATCGACACACTTCCTAAATCGTATCCAGCAGCAAGAGCGTTAGGATCTCCCTCTGA GATGGCTGGACCAACCACCGTTAACATATTTGTAACTGGTGTAACTGGTTTCCTCGGCTC CTTCATTCTTTCTGATATCCTAAATCGTACAGTTACAGGTGTCAACTTCAAGATATTTGC ACATGTCCGGGCAGCGGATGAAACATCTGGGTTGGATAGAATCAGAAAAGCTGGTACTGT ATATGGGACTTGGAAAGAAGAGTATGCGAACTCACTACAAGTAGTGATAGGTGATTTATC GAAGAAAAACTTTGGATTGACTGATGACAAGTGGAGCCACTTGTCAGAAACCATTGATAT CATCATTCACAATGGTGCATTGGTTCACTGGGTTTACCCCTACTCAAAACTGAGAAACGC CAACGTAGTTTCCACTATCAATATCATGAACTTGGCTAGTGAGGGCAAACCAAAATTGTT TAACTTCGTATCATCAACTTCTGTTCTAGATACTAACCATTACTTCGAATTATCTGATAA GCTACAGCAATCTGGTAAGGAAGGTATTCCTGAAAGTGATGACTTAATGGGTTCCTCATT AGGTCTAACAAGCGGTTATGGACAATCTAAATGGGCTGCTGAGCACATTATTAGAGCTGC AGGTAAAAGAGGTTTAAGAGGTTCCATTATTAGGCCTGGCTATGTTACCGGTGCCTCTTA TAATGGTTCTAGTAATACTGATGACTTCTTGCTGAGATTTTTGAAAAGTGCTGTTCAATT GGGAAAAATACCAGATATCAACAACACTGTTAATATGGTTCCTGTCGATCAAGTTGCAAG AGTAGTTGTAGCAGCATCAATAAACCCTCCCTGCGGTGACGATCTCTGTGTAGTACACGT TAATGCTCATCCAAGGATAATATTTAAGGATTATTTGTATGAATTAAAGAACTATGGTTA TGACGTTGAGATTGAAAATTACGAGCAATGGAAAAAGACACTTGAGGAAGCTGTCATTGA ACGGAGCGAAGATAATGCCCTCTTCCCATTACTACATATGGTCTTGGGTGACTTAGAGGA CTCAACAAAGGCTCCAGAGCTTGATGATAAAAATGCTATTACGTCACTTAGAGCTGATAT TGAGTGGACCAACGAAGATAGAACGAAAGGAATGGGTGCTACTCCAGAACAAATTGGTAT TTATATCTCATTCCTAGAATCTGTCGGCTTTTTGCCACATCCTAAGCATTTCGGTGACAA GGCACTACCAAACATCAAAATATCTGAGCAACAAAAAGAATTAGTTGCTTCAGGTGCTGG CGCTCGTTCAAGTTCCGCTGCTTAGTAAATTTTAATTATAATAAGTTTGTACTTTAATAA TATTATCATTAATGTCTATAGATATTAATTAGTCACAAGATGAATATCCTATAAGGAGTT TTAATTATTAAACAAAAACTGAAGATCAGCCGGTGTTAATCTATTAATAGCTGCCTCGTC CTGATTGATAGTCGCATGAATCATATTTGCTTTCTTTTCTTGCAGCTCAATGATTCTAGC TTCAATACTATCTTCTATACAAAATCTAGTTATCTTCACAGGCCTATACTGTCCGATTCT ATGCACTCTATCTCCACTTTGCCAT
>CAGL0K07788g.cds ATGTCCTGGAAAGAGAGACTAGATAATCCAACACTTTCAGTGTGGCCACATGATTACTTG AGGCCACACGCCGAGCCATTCGTCGAACAAGGAACGTACTCCATCAGTATTCCACAACTA AGTGGTGACTATGCCACACTTCTGGCTGCCTGGACTGCTCTACTTTATAGAGTCACCGGC GATGACGATATAGTGCTATATGTGCGCGACAACAAAGTTCTGAGATTTACCATTACTCCA GAATTAACTTTCACTCAATTGCAAAACAAAATCAATGAACAGCTTGCTGAGCTTGCTAAT GTGGAAGGTACCAACTTCGACGCTTTGAGCGAGTCATTACAGAAAGAATCGGGACTCGAA AGACCACCACAACTATTCAGAATAGCGTGCGTCACAGAGGATTTACAACTTGACCGTTAC ACTCACAGCCCGCTTGATATCGGCTTGCAATTGCACGAGTCTAGCTCTGATGTATCTATA GTTTTCAACAAACTGCTCTTCTCACAAGACCGTATCACTATCTTAGCTGATCAACTGACT TTGTTCCTGACAAGTGTTCTCCAAAATGCTAAACAAGTATTCACCAAAGTTTCCTTGATC ACGGACTCCTCTACAAGCATTCTACCTGACCCTAAAGCTAATTTGGACTGGTGCGGCTTT GTTGGCTGTATCCATGACATATTCCAGGATAATGCTGAAAAGTTCCCAGAGAGGACTTGT GTCGTGGAAACTCCCCCAATCAACAGTACCAAGACTCGTACTTTCACCTACAAAGACATC AACGAGGCCTCCAATATTGTGGCACATTATTTAATTAATACTGGCATCAAGAGAGGTGAT GTGGTAATGATTTATTCCTCCCGTGGTGTTGATCTAATGGTATGTGTGATGGGTGTCTTG AAGGCTGGCGCTACGTTTTCCGTTATTGATCCCGCATACCCACCAGCTAGACAAACAATC TACTTGGGTGTAGCCAAACCTAAGGGGCTGATTGTCATCAGAGCCGCCGGTCAACTTGAT CAATTGGTCGAAGATTACATAACCAAGGAGCTGGACTTAGTATCCCGTATCCCATCGATT GCTATCCAAGATAATGGAACTGTAGAAGGTGGCTCACTACCATCCGAATCCGGTGATGTA TTAGCCTCTTACACTGAATTGAAATCTACTCGTACAGGTGTTGTAGTTGGCCCAGATTCC AACCCAACACTTTCCTTCACTTCTGGTTCAGAAGGTATTCCAAAAGGTGTCCTAGGTAGA CATTTCTCTCTGGCATACTACTTTAGCTGGATGGCAAAACAGTTTAACTTGTCAGAAAAT GATAAATTTACAATGTTGAGTGGTATTGCACATGATCCTATTCAAAGAGATATGTTCACA CCTCTATTCTTGGGCGCCCAACTCTACGTCCCAACTCAAGATGACATTGGTACTCCAGGA AGGCTTGCTGAATGGATGGGCAAATATGGCTGTACTGTTACACATTTAACGCCGGCCATG GGTCAATTATTGACAGCTCAGGCCGTTACTCCATTCCCAAAATTACATCATGCATTCTTT GTCGGTGACATCTTGACTAAGAGAGACTGCTTAAGACTGCAAACTCTAGCTGAAAACTGT TGTATTGTGAATATGTATGGTACCACAGAAACACAGAGGGCTGTTTCTTACTTTGAAGTT ACATCAAGATCCCAAGATCCTCATTTCCTGAAGAAACTGAAGGATGTCATGCCTGCCGGA AGAGGTATGAAGAATGTTCAATTGTTAGTTGTAAATAGAAATGACAGAACGCAAGTCTGT GGTGTTGGTGAAATCGGTGAAATCTACGTGCGTGCTGGTGGTTTGGCTGAAGGATATAGA GGTTTACCTGATTTAAATAAGGAAAAGTTCGTTAATAACTGGTTTGTTGAAGAAGGCCAT TGGAATTACTTAGATAAAGACTTAGAGGCACCATGGAAAGAATTCTGGCAAGGCCCAAGA GACAGACTTTATAGAACAGGTGACCTTGGCCGTTATTTACCAAATGGTGACTGTGAATGC TGTGGTAGAGCTGATGATCAAGTTAAGATCCGTGGTTTCAGAATCGAACTTGGTGAAATT GACACCAACATATCCCAACATCCACTGGTTAGAGAAAATATCACTTTGGTTAGAAACAAT CTAGAAGGTGAAAAATGTCTTGTAACTTACATGGTTCCTAGATTTGATAAACCAGAACTA GAAAACTTCAAAATTGAAGTACCTTCCAATATTTCAGATGATCCTGTTGTTTGTGGTTTA ATCGGGTACAGTCCTTTCACCAAGGATTTAAAAGCATTCTTGAAGAAACGTCTGGCTAGT TATGCTATTCCATCATTGATTATAGTACTACCAAAACTACCTTTGAACCCAAACGGTAAA GTGGATAAGCCTAAACTACAATTCCCAACTGTTAAACAACTTGAACTTGTTGCTAAAAAT TCCAGTATTGATATCAATGATTCGGAGTTCAACCAACAAGAACGTGAAATCCGTGATCTT TGGTTGGAATGCTTACCAACTAAGCCTACATCAATTAGCCCAGAGGACTCATTCTTTGAT TTAGGTGGCCACTCCATTTTGGCCACGAAAATGATCTTCACAGTGAAGAAGCAGCTAAAT GTCGAATTACCCCTTGGCACGATCTTTAAATACCCAACAATTAAAGCTTTTGCTGCCGAA GTCTCTAGATTGAAGTCAACAGATAAAATTGAGGAGGAAACTACAGCTTTGACAGCTGAC TATGCTAGTGACGCTGCATCTCTTATCGACACACTTCCTAAATCGTATCCAGCAGCAAGA GCGTTAGGATCTCCCTCTGAGATGGCTGGACCAACCACCGTTAACATATTTGTAACTGGT GTAACTGGTTTCCTCGGCTCCTTCATTCTTTCTGATATCCTAAATCGTACAGTTACAGGT GTCAACTTCAAGATATTTGCACATGTCCGGGCAGCGGATGAAACATCTGGGTTGGATAGA ATCAGAAAAGCTGGTACTGTATATGGGACTTGGAAAGAAGAGTATGCGAACTCACTACAA GTAGTGATAGGTGATTTATCGAAGAAAAACTTTGGATTGACTGATGACAAGTGGAGCCAC TTGTCAGAAACCATTGATATCATCATTCACAATGGTGCATTGGTTCACTGGGTTTACCCC TACTCAAAACTGAGAAACGCCAACGTAGTTTCCACTATCAATATCATGAACTTGGCTAGT GAGGGCAAACCAAAATTGTTTAACTTCGTATCATCAACTTCTGTTCTAGATACTAACCAT TACTTCGAATTATCTGATAAGCTACAGCAATCTGGTAAGGAAGGTATTCCTGAAAGTGAT GACTTAATGGGTTCCTCATTAGGTCTAACAAGCGGTTATGGACAATCTAAATGGGCTGCT GAGCACATTATTAGAGCTGCAGGTAAAAGAGGTTTAAGAGGTTCCATTATTAGGCCTGGC TATGTTACCGGTGCCTCTTATAATGGTTCTAGTAATACTGATGACTTCTTGCTGAGATTT TTGAAAAGTGCTGTTCAATTGGGAAAAATACCAGATATCAACAACACTGTTAATATGGTT CCTGTCGATCAAGTTGCAAGAGTAGTTGTAGCAGCATCAATAAACCCTCCCTGCGGTGAC GATCTCTGTGTAGTACACGTTAATGCTCATCCAAGGATAATATTTAAGGATTATTTGTAT GAATTAAAGAACTATGGTTATGACGTTGAGATTGAAAATTACGAGCAATGGAAAAAGACA CTTGAGGAAGCTGTCATTGAACGGAGCGAAGATAATGCCCTCTTCCCATTACTACATATG GTCTTGGGTGACTTAGAGGACTCAACAAAGGCTCCAGAGCTTGATGATAAAAATGCTATT ACGTCACTTAGAGCTGATATTGAGTGGACCAACGAAGATAGAACGAAAGGAATGGGTGCT ACTCCAGAACAAATTGGTATTTATATCTCATTCCTAGAATCTGTCGGCTTTTTGCCACAT CCTAAGCATTTCGGTGACAAGGCACTACCAAACATCAAAATATCTGAGCAACAAAAAGAA TTAGTTGCTTCAGGTGCTGGCGCTCGTTCAAGTTCCGCTGCTTAG
>CAGL0K07788g.aa MSWKERLDNPTLSVWPHDYLRPHAEPFVEQGTYSISIPQLSGDYATLLAAWTALLYRVTG DDDIVLYVRDNKVLRFTITPELTFTQLQNKINEQLAELANVEGTNFDALSESLQKESGLE RPPQLFRIACVTEDLQLDRYTHSPLDIGLQLHESSSDVSIVFNKLLFSQDRITILADQLT LFLTSVLQNAKQVFTKVSLITDSSTSILPDPKANLDWCGFVGCIHDIFQDNAEKFPERTC VVETPPINSTKTRTFTYKDINEASNIVAHYLINTGIKRGDVVMIYSSRGVDLMVCVMGVL KAGATFSVIDPAYPPARQTIYLGVAKPKGLIVIRAAGQLDQLVEDYITKELDLVSRIPSI AIQDNGTVEGGSLPSESGDVLASYTELKSTRTGVVVGPDSNPTLSFTSGSEGIPKGVLGR HFSLAYYFSWMAKQFNLSENDKFTMLSGIAHDPIQRDMFTPLFLGAQLYVPTQDDIGTPG RLAEWMGKYGCTVTHLTPAMGQLLTAQAVTPFPKLHHAFFVGDILTKRDCLRLQTLAENC CIVNMYGTTETQRAVSYFEVTSRSQDPHFLKKLKDVMPAGRGMKNVQLLVVNRNDRTQVC GVGEIGEIYVRAGGLAEGYRGLPDLNKEKFVNNWFVEEGHWNYLDKDLEAPWKEFWQGPR DRLYRTGDLGRYLPNGDCECCGRADDQVKIRGFRIELGEIDTNISQHPLVRENITLVRNN LEGEKCLVTYMVPRFDKPELENFKIEVPSNISDDPVVCGLIGYSPFTKDLKAFLKKRLAS YAIPSLIIVLPKLPLNPNGKVDKPKLQFPTVKQLELVAKNSSIDINDSEFNQQEREIRDL WLECLPTKPTSISPEDSFFDLGGHSILATKMIFTVKKQLNVELPLGTIFKYPTIKAFAAE VSRLKSTDKIEEETTALTADYASDAASLIDTLPKSYPAARALGSPSEMAGPTTVNIFVTG VTGFLGSFILSDILNRTVTGVNFKIFAHVRAADETSGLDRIRKAGTVYGTWKEEYANSLQ VVIGDLSKKNFGLTDDKWSHLSETIDIIIHNGALVHWVYPYSKLRNANVVSTINIMNLAS EGKPKLFNFVSSTSVLDTNHYFELSDKLQQSGKEGIPESDDLMGSSLGLTSGYGQSKWAA EHIIRAAGKRGLRGSIIRPGYVTGASYNGSSNTDDFLLRFLKSAVQLGKIPDINNTVNMV PVDQVARVVVAASINPPCGDDLCVVHVNAHPRIIFKDYLYELKNYGYDVEIENYEQWKKT LEEAVIERSEDNALFPLLHMVLGDLEDSTKAPELDDKNAITSLRADIEWTNEDRTKGMGA TPEQIGIYISFLESVGFLPHPKHFGDKALPNIKISEQQKELVASGAGARSSSAA*
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/CAGL0K07788p