HomeSAKL0B08030g
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: 4176 nucleotides,
on anti-sense strand of
Sakl0B: complement(683217..687392).
Other names:
SAKL-ORF13712
Coding sequence: 1392 codons.
Element length: 4176 nucleotides,
on anti-sense strand of
Sakl0B: complement(683217..687392).
Other names:
SAKL-ORF13712
Coding sequence: 1392 codons.
Homologs and Orthologs
Homologs in protein families: GL3R2044 GL3R2044.F1 GL3R2044.N1Orthologs by synteny: ZYRO0C16566g KLTH0F10384g KLLA0B09218g ERGO0D01364g
Protein SAKL0B08030p 
highly similar to uniprot|P07702 Saccharomyces cerevisiae YBR115C LYS2 Alpha aminoadipate reductase
Protein domain map
Gene Ontology terms
None available yet
Sequence data
>SAKL0B08030g.nt TGAACAGAGTAAGAGGAGAATATGTCAGGGTAACAATAAAAAAGTGAAATAGCTAGATAC GAGTAACCATAAATCGGCGATGTAACATAAAATTACAAAGGACATATCTACACATAGTAT AGATCTATAGAACCGAAGTGTGTGCATCTACCAGCACCATTATTTTTTACAGTAATAACG CTAATATGTTTTCGGAATAGCTAGCTGCCTTTCCCCACCTCATCACGTAGTCAACTAAAG TTGCAAAAAAAGGAAGTCGACCCATCTGAAAGGCAAAATCACAAAAGGACCAGTCGTACT GACTCTAAGCATCTTTTTACATAATTTCAAATTACTTTCTGTGCCAGTTACACGAACAGC ACCAATTTCTGGTCTACAGGTGTATAGATTGAACGTCGTATATAATCACAGTTCCAATCG TCACCAACGGAACCAAGCATCACTTATGCCAAGACTCCATACAACCTTCCATGGAATTAT ATTGAAAAAAAACCCAGAGAACCGAACCTTTCGTACTGGGTGGTGTCACATGAAAGCTAC AAACACTTAACTGAACGTATCGAGAGCATTAAAAATATGTCTACTGTCAGAGCCGTTGAC TACTCGCTCATATCCCTCGTGTATTCTCAAGTAAGAACTTTCTGCTAGACAAGTAGCATG CAGTTAAGAGGAACAAACTGGTCCTCTCGATTTTCGATATAGCCACTTCAAGAGTACCTA AATTTCTGATACTTTTTTCCATACAAGTTATTACCAAATTCTCGCCTAGAAACATACCTC ATCTTACACGAATAACACAGCAGCTCACACTACACGTATGATCACTAGGATCCGTGCACC ACGGGCCGTAACTGACTCACTACTGCATTCAAAGATGAATAATTCCACAGGAATTAGAAG TTGGTGAAAGAAGAAAAAAAATGAGTATATAGTAGTGCTCTCTCTGCTGTGTCTATTGTA AAAGGATACCTAAGATCAAAACGAAACTAGCATAGCTACAATGTCTACAACTGCTCTCCA GCAATGGGCTGAAAAGTTGGATAACCCAACTCTTAGTGTAATTCCACATGACTACTTGCG CCCTCAGCAAGAGCCCCTCATCAAACAATCCGTTTACGCTGTTCACGTCCCTCAACTAGA ACTGCCTCACGGGAAAGATCCTTACACTGTCGCACTAAGTGTCTGGTGCTCTTTGCTTTA TAGATTGACAGGGGATGATGATATCGTACTGTACGTCATAGGTGACAAGGCCATAAGGTT TACCATTCAACCCACTTGGACATTCGCTGAATTGTACAGCGCCGTGGCCGCTGAATTGAA TGCCATCAGCGACTTTCAATCAGTCGATTTTGACGAACTATCCCAACACTTCAAGTCTGC TCAAGATCTGGAGCTTTTTCCACAGCTGTTACGCTTAGGCTTCACTTCTGAGGATGACTT TTCTTTATCAAAATTTGAACACAACTTGTTCGATTGTGTCCTAAATTTGCACAAGAACAG CTCCACTTTGCAAATCATTTACAACAGTCTTTTGTATTCTCAAGAGAGAATCTCTATTTT AGCTGACCAGTTCACCGAATTTCTTTCCCAGGTGTTAAAGGACGATTCCCTGTGTATCAC TAATGTCTCTTTGGTGACACCATCCAGCTCATCTAACCTACCTGACCCAACCAAAAACTT GGGCTGGTGTGATTTTGTCGGCTGTATCCATGACATTTTTCAAGACAACGCCGAGAAGTT TCCCGAAAGAACCTGTGTTGTTGAAACCCCAGCAAACGATTCCGCCGAATCTCGTGTTTT CAGCTACCAAGACATCAATAGGGCATCCAATGTGGTTGCACATTACTTAATCAAAACTGG TATCAAGAAGGGTGATGTTGTAATGATCTATTCGTCCCGTGGTGTCGATCTAATGGTGTG TGTTATGGGTGTTTTGAAGGCAGGCGCTACCTTCTCCGTTATCGATCCTGCCTACCCTCC AGCAAGACAAACGGTCTACTTGGGTGTTGCCAAGCCAAGAGGTTTGATTGTTATCAAGTC TGCAGGCCAATTAGACCAACTGGTGGAAGATTATATCACCAAAGAGCTAGACGTTGTTAC TCGCATCCCATCTATCGCTATTCAGGATGACGGATCTATTCTTGGCGGCAAGTTTTCATC TTCAAACGAGGATTGCTTATCAGCTTATACAAATCTATGTGATACCCGTACCGGAGTTAT AGTTGGCCCAGACAGTAATCCAACATTATCTTTCACCTCTGGTTCTGAAGGTATTCCAAA GGGTGTTTTGGGTAGACACTTTTCGCTTGCTTACTATTTCAACTGGATGTCAAAGCAATT CAACTTATCAGAGAATGACAAGTTCACCATGTTGAGTGGTATTGCTCATGATCCCATCCA AAGAGATATGTTTACTCCATTGTTTTTAGGTGCACAATTGCTGGTTCCAACTCAAGACGA CATTGGTACTCCCGGCCAACTGGCAACCTGGATGAACAAATATGGTGCCACAGTAACACA TTTGACTCCAGCGATGGGTCAGTTGTTAGCTGCCCAAGCTACTACCCCATTCCCTGCATT ACACCACGCATTTTTTGTCGGTGATATTTTGACCAAAAGAGACTGTTTGAGACTTCAGAC TTTAGCTGAAAATTGTTGCATTGTGAACATGTATGGTACTACTGAAACTCAGCGTGCTGT TTCTTTTTTCGAGGTTAAATCCAGGTCGCAGGATCCATTCTTCTTACAAAAGCTGAAAGA TGTTATGCCTGCAGGTAAAGGTATGTTCAATGTTCAACTATTGGTTGTTAATAGAAACGA CCGTACTCAAATTTGTGGTGTTGGTGAAATTGGTGAAATCTATGTTCGCGCCGGTGGTTT AGCAGAAGGTTATCGTGGCTTGCCAGATTTGAATAAAGAAAAGTTTGTTACAAACTGGTT TGTTGAAGATGATCACTGGAAGTCTTTGGATAAGGATAATGGTGAGCCATGGAGGGAGTT TTGGTTTGGGCCAAGAGATAGGTTATACAGAACTGGTGATTTAGGTCGTTATCTACCAGA CGGAAACTGTGAATGCTGCGGTCGTGCCGATGACCAAGTTAAAATCCGTGGCTTCAGAAT CGAATTAGGCGAAATCGATACTCACATTTCTCAACATCCACTTGTCCGTGAGAATATTAC CCTGGTGCGTAAGAATAGTGACAATGAGCCAACCTTAATAACTTTCATGGTTCCAAGGTT TGACAAGTCCAAGGAATTGGCTCCTTTCCAATCTGAAGTGCCTCAATCTGTTTCTCAGGA CCCTATAGTTCGTGGCTTGCTTGGCTACCACTTGTTGGCTAAGAATATCAAGGAGTTTTT GAAAAAGAGACTAGCAAGCTATGCTATCCCATCCATCATCGTTGTCGTTGAAAAATTGCC TCTAAATCCTAATGGTAAAGTGGATAAACCTAAACTGCAGTTTCCAACTACCAAACAACT AAATTTGGTTGCCGAAAATACCACTCTAGATGTCGACGACTCTGAATTTAGCGAAACTGA ACGCGAGGTCCGTGATTTGTGGTTGGAGGTTTTACCAACCAGACCGGCTTCTATTTCACC AGATGATTCCTTTTTTGACTTAGGTGGCCATTCCATTTTGGCTACTAAAATGATCTTTGC ACTAAGAAAGAGACTGAATGTTGACTTACCCTTGGGCACTATCTTCAAGTTCCCAACAAT CAAATTGTTTGCTGGTGAAGTTACCAGAGTCAGAGAGTCTTCGATCTCTACTGCTCAACA GGATAATGGCTCGACTGCTAACTACGCTAAAGATGCCAAGGAATTGGTAGACTCTATGTT ACCAAACTCTTACCCATCTCGTGGGGCATTCGCTCAACCTTCGAATGTGTCTTCCCCCTC ATCCATCAACGTGTTTGTTACCGGTGTCACAGGGTTCTTAGGCTCTTATATCTTAGCGGA TCTACTGAATCGCCCAACCTCTCCTTATAACATTAAGGTTTATGCTCACGTACGTGCTAA GGATCAAGCTTCTGGTATGCAGAGATTGATTAAGGCTGGTGTTACTTATGGCACTTGGTC TCCTACTTTTGAAAACCGCATAGAAGTTGTTTTAGGTGACTTGTCTAAACCGCAATTCGG ATTGGATTCTGTTACTTGGGAAAATTTGGCAAATCAAATAGACGTTATTATCCATAATGG TGCGCTAGTCCATTGGGTATATCCGTATGCAAAATTGAGGGATGCCAACGTAGTATCCAC CATCAATGTTATGAATTTAGCTGCATCTGGTAGTAAAGCCAAGTATTTCACGTTTGTTTC TTCCACTTCCACTATCGATACCGAACATTACTTCTCAATGTCTGATGAGTTGACTTCTGA GGGTAAAAGTGGTATTTTAGAAGCTGATGATTTGATGGGTGCCGCTACCGGTTTGGGTGG TGGATACGGTCAATCTAAATGGGCTGCAGAATACATTATTAGACAAGCCGGCAAGCGTGG TCTGCGTGGTTGTATTGTTAGACCTGGCTACGTTACCGGCGCTTCCAAGAATGGTTCCTC AAACACCGACGACTTCTTATTAAGATTCTTGAAAGGTGTTGTCCAATTAGGTAAGATTCC GGATGTCAGAAACACCGTGAATATGGTTCCTGTTGACCATGTCGCACGCGTTGTTACCGC CACTGCTTTTAACCCACCAAAAGAAGATCAGCTAACTGTAGCCCATGTAACTGGCCACCC ACGTATGTTGTTCAAGGATTATCTGTACACTTTGAAACAGTACGGGTACAATGTTGAAGT TGAAGATTATGAATTATGGAAAAAATCCTTGGAGGTTTCCGTAATTGAAAAAGGCGAAGA TAACGCTTTATATCCATTGTTACACATGGTTTTGGATAATTTGCCAGAAAACACACGTGC TCCCGAATTGGATGACAGAAACGCAGTGGAATCTTTAAAGAAGGACACCGAATGGACAGG CACCGATGCATCTGCTGGTAAGGGTGCTACTCCAGAACAAATCGGTATCTACATTTCATT TTTGAATGCAGTTGGTTTCCTACCGGCTCCACCCAAAAATGGCAAATTAGCTTTGCCAGA AGTGTCCTTGAGCGAAGAACAGATCAATTTAGTTTCTTCTGGTGCAGGTGCTCGTGGCAG CTCAGCAGCTTCTTAGAATAAATATATACTTGTACACTAGTTTGTTGTATGTGCCTATCA TAATTTTTTCTTGTTTGTTGAAGTCACTCAGTTACTCGTCCGAATTATTTTTTTTGCTTT TAATGTATTCAACCCATGAAACAACACGCTCATAACATAGAACAAACCAATCCGAAAACT AATTGTTGAATAAAAATTGTAAGTCCGCTGGAGTCAATTTATTTATTGCGGCCACGTCTT GACTGATGGTAGCGTGTATCATGTTTGCCTTTTTTTCTTGCAACTCAATTATTCTAGATT CAATACTGTCTTCTAT
>SAKL0B08030g.cds ATGTCTACAACTGCTCTCCAGCAATGGGCTGAAAAGTTGGATAACCCAACTCTTAGTGTA ATTCCACATGACTACTTGCGCCCTCAGCAAGAGCCCCTCATCAAACAATCCGTTTACGCT GTTCACGTCCCTCAACTAGAACTGCCTCACGGGAAAGATCCTTACACTGTCGCACTAAGT GTCTGGTGCTCTTTGCTTTATAGATTGACAGGGGATGATGATATCGTACTGTACGTCATA GGTGACAAGGCCATAAGGTTTACCATTCAACCCACTTGGACATTCGCTGAATTGTACAGC GCCGTGGCCGCTGAATTGAATGCCATCAGCGACTTTCAATCAGTCGATTTTGACGAACTA TCCCAACACTTCAAGTCTGCTCAAGATCTGGAGCTTTTTCCACAGCTGTTACGCTTAGGC TTCACTTCTGAGGATGACTTTTCTTTATCAAAATTTGAACACAACTTGTTCGATTGTGTC CTAAATTTGCACAAGAACAGCTCCACTTTGCAAATCATTTACAACAGTCTTTTGTATTCT CAAGAGAGAATCTCTATTTTAGCTGACCAGTTCACCGAATTTCTTTCCCAGGTGTTAAAG GACGATTCCCTGTGTATCACTAATGTCTCTTTGGTGACACCATCCAGCTCATCTAACCTA CCTGACCCAACCAAAAACTTGGGCTGGTGTGATTTTGTCGGCTGTATCCATGACATTTTT CAAGACAACGCCGAGAAGTTTCCCGAAAGAACCTGTGTTGTTGAAACCCCAGCAAACGAT TCCGCCGAATCTCGTGTTTTCAGCTACCAAGACATCAATAGGGCATCCAATGTGGTTGCA CATTACTTAATCAAAACTGGTATCAAGAAGGGTGATGTTGTAATGATCTATTCGTCCCGT GGTGTCGATCTAATGGTGTGTGTTATGGGTGTTTTGAAGGCAGGCGCTACCTTCTCCGTT ATCGATCCTGCCTACCCTCCAGCAAGACAAACGGTCTACTTGGGTGTTGCCAAGCCAAGA GGTTTGATTGTTATCAAGTCTGCAGGCCAATTAGACCAACTGGTGGAAGATTATATCACC AAAGAGCTAGACGTTGTTACTCGCATCCCATCTATCGCTATTCAGGATGACGGATCTATT CTTGGCGGCAAGTTTTCATCTTCAAACGAGGATTGCTTATCAGCTTATACAAATCTATGT GATACCCGTACCGGAGTTATAGTTGGCCCAGACAGTAATCCAACATTATCTTTCACCTCT GGTTCTGAAGGTATTCCAAAGGGTGTTTTGGGTAGACACTTTTCGCTTGCTTACTATTTC AACTGGATGTCAAAGCAATTCAACTTATCAGAGAATGACAAGTTCACCATGTTGAGTGGT ATTGCTCATGATCCCATCCAAAGAGATATGTTTACTCCATTGTTTTTAGGTGCACAATTG CTGGTTCCAACTCAAGACGACATTGGTACTCCCGGCCAACTGGCAACCTGGATGAACAAA TATGGTGCCACAGTAACACATTTGACTCCAGCGATGGGTCAGTTGTTAGCTGCCCAAGCT ACTACCCCATTCCCTGCATTACACCACGCATTTTTTGTCGGTGATATTTTGACCAAAAGA GACTGTTTGAGACTTCAGACTTTAGCTGAAAATTGTTGCATTGTGAACATGTATGGTACT ACTGAAACTCAGCGTGCTGTTTCTTTTTTCGAGGTTAAATCCAGGTCGCAGGATCCATTC TTCTTACAAAAGCTGAAAGATGTTATGCCTGCAGGTAAAGGTATGTTCAATGTTCAACTA TTGGTTGTTAATAGAAACGACCGTACTCAAATTTGTGGTGTTGGTGAAATTGGTGAAATC TATGTTCGCGCCGGTGGTTTAGCAGAAGGTTATCGTGGCTTGCCAGATTTGAATAAAGAA AAGTTTGTTACAAACTGGTTTGTTGAAGATGATCACTGGAAGTCTTTGGATAAGGATAAT GGTGAGCCATGGAGGGAGTTTTGGTTTGGGCCAAGAGATAGGTTATACAGAACTGGTGAT TTAGGTCGTTATCTACCAGACGGAAACTGTGAATGCTGCGGTCGTGCCGATGACCAAGTT AAAATCCGTGGCTTCAGAATCGAATTAGGCGAAATCGATACTCACATTTCTCAACATCCA CTTGTCCGTGAGAATATTACCCTGGTGCGTAAGAATAGTGACAATGAGCCAACCTTAATA ACTTTCATGGTTCCAAGGTTTGACAAGTCCAAGGAATTGGCTCCTTTCCAATCTGAAGTG CCTCAATCTGTTTCTCAGGACCCTATAGTTCGTGGCTTGCTTGGCTACCACTTGTTGGCT AAGAATATCAAGGAGTTTTTGAAAAAGAGACTAGCAAGCTATGCTATCCCATCCATCATC GTTGTCGTTGAAAAATTGCCTCTAAATCCTAATGGTAAAGTGGATAAACCTAAACTGCAG TTTCCAACTACCAAACAACTAAATTTGGTTGCCGAAAATACCACTCTAGATGTCGACGAC TCTGAATTTAGCGAAACTGAACGCGAGGTCCGTGATTTGTGGTTGGAGGTTTTACCAACC AGACCGGCTTCTATTTCACCAGATGATTCCTTTTTTGACTTAGGTGGCCATTCCATTTTG GCTACTAAAATGATCTTTGCACTAAGAAAGAGACTGAATGTTGACTTACCCTTGGGCACT ATCTTCAAGTTCCCAACAATCAAATTGTTTGCTGGTGAAGTTACCAGAGTCAGAGAGTCT TCGATCTCTACTGCTCAACAGGATAATGGCTCGACTGCTAACTACGCTAAAGATGCCAAG GAATTGGTAGACTCTATGTTACCAAACTCTTACCCATCTCGTGGGGCATTCGCTCAACCT TCGAATGTGTCTTCCCCCTCATCCATCAACGTGTTTGTTACCGGTGTCACAGGGTTCTTA GGCTCTTATATCTTAGCGGATCTACTGAATCGCCCAACCTCTCCTTATAACATTAAGGTT TATGCTCACGTACGTGCTAAGGATCAAGCTTCTGGTATGCAGAGATTGATTAAGGCTGGT GTTACTTATGGCACTTGGTCTCCTACTTTTGAAAACCGCATAGAAGTTGTTTTAGGTGAC TTGTCTAAACCGCAATTCGGATTGGATTCTGTTACTTGGGAAAATTTGGCAAATCAAATA GACGTTATTATCCATAATGGTGCGCTAGTCCATTGGGTATATCCGTATGCAAAATTGAGG GATGCCAACGTAGTATCCACCATCAATGTTATGAATTTAGCTGCATCTGGTAGTAAAGCC AAGTATTTCACGTTTGTTTCTTCCACTTCCACTATCGATACCGAACATTACTTCTCAATG TCTGATGAGTTGACTTCTGAGGGTAAAAGTGGTATTTTAGAAGCTGATGATTTGATGGGT GCCGCTACCGGTTTGGGTGGTGGATACGGTCAATCTAAATGGGCTGCAGAATACATTATT AGACAAGCCGGCAAGCGTGGTCTGCGTGGTTGTATTGTTAGACCTGGCTACGTTACCGGC GCTTCCAAGAATGGTTCCTCAAACACCGACGACTTCTTATTAAGATTCTTGAAAGGTGTT GTCCAATTAGGTAAGATTCCGGATGTCAGAAACACCGTGAATATGGTTCCTGTTGACCAT GTCGCACGCGTTGTTACCGCCACTGCTTTTAACCCACCAAAAGAAGATCAGCTAACTGTA GCCCATGTAACTGGCCACCCACGTATGTTGTTCAAGGATTATCTGTACACTTTGAAACAG TACGGGTACAATGTTGAAGTTGAAGATTATGAATTATGGAAAAAATCCTTGGAGGTTTCC GTAATTGAAAAAGGCGAAGATAACGCTTTATATCCATTGTTACACATGGTTTTGGATAAT TTGCCAGAAAACACACGTGCTCCCGAATTGGATGACAGAAACGCAGTGGAATCTTTAAAG AAGGACACCGAATGGACAGGCACCGATGCATCTGCTGGTAAGGGTGCTACTCCAGAACAA ATCGGTATCTACATTTCATTTTTGAATGCAGTTGGTTTCCTACCGGCTCCACCCAAAAAT GGCAAATTAGCTTTGCCAGAAGTGTCCTTGAGCGAAGAACAGATCAATTTAGTTTCTTCT GGTGCAGGTGCTCGTGGCAGCTCAGCAGCTTCTTAG
>SAKL0B08030g.aa MSTTALQQWAEKLDNPTLSVIPHDYLRPQQEPLIKQSVYAVHVPQLELPHGKDPYTVALS VWCSLLYRLTGDDDIVLYVIGDKAIRFTIQPTWTFAELYSAVAAELNAISDFQSVDFDEL SQHFKSAQDLELFPQLLRLGFTSEDDFSLSKFEHNLFDCVLNLHKNSSTLQIIYNSLLYS QERISILADQFTEFLSQVLKDDSLCITNVSLVTPSSSSNLPDPTKNLGWCDFVGCIHDIF QDNAEKFPERTCVVETPANDSAESRVFSYQDINRASNVVAHYLIKTGIKKGDVVMIYSSR GVDLMVCVMGVLKAGATFSVIDPAYPPARQTVYLGVAKPRGLIVIKSAGQLDQLVEDYIT KELDVVTRIPSIAIQDDGSILGGKFSSSNEDCLSAYTNLCDTRTGVIVGPDSNPTLSFTS GSEGIPKGVLGRHFSLAYYFNWMSKQFNLSENDKFTMLSGIAHDPIQRDMFTPLFLGAQL LVPTQDDIGTPGQLATWMNKYGATVTHLTPAMGQLLAAQATTPFPALHHAFFVGDILTKR DCLRLQTLAENCCIVNMYGTTETQRAVSFFEVKSRSQDPFFLQKLKDVMPAGKGMFNVQL LVVNRNDRTQICGVGEIGEIYVRAGGLAEGYRGLPDLNKEKFVTNWFVEDDHWKSLDKDN GEPWREFWFGPRDRLYRTGDLGRYLPDGNCECCGRADDQVKIRGFRIELGEIDTHISQHP LVRENITLVRKNSDNEPTLITFMVPRFDKSKELAPFQSEVPQSVSQDPIVRGLLGYHLLA KNIKEFLKKRLASYAIPSIIVVVEKLPLNPNGKVDKPKLQFPTTKQLNLVAENTTLDVDD SEFSETEREVRDLWLEVLPTRPASISPDDSFFDLGGHSILATKMIFALRKRLNVDLPLGT IFKFPTIKLFAGEVTRVRESSISTAQQDNGSTANYAKDAKELVDSMLPNSYPSRGAFAQP SNVSSPSSINVFVTGVTGFLGSYILADLLNRPTSPYNIKVYAHVRAKDQASGMQRLIKAG VTYGTWSPTFENRIEVVLGDLSKPQFGLDSVTWENLANQIDVIIHNGALVHWVYPYAKLR DANVVSTINVMNLAASGSKAKYFTFVSSTSTIDTEHYFSMSDELTSEGKSGILEADDLMG AATGLGGGYGQSKWAAEYIIRQAGKRGLRGCIVRPGYVTGASKNGSSNTDDFLLRFLKGV VQLGKIPDVRNTVNMVPVDHVARVVTATAFNPPKEDQLTVAHVTGHPRMLFKDYLYTLKQ YGYNVEVEDYELWKKSLEVSVIEKGEDNALYPLLHMVLDNLPENTRAPELDDRNAVESLK KDTEWTGTDASAGKGATPEQIGIYISFLNAVGFLPAPPKNGKLALPEVSLSEEQINLVSS GAGARGSSAAS*
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/SAKL/SAKL0B08030p