HomeSAKL0F11946g
weakly similar to uniprot|P34218 Saccharomyces cerevisiae YBL052C SAS3 Histone acetyltransferase catalytic subunit of NuA3 complex that acetylates histone H3, involved in transcriptional silencing
Element type: CDS
Element length: 2298 nucleotides,
on sense strand of
Sakl0F: 928792..931089.
Other names:
SAKL-ORF5223
Coding sequence: 766 codons.
Element length: 2298 nucleotides,
on sense strand of
Sakl0F: 928792..931089.
Other names:
SAKL-ORF5223
Coding sequence: 766 codons.
Homologs and Orthologs
Homologs in protein families: GL3C0136 GL3C0136.F2 GL3C0136.N4Orthologs by synteny: ZYRO0B02882g KLTH0B04994g KLLA0E19911g ERGO0C10164g
Protein SAKL0F11946p 
similar to gnl|GLV|KLLA0E20009g Kluyveromyces lactis KLLA0E20009g and weakly similar to YBL052C uniprot|P34218 Saccharomyces cerevisiae YBL052C SAS3 Histone acetyltransferase catalytic subunit of NuA3 complex that acetylates histone H3 involved in transcriptional silencing homolog of the mammalian MOZ proto-oncogene sas3 gcn5 double mutation confers lethality
Protein domain map
Gene Ontology terms
None available yet
Sequence data
Nucleotide sequence
>SAKL0F11946g.nt TTATGATTAAGTTGTATGACATCTGGTTGTAGATATACGTTCGATTATATCTTATGTTTT TTGTTTATTTTTTTTTTTTCAGACACTTGCGAAAAGACGTGTAATACCGCATCGTTATTA AGTAGAAATTCCTATACCATGTGTTATATCCAACTTTTGGCATCCTCCCCATACCCACTG CGAGGCAAACACTAATAGTACATCTACCAGCTGGTCCAAATTCTTTGAAGAACGTGGTAT TAGTCTCGCATCTTCTTTTTGAGCACTTTAATTATTTTCGGAGTTTTACAGTGATATTCT TATTTCCAATTCACTTGCCTTGATTTCTTCTTTTCTTTTTCTTCCATTTATCAACGACGC CTGCTAAAATATCATCAATTTTGAAGTTTCAAGGAGAAACATATGGTCTTTGAACGAGAT TCCGTACAATTTGTACGCGCCTCGATGTATGCACGACCCATCACACACTCTGTTTGAATT ATCGAGGCCATCTCCAAATTATACATTTGGTTCTGAACCTCTACACAAGGCTTATGACCT CTAAACACTACATCTCACAATTTTGTATCCACGGTTTTTCATCACACTACTGTTATGAGC AATTGTTAAAATTCATAAATTGGTTATCAAGTGGATCTTTCAAACAGCAAGCACTATAAA GTAGTAATTGTTGGGCTATAAACTTTAAAGAAACAACTAAATACAAAGTGCCATCTCGAT CAGGTTATGAACATGCCTTTATGGTTAACACACTTAGTAAAGCGTACAAGGTGATTATCC TTGCTATGTTGTTTTTTTTTTTGTTTTTTTTTTGTTTTCGTTTTTTGATGTTTTCGCCTT CCCTGTGGCGTTGGTACCTTGTAGCACGCTACTGAGCAAGACTTTTAAAGTTTCTACTGG CTGTACGGTGCCAGGTCGTAATATTATTACTACCATTTGATTCTTTAATAATTGCTTGAC CAACTATAGTATCCATGCTCTCTGTTTTAAGCTCACAACAATGAATCACGATAACAAGCA TGGTTCAAGACAAAACAGGCTGTTGCAAAGTTTGAAAATAGATGATAATATCCACTCTGC CTTCAATCTGAGAACAGAAGACATTTCTAGTGAACACAGACAGAGAAGGAGTACACCTCC TGTCCAATATTTTGCAAAGAAGAAAAGCCGTTATAGAAAAAAACCAACTAATGCACTTCA CTGGTCACTACCGGCAACAGTACAAGAGGCCAATAGATTAAACCGTAACATAGAGTTCTT TTCTAACAATGGGTTAGCTTATAATAAACACTTGGTCAAAATACGATATAACCCTAAAAA ACTGCTGAATTTTTCCAATATCATTAGCCACAATTATCACGACTATAGCTGTCAGCACGC ACAGCATCACCATGACTTTGAAATCTATGAGACCGAGAATTTATTAAATATGCTCGATAA TGACAGCTCTACGCCATACCGTGGTGCCTTACCGACCAAGAAACAATATTCGACAAACCG TACCACTCCAACAATTAGAGACCGTGAGTTTTTTCAGAGATTACTATTCCAGTCTAGTTC AGCGAGTTATCGGAATGGGAATACATTGCTAAGTTTTAATGAACTCGAAGACCAAGAATT ATCCAGTTCCACTAAGCGTTATATTAAGTCGAGACAGACCACCAAGATTGAGTATATTTA TTTTAGAGACTACGAAATAAAAACGTGGTATACAGCACCTTACCCTGAGGAGTACAATAA AAACAAAGTGTTGTATATTTGTGAATACTGTCTCAAATACATGAATTCAAAGTACATCTA CTATAGGCATCAACTGAAATGCTCAATGCACCATCCGCCGGGGAATGAGATTTATAGGGA TAGAAAAATTTCAATTTGGGAAATCGACGGAAGGGAAAATGTGGTTTTTTGCCAAAATTT ATGCCTTCTAGCCAAGCTTTTCTTGAACTCTAAAACTCTCTACTACGATGTGCAACCTTT TATATTCTATGTTTTAACAGAGCGAGAAGATGTTGAAGATGGCACAAGATTTCATCTTGT CGGGTACTTTTCAAAGGAGAAGCTAAACTCAACTGATTACAATTTGAGTTGTATCCTCAC TTTGCCTATATACCAACGCAGAGGTTATGGCCATCTATTGATAGATTTTTCCTACATGTT GTCTCGCAGAGAGTTTAAATGGGGTACACCCGAGAAGCCTCTATCAGATTTGGGGTTGGT TTCTTATCGTAATTTCTGGAAAATTAAGGTTGTGCAGGTACTAATAAGTTTAAAACAGGA TATCATGAGAGCCAAAGACGCGGGAAGACCTATGAAAATTAGCATCGAAGACATTTCAAA TTTAACCGGTATGATTCCTACAGACGTTATTTTTGGGCTAGAGCAAATAGACGCGTTGTA TCAGTACGAGGACGGCTATGGGAAAAGACGACATGCAATCAAAATTACGAACTGGGCTCG ACTAGAAAGAATGTATGATCAATGGAATTCCAAAAACTATTTTTCCTTATCTCCTGATAA ATTGATTTGGAAGCCAATGATTTTTGGCCCATCCTGTGGTATTGATGCCATAGGAACTAT GGTTGAAACTACCACGGGTACCACCAGGAACACCAGCGGTAGTACCAAGAATGGACACGA TCTTTTCAAGAGCAGTATATCTGTACTAGTAAACTTCTTAAGAGATGATTTTGTAGATCC AAGATCCATGGAAGCTGTTGCCATGTCTAAGATCAGAGAACAACAGGATCCGGATGAAGA ATTCAAGGTTCCTGAAAATCTGACGGTTGCTTACACTCCACCTATTCTGGGGAGTTCGAA ACCTACTAGGCTCAACACTCCAATAAGAAGGAGACTCGACACAGGCATTTCCAAACAAGC AGTTAAAAGCGCCGTTCAAAACGGAAGCCGTCCTGTAGAAGGGTCTGGCGGGGATGATGA TATTTTTAGAGAACTGGATCCTATTGAAAATGAGGATGATGGTTCTGAAGAATATTTAGC ACCGGAAAAGCTAGATGAGGAAGAGGAAGATGTCGGTAATTACGATGATGATGACGATGG TGATGATGAGTACACGGGAGTTTCATCTATCGAAGAAGACCCTATCGATGAAACACACAC AAGAAGTGGGCGTGCAGTCAGAAAGCCACAAGATTTTCAAAGCGAGGAGGAAGAGGAGGA GGAAAAGGAGGATATGGGAAAGGGAATTGGCCGGACGCGTCGGCTACGGCGGTCGACTAA AGTTTTATTTTTGGAGTCAGAAAGTAGTGATAGTGGATTTTACGATGCGATAGAATGAGA ACGCTGGCTTTCTTTTTGGTTTTTTTTGTTTTTTTTTTTCTTTTGGTGTAGAAGGGTTTT AGAAGGGCTTTTAAAAGAGAAAGGATGATCGGTTGTATAAATCAGCAAAGATCGTGTAAT AATATACATAAACCTGTTTAGAGTTAAACACAGAAAAATCACCAAGTAATAAACATGACA TGTAAATTAATTTTTCCTTAGTGAGGAAAAAGAGCCTCAAAAAGGAAAAATCAAATAAAG AAATAAGTGAGACTTCCATTTTCCTAATCGCACCAGTAATATTAAAAAAAAAAATGTT
Coding sequence
>SAKL0F11946g.cds ATGAATCACGATAACAAGCATGGTTCAAGACAAAACAGGCTGTTGCAAAGTTTGAAAATA GATGATAATATCCACTCTGCCTTCAATCTGAGAACAGAAGACATTTCTAGTGAACACAGA CAGAGAAGGAGTACACCTCCTGTCCAATATTTTGCAAAGAAGAAAAGCCGTTATAGAAAA AAACCAACTAATGCACTTCACTGGTCACTACCGGCAACAGTACAAGAGGCCAATAGATTA AACCGTAACATAGAGTTCTTTTCTAACAATGGGTTAGCTTATAATAAACACTTGGTCAAA ATACGATATAACCCTAAAAAACTGCTGAATTTTTCCAATATCATTAGCCACAATTATCAC GACTATAGCTGTCAGCACGCACAGCATCACCATGACTTTGAAATCTATGAGACCGAGAAT TTATTAAATATGCTCGATAATGACAGCTCTACGCCATACCGTGGTGCCTTACCGACCAAG AAACAATATTCGACAAACCGTACCACTCCAACAATTAGAGACCGTGAGTTTTTTCAGAGA TTACTATTCCAGTCTAGTTCAGCGAGTTATCGGAATGGGAATACATTGCTAAGTTTTAAT GAACTCGAAGACCAAGAATTATCCAGTTCCACTAAGCGTTATATTAAGTCGAGACAGACC ACCAAGATTGAGTATATTTATTTTAGAGACTACGAAATAAAAACGTGGTATACAGCACCT TACCCTGAGGAGTACAATAAAAACAAAGTGTTGTATATTTGTGAATACTGTCTCAAATAC ATGAATTCAAAGTACATCTACTATAGGCATCAACTGAAATGCTCAATGCACCATCCGCCG GGGAATGAGATTTATAGGGATAGAAAAATTTCAATTTGGGAAATCGACGGAAGGGAAAAT GTGGTTTTTTGCCAAAATTTATGCCTTCTAGCCAAGCTTTTCTTGAACTCTAAAACTCTC TACTACGATGTGCAACCTTTTATATTCTATGTTTTAACAGAGCGAGAAGATGTTGAAGAT GGCACAAGATTTCATCTTGTCGGGTACTTTTCAAAGGAGAAGCTAAACTCAACTGATTAC AATTTGAGTTGTATCCTCACTTTGCCTATATACCAACGCAGAGGTTATGGCCATCTATTG ATAGATTTTTCCTACATGTTGTCTCGCAGAGAGTTTAAATGGGGTACACCCGAGAAGCCT CTATCAGATTTGGGGTTGGTTTCTTATCGTAATTTCTGGAAAATTAAGGTTGTGCAGGTA CTAATAAGTTTAAAACAGGATATCATGAGAGCCAAAGACGCGGGAAGACCTATGAAAATT AGCATCGAAGACATTTCAAATTTAACCGGTATGATTCCTACAGACGTTATTTTTGGGCTA GAGCAAATAGACGCGTTGTATCAGTACGAGGACGGCTATGGGAAAAGACGACATGCAATC AAAATTACGAACTGGGCTCGACTAGAAAGAATGTATGATCAATGGAATTCCAAAAACTAT TTTTCCTTATCTCCTGATAAATTGATTTGGAAGCCAATGATTTTTGGCCCATCCTGTGGT ATTGATGCCATAGGAACTATGGTTGAAACTACCACGGGTACCACCAGGAACACCAGCGGT AGTACCAAGAATGGACACGATCTTTTCAAGAGCAGTATATCTGTACTAGTAAACTTCTTA AGAGATGATTTTGTAGATCCAAGATCCATGGAAGCTGTTGCCATGTCTAAGATCAGAGAA CAACAGGATCCGGATGAAGAATTCAAGGTTCCTGAAAATCTGACGGTTGCTTACACTCCA CCTATTCTGGGGAGTTCGAAACCTACTAGGCTCAACACTCCAATAAGAAGGAGACTCGAC ACAGGCATTTCCAAACAAGCAGTTAAAAGCGCCGTTCAAAACGGAAGCCGTCCTGTAGAA GGGTCTGGCGGGGATGATGATATTTTTAGAGAACTGGATCCTATTGAAAATGAGGATGAT GGTTCTGAAGAATATTTAGCACCGGAAAAGCTAGATGAGGAAGAGGAAGATGTCGGTAAT TACGATGATGATGACGATGGTGATGATGAGTACACGGGAGTTTCATCTATCGAAGAAGAC CCTATCGATGAAACACACACAAGAAGTGGGCGTGCAGTCAGAAAGCCACAAGATTTTCAA AGCGAGGAGGAAGAGGAGGAGGAAAAGGAGGATATGGGAAAGGGAATTGGCCGGACGCGT CGGCTACGGCGGTCGACTAAAGTTTTATTTTTGGAGTCAGAAAGTAGTGATAGTGGATTT TACGATGCGATAGAATGA
Predicted translation product
>SAKL0F11946g.aa MNHDNKHGSRQNRLLQSLKIDDNIHSAFNLRTEDISSEHRQRRSTPPVQYFAKKKSRYRK KPTNALHWSLPATVQEANRLNRNIEFFSNNGLAYNKHLVKIRYNPKKLLNFSNIISHNYH DYSCQHAQHHHDFEIYETENLLNMLDNDSSTPYRGALPTKKQYSTNRTTPTIRDREFFQR LLFQSSSASYRNGNTLLSFNELEDQELSSSTKRYIKSRQTTKIEYIYFRDYEIKTWYTAP YPEEYNKNKVLYICEYCLKYMNSKYIYYRHQLKCSMHHPPGNEIYRDRKISIWEIDGREN VVFCQNLCLLAKLFLNSKTLYYDVQPFIFYVLTEREDVEDGTRFHLVGYFSKEKLNSTDY NLSCILTLPIYQRRGYGHLLIDFSYMLSRREFKWGTPEKPLSDLGLVSYRNFWKIKVVQV LISLKQDIMRAKDAGRPMKISIEDISNLTGMIPTDVIFGLEQIDALYQYEDGYGKRRHAI KITNWARLERMYDQWNSKNYFSLSPDKLIWKPMIFGPSCGIDAIGTMVETTTGTTRNTSG STKNGHDLFKSSISVLVNFLRDDFVDPRSMEAVAMSKIREQQDPDEEFKVPENLTVAYTP PILGSSKPTRLNTPIRRRLDTGISKQAVKSAVQNGSRPVEGSGGDDDIFRELDPIENEDD GSEEYLAPEKLDEEEEDVGNYDDDDDGDDEYTGVSSIEEDPIDETHTRSGRAVRKPQDFQ SEEEEEEEKEDMGKGIGRTRRLRRSTKVLFLESESSDSGFYDAIE*
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/SAKL0F11946p