HomeDEHA2G03102g
similar to uniprot|P22082 Saccharomyces cerevisiae YOR290C SNF2 Catalytic subunit of the SWI/SNF chromatin remodeling complex involved in transcriptional regulation
Element type: CDS
Element length: 4773 nucleotides,
on sense strand of
Deha2G: 266758..271530.
Other names:
DEHA-CDS0086.1
DEHA-IPF802
DEHA0G03652g
Coding sequence: 1591 codons.
Element length: 4773 nucleotides,
on sense strand of
Deha2G: 266758..271530.
Other names:
DEHA-CDS0086.1
DEHA-IPF802
DEHA0G03652g
Coding sequence: 1591 codons.
Homologs and Orthologs
Homologs in protein families: GL3C0284 GL3C0284.N1Orthologs: strict determination not possible; homologs must be refined manually
Protein DEHA2G03102p 
similar to uniprot|P22082 Saccharomyces cerevisiae YOR290C SNF2 involved in the coordinate regulation of phospholipid synthesis
Protein domain map
Database cross references:
InterPro: IPR000330
InterPro: IPR001487
InterPro: IPR001650
InterPro: IPR014001
InterPro: IPR014012
InterPro: IPR014021
UniProtKB/TrEMBL: Q6BJE1
InterPro: IPR000330
InterPro: IPR001487
InterPro: IPR001650
InterPro: IPR014001
InterPro: IPR014012
InterPro: IPR014021
UniProtKB/TrEMBL: Q6BJE1
Gene Ontology terms
None available yet
Sequence data
>DEHA2G03102g.nt AACTTAATCGGCCAGCACCCAATTCCACAAGGAGAATCCTTAGAAAGCCATAACAGTTTC GACGAAACCAATTATAACAACTCTTCGGCTTACAAACAAAATAATAAGTTGAACGATATT CAATATGAGAATTCCCAATCATATCAAAATGCTTTGGCAAATGCAGACGAACTTGCAGAA ATGCCAACCCGTTTAAGATACTTAATCAGGTCTTGTATCTACAAAAGATTCATAGAAAGA AAATCTTTCAATAGTCCTCTCGAAGAATGGAAGCTTGTTACCGAAGACCCAATTACCAAG GTTTGGGCTAAAAGCTTTGGCATTGACTGCATGAATGTTAATGAAGCAGAACTTTTAATT TTCCAATCGTATGACATCAACCAATATCAATTATATGATCCGCGCCACACCTTTAGTGTC GACGATGAAAGCCATGCACCTAACAGTATATTGCAGAACACTATCGACACTACCTTGTAT TCCTACACCAAGATTGATCGTCCTTCCAAAAGCAAAAATAAAAACAAGAACAAAAACACA AAGAAGTCTACCAAGCCAAAGCAAATCAATGGGGTAGTTAGTGACGGATGTACAGGTGCA AATGGTGATTTTGTCAAGAAAGAGAGATTTGATGCCATTAATTATGCACCAAGAGGTACT GGTGACTTGTGGAAACCATGATATTCGATTTTTGATTCTTTCAACCTTCTTCCTCGCATA GACAAGCATCGAAATAGGCTTTTCCGGAATCTTAGTTCTGAGATAAAGACTTCAGTATTC TACTACATGATGCTTCATTAGCACTTGTTATATCTCGTATTCATGGTGTATATTGGTATA TATATGAGTTGATAGTCCTATATGTCTTGCATGTTTAAATACATTGTGTAAAGCACGACC CACGAAACTCGTTTTTCAAAAGTTCAAAATTCACGACATCAAAACAGTATAAGCACGTAG ATTATTCTTAATCATATTGTTTGACTAACAGAAGTATAGAATGAATCGGCAATTTCTGCG AGAAGAGATTCAAAAGATACTTCAACGTTGGCACCAGCTTAGACAACAGTTTGGTGACCA AGCGATTAATGTACCGGAGTTTACTCACCTCAGTAAAATTATTAAGTATCTCCAACAACA AAACCAGCAGTCGCTTCAGAGAAAGACTACTCCACAGGACACAACGCAGCCACATACTCA ACAACAGATTCCACAGCAACAACAGCAGCAGTTTCAAGCGCTGCCTCAGGTCGCTCAACC AATTAATAGTTCGAATGGTACCCCATCTGTTCCAAATGCAATGATGGGACAAGTTCCAGG AAATATTGGAGGAAATACACAAAGGACAGTTTCACAACAACAGTATCAGCCACCGCAGCA ATCGACATTTACACCGCAGACCCAGGCACCACAAGTGGTCCCTCAACAACAAATGCCATT TCAGAATGGAGCACCTGTGAACTCGAACAATATACCACCAACTATGCAAAATAATGTAAA TAATTCATCCGAGTCAGCGTTCTCAGCACAACAAGTACAGATGTTGAAGGTTCAATTTCA GGCGTTTAAGTTTCTTTTGAAAAGTCCTGGACCTGGTAGTCCATTGATTCCCCAGAACGT GATAGATTTCGTCACAAATGATAGATTGGCTTTTGCAAATGGAAACTATCTACCATCTAC TGGCCAGCAACCGGTTATTAATACACAAACTCCACAGTTTGCCCAACTGCAATTGCCAGG CCAATCTAGACATCCGTCACAAACTCAAAGCTCATTGGGGCCTAATTTGCAATCGCCTAT GATGCCAATGCAGCCAAATATGCCACAAGTTAATAAGCCAATACCCGCTAATAATATTCC TTTCACAACCCTGCAGGAAGACCTTCTGAATGGTCTTAAGAAGCAAAATAGAAGAGGTCC GAAACCAAAAATGTTGAATCAAGGCATTAACTCTAATACAATATCTATTGCAAATCAAGT GCCTGGTCAGCAAATACCAAAGAGACAACCTAGCATTAAGCCTTCTACGAGGGATCGTAG TTTAACACCTTCAACGAATAATTCATACAACCCCGTGTGTCTTGAACCTAAACCACCAGT CAACATTGATGAATTGGTACCTGATAGAGCTACTACGACTAAGACAATAGTTCCAATAAA TAGACCTAATGTTCAAGTTGATTGTTTCGAAGTGCCGGACATTTTGAGTGATAAATTCAA GGATATCCCTTACACTGCTTTATACACAATTCAAAGTCGTTTCCAAATTCCAGGTCTCTT GCCAGAAGGAATCGACATGGATAACATCGTGAATAATAGAGAAGCTTTAATCGTACTTCA GATTGATCAAAAGATTACTTATTTGCGTAAGCAATTAAATGAATCTGATAATGAAGATGA GAGTAATCAAATAAAGGCAGAAATAAGCAAACTAGAATTGTTGCCTTATCAAAAAGAATT ACGTGGAAAAATTTTATCACAGGCTTGGTTTAGTAAATCGTTATTACCAAATTCACATCC TAACTTTCTAGCAAAGTTCAATAACTTGTCTAGCGATAATGTGATACTGACGCATGAACT CTATAAACAACAGTTACATTCGTTGGTTCAAGCTCAGAACAAAAAGCATCAAGGCACGAT AAAGGAGATATTATCAGCAAAGGCTACGAGAAATAGAAGACAGTTTAGCAAAAAGGAGAA GATTGAGAGGTTTGCTAACAAAATCAGTAGTTTCCATAGCCAAACAGCAAAAGAAGAACA GAAAAAGTTAGAGAAAATGGCCAAACAACGTTTACAGGCCTTGAAGCTGAATGATGAAGA AGCGTACTTGAAATTATTAGATCATACCAAAGACACTAGAATCACTCACTTGTTAAAACA AACTAATCAATTTTTAGATTCTTTAGCTCAAGCGGTTCAATCTCAACAACAAGAATCACA TGATAGAGTACAAAGAGCTGTTCCGGATAATAATGTAGATGTTTCTAATGATGAAGAAAA GCGTGAAAAGATGGATTATTATCACGTAGCGCATCGTATCAAGGAAGAGGTGACTAAACA ACCATCTATATTAGTTGGTGGGACGCTTAAGGAATACCAAATAAAAGGTTTGCAATGGAT GGTCTCTTTATTCAATAATCATTTGAATGGGATTTTGGCTGATGAAATGGGTCTCGGTAA GACTATTCAAACAATATCCTTATTAACGTACTTGATAGAAATTAAAAAAATATCTGGCCC ATTTTTAGTTATCGTGCCATTGTCAACATTAACAAATTGGAATATAGAATTTGAAAAATG GGCACCCGGAGTTAAAAAGATTACTTATAAGGGGACTCCAACTCAACGTAAAGTTTTACA GCATGATGTTAAGCTGGGAAATTTTCAAATTTTATTAACAACTTTTGAATACATTATTAA AGACAGGAACTTATTATCTAAAGTCAAATGGGTTCATATGATTATTGATGAAGGGCATCG TATGAAAAATGCCAATTCGAAATTATCAGAAACTTTGACTCATCATTACCACAGCGATTA CCGTTTGATTTTAACTGGTACGCCATTACAAAACAATTTGCCGGAATTATGGGCATTATT GAATTTTGTTTTACCAAAGATCTTTAACTCTGTTAAATCGTTCGATGAATGGTTTAATAC GCCATTTGCGAATACAGGTGGTCAAGATAAAATTGAATTGAGTGAAGAAGAGACATTATT GGTTATTAGGAGATTGCATAAGGTTTTGAGGCCCTTCCTTTTAAGAAGATTGAAGAAAGA TGTTGAAAAAGATTTACCAAATAAAGTAGAAAAAGTTGTGAAATGCAAAATGTCTTCTTT ACAATCTAAATTGTACCAACAAATGTTGAAGTATAACATATTGTATGCCAGTAAGCCTGG TGAGGGCGATAAACCTGTTTTAATCAAAAATGCTAATAATCAAATTATGCAGCTAAGAAA GATATGTAATCATCCATTTGTTTATGAAGAGGTGGAGAATCTAATCAATCCTGCTTCTGA AACTAATGATCAAATTTGGAGAGTTGCGGGTAAATTTGAATTGTTGGATAAAGTATTGCC TAAGTTTAAGAACAGCGGTCATAGAGTTTTAATTTTCTTTCAAATGACTCAAATTATGGA TATCATGGAAGATTTCTTAAGATTGCGTGGCATGAAATACATGAGATTGGATGGTAGTAC AAAGGCAGATGATAGAACTGGATTACTTAAGTTGTTTAATGCACCTAATTCAGATTATTT TTGTTTCTTATTGTCTACTAGAGCAGGTGGTTTAGGTTTGAATTTACAAACTGCTGATAC TGTTATAATCTTTGATACTGACTGGAACCCGCATCAGGATTTGCAAGCTCAAGATAGAGC TCATCGTATTGGTCAAAAGAATGAAGTCAGAATTCTAAGATTGATAACTGAAGATTCTGT GGAAGAAATGATTCTAGAAAGAGCGCATGCTAAATTGGAGATTGATGGCAAGGTTATCCA GGCGGGTAAGTTTGACAATAAATCAACCGCCGAAGAACAAGAAGCATTGTTAAGAGCCTT ACTTGAAAAGGAAGATGAACGTAAACAAAAGGGAATCGTTGATGACAATGATGATTTGGA TGATGATGAACTTAATCAAGTTATTGCAAGAAATGATGATGAGTTAATTGCATTTAGGAA ATTAGATGAAGAAAGATCAATCGAGACTAAGGAAGCCTCATATCCAAGCCGTTTATACAC TGATCAAGAATTGCCTGAAATTTATCAAAAAGATCCTGAGGTTATATTAAAGAAAGATGA AGTTATTGAAGAATACGGAAGAGGAAATAGAGAACGTAGAACAGCGTTATATGATGACAA TTTGACTGAGGAACAATGGTTGAAAACAATCGAAGGGGTTGTATCGGATGATAGTGACGG CGAACGAGATTCCAAACCAAAACGTGCAAGAGGTAGGCCTCGTGGAATGCCTCGCTCTAA TGATGATACAGATATGGATGAAAATGGTGAATTTCGTTCTCAGACCGACTCTGTAAGTTC TAAGAAGCGTAAGGCTTTTATAGATGATGATTTAAGTGATGACTCGTCTGCAAAGAGACA AAGACAAACTACACCTAAAGCTTCTGTTCCCCGTGGCCGTGGAAGAGGTAGAGGACGTGG TGGTCGCGGAAGAGGATCTTTGTTATATCGTGCCACTCCAGCAGTTGATCCGTTGTCTCC TGATGAAAGACAAACTTTACAAGGAAATATGATCACTATATACGATTCAATAATCAATCA TGCAGATGATCAAGGAAGAATATTAAGTGATTTATTCTTGCAAAAGCCGTCAAAAAAGTT GTACCCTGATTACTACGTTTTAATCAAGCATCCAATTGCTTTGGATATAATCAAGAAACG AATACAAGGTAGAAGTTATACAAATATTCGAGAAATATTAGAAGACTTCCATTTAATGTT CAGTAATGCAAGAATTTACAATGAAGAAGGATCAATTGTTTATCAGGATGCCGTAGCACT TGAAGACCTTGTGGTTGAAAAGTTCGAGGAATTGAACTCTCACTTGGAGCCCGAAGTGAT AAAGAAGACGCTTGATTTCACAGATTTTGACGAGATATTTAATTTGAAACCCTTATCATC AAATTCTGCAGTAAAGCAGCCAATAGACCGCAAAGTTGAAGAGTTAGATGCAGATGAATC TTTCGAGAGCCCAATATCTACCTCTGGAGCAGACGGATTGGATTTCGATGAAACACCCTT AGATATCAACTAATATTTTAAATCTACATTTCGAGCTGGGGTATATAATTCGTATATATT ATTTCATTAGTTTCAAATATATAATAACAAGATGATGAATCTCATTATGTAGGGGTATAT CTTGGCAATTCTTCGTCGATTTCAGTATTATTAGCAGCATCATTTAGTACCTGATTCATT ATCTCTACGAATGTAAATATTCCACCATCATTAAATGCGATCTTACCCTTAAACCACTCA TTCTTCGGCAATCCATCGATTGTAACGTTTGGCCTACTTGCATTGAGAAACATAAATTCC CAATAGTTCGGGC
>DEHA2G03102g.cds ATGAATCGGCAATTTCTGCGAGAAGAGATTCAAAAGATACTTCAACGTTGGCACCAGCTT AGACAACAGTTTGGTGACCAAGCGATTAATGTACCGGAGTTTACTCACCTCAGTAAAATT ATTAAGTATCTCCAACAACAAAACCAGCAGTCGCTTCAGAGAAAGACTACTCCACAGGAC ACAACGCAGCCACATACTCAACAACAGATTCCACAGCAACAACAGCAGCAGTTTCAAGCG CTGCCTCAGGTCGCTCAACCAATTAATAGTTCGAATGGTACCCCATCTGTTCCAAATGCA ATGATGGGACAAGTTCCAGGAAATATTGGAGGAAATACACAAAGGACAGTTTCACAACAA CAGTATCAGCCACCGCAGCAATCGACATTTACACCGCAGACCCAGGCACCACAAGTGGTC CCTCAACAACAAATGCCATTTCAGAATGGAGCACCTGTGAACTCGAACAATATACCACCA ACTATGCAAAATAATGTAAATAATTCATCCGAGTCAGCGTTCTCAGCACAACAAGTACAG ATGTTGAAGGTTCAATTTCAGGCGTTTAAGTTTCTTTTGAAAAGTCCTGGACCTGGTAGT CCATTGATTCCCCAGAACGTGATAGATTTCGTCACAAATGATAGATTGGCTTTTGCAAAT GGAAACTATCTACCATCTACTGGCCAGCAACCGGTTATTAATACACAAACTCCACAGTTT GCCCAACTGCAATTGCCAGGCCAATCTAGACATCCGTCACAAACTCAAAGCTCATTGGGG CCTAATTTGCAATCGCCTATGATGCCAATGCAGCCAAATATGCCACAAGTTAATAAGCCA ATACCCGCTAATAATATTCCTTTCACAACCCTGCAGGAAGACCTTCTGAATGGTCTTAAG AAGCAAAATAGAAGAGGTCCGAAACCAAAAATGTTGAATCAAGGCATTAACTCTAATACA ATATCTATTGCAAATCAAGTGCCTGGTCAGCAAATACCAAAGAGACAACCTAGCATTAAG CCTTCTACGAGGGATCGTAGTTTAACACCTTCAACGAATAATTCATACAACCCCGTGTGT CTTGAACCTAAACCACCAGTCAACATTGATGAATTGGTACCTGATAGAGCTACTACGACT AAGACAATAGTTCCAATAAATAGACCTAATGTTCAAGTTGATTGTTTCGAAGTGCCGGAC ATTTTGAGTGATAAATTCAAGGATATCCCTTACACTGCTTTATACACAATTCAAAGTCGT TTCCAAATTCCAGGTCTCTTGCCAGAAGGAATCGACATGGATAACATCGTGAATAATAGA GAAGCTTTAATCGTACTTCAGATTGATCAAAAGATTACTTATTTGCGTAAGCAATTAAAT GAATCTGATAATGAAGATGAGAGTAATCAAATAAAGGCAGAAATAAGCAAACTAGAATTG TTGCCTTATCAAAAAGAATTACGTGGAAAAATTTTATCACAGGCTTGGTTTAGTAAATCG TTATTACCAAATTCACATCCTAACTTTCTAGCAAAGTTCAATAACTTGTCTAGCGATAAT GTGATACTGACGCATGAACTCTATAAACAACAGTTACATTCGTTGGTTCAAGCTCAGAAC AAAAAGCATCAAGGCACGATAAAGGAGATATTATCAGCAAAGGCTACGAGAAATAGAAGA CAGTTTAGCAAAAAGGAGAAGATTGAGAGGTTTGCTAACAAAATCAGTAGTTTCCATAGC CAAACAGCAAAAGAAGAACAGAAAAAGTTAGAGAAAATGGCCAAACAACGTTTACAGGCC TTGAAGCTGAATGATGAAGAAGCGTACTTGAAATTATTAGATCATACCAAAGACACTAGA ATCACTCACTTGTTAAAACAAACTAATCAATTTTTAGATTCTTTAGCTCAAGCGGTTCAA TCTCAACAACAAGAATCACATGATAGAGTACAAAGAGCTGTTCCGGATAATAATGTAGAT GTTTCTAATGATGAAGAAAAGCGTGAAAAGATGGATTATTATCACGTAGCGCATCGTATC AAGGAAGAGGTGACTAAACAACCATCTATATTAGTTGGTGGGACGCTTAAGGAATACCAA ATAAAAGGTTTGCAATGGATGGTCTCTTTATTCAATAATCATTTGAATGGGATTTTGGCT GATGAAATGGGTCTCGGTAAGACTATTCAAACAATATCCTTATTAACGTACTTGATAGAA ATTAAAAAAATATCTGGCCCATTTTTAGTTATCGTGCCATTGTCAACATTAACAAATTGG AATATAGAATTTGAAAAATGGGCACCCGGAGTTAAAAAGATTACTTATAAGGGGACTCCA ACTCAACGTAAAGTTTTACAGCATGATGTTAAGCTGGGAAATTTTCAAATTTTATTAACA ACTTTTGAATACATTATTAAAGACAGGAACTTATTATCTAAAGTCAAATGGGTTCATATG ATTATTGATGAAGGGCATCGTATGAAAAATGCCAATTCGAAATTATCAGAAACTTTGACT CATCATTACCACAGCGATTACCGTTTGATTTTAACTGGTACGCCATTACAAAACAATTTG CCGGAATTATGGGCATTATTGAATTTTGTTTTACCAAAGATCTTTAACTCTGTTAAATCG TTCGATGAATGGTTTAATACGCCATTTGCGAATACAGGTGGTCAAGATAAAATTGAATTG AGTGAAGAAGAGACATTATTGGTTATTAGGAGATTGCATAAGGTTTTGAGGCCCTTCCTT TTAAGAAGATTGAAGAAAGATGTTGAAAAAGATTTACCAAATAAAGTAGAAAAAGTTGTG AAATGCAAAATGTCTTCTTTACAATCTAAATTGTACCAACAAATGTTGAAGTATAACATA TTGTATGCCAGTAAGCCTGGTGAGGGCGATAAACCTGTTTTAATCAAAAATGCTAATAAT CAAATTATGCAGCTAAGAAAGATATGTAATCATCCATTTGTTTATGAAGAGGTGGAGAAT CTAATCAATCCTGCTTCTGAAACTAATGATCAAATTTGGAGAGTTGCGGGTAAATTTGAA TTGTTGGATAAAGTATTGCCTAAGTTTAAGAACAGCGGTCATAGAGTTTTAATTTTCTTT CAAATGACTCAAATTATGGATATCATGGAAGATTTCTTAAGATTGCGTGGCATGAAATAC ATGAGATTGGATGGTAGTACAAAGGCAGATGATAGAACTGGATTACTTAAGTTGTTTAAT GCACCTAATTCAGATTATTTTTGTTTCTTATTGTCTACTAGAGCAGGTGGTTTAGGTTTG AATTTACAAACTGCTGATACTGTTATAATCTTTGATACTGACTGGAACCCGCATCAGGAT TTGCAAGCTCAAGATAGAGCTCATCGTATTGGTCAAAAGAATGAAGTCAGAATTCTAAGA TTGATAACTGAAGATTCTGTGGAAGAAATGATTCTAGAAAGAGCGCATGCTAAATTGGAG ATTGATGGCAAGGTTATCCAGGCGGGTAAGTTTGACAATAAATCAACCGCCGAAGAACAA GAAGCATTGTTAAGAGCCTTACTTGAAAAGGAAGATGAACGTAAACAAAAGGGAATCGTT GATGACAATGATGATTTGGATGATGATGAACTTAATCAAGTTATTGCAAGAAATGATGAT GAGTTAATTGCATTTAGGAAATTAGATGAAGAAAGATCAATCGAGACTAAGGAAGCCTCA TATCCAAGCCGTTTATACACTGATCAAGAATTGCCTGAAATTTATCAAAAAGATCCTGAG GTTATATTAAAGAAAGATGAAGTTATTGAAGAATACGGAAGAGGAAATAGAGAACGTAGA ACAGCGTTATATGATGACAATTTGACTGAGGAACAATGGTTGAAAACAATCGAAGGGGTT GTATCGGATGATAGTGACGGCGAACGAGATTCCAAACCAAAACGTGCAAGAGGTAGGCCT CGTGGAATGCCTCGCTCTAATGATGATACAGATATGGATGAAAATGGTGAATTTCGTTCT CAGACCGACTCTGTAAGTTCTAAGAAGCGTAAGGCTTTTATAGATGATGATTTAAGTGAT GACTCGTCTGCAAAGAGACAAAGACAAACTACACCTAAAGCTTCTGTTCCCCGTGGCCGT GGAAGAGGTAGAGGACGTGGTGGTCGCGGAAGAGGATCTTTGTTATATCGTGCCACTCCA GCAGTTGATCCGTTGTCTCCTGATGAAAGACAAACTTTACAAGGAAATATGATCACTATA TACGATTCAATAATCAATCATGCAGATGATCAAGGAAGAATATTAAGTGATTTATTCTTG CAAAAGCCGTCAAAAAAGTTGTACCCTGATTACTACGTTTTAATCAAGCATCCAATTGCT TTGGATATAATCAAGAAACGAATACAAGGTAGAAGTTATACAAATATTCGAGAAATATTA GAAGACTTCCATTTAATGTTCAGTAATGCAAGAATTTACAATGAAGAAGGATCAATTGTT TATCAGGATGCCGTAGCACTTGAAGACCTTGTGGTTGAAAAGTTCGAGGAATTGAACTCT CACTTGGAGCCCGAAGTGATAAAGAAGACGCTTGATTTCACAGATTTTGACGAGATATTT AATTTGAAACCCTTATCATCAAATTCTGCAGTAAAGCAGCCAATAGACCGCAAAGTTGAA GAGTTAGATGCAGATGAATCTTTCGAGAGCCCAATATCTACCTCTGGAGCAGACGGATTG GATTTCGATGAAACACCCTTAGATATCAACTAA
>DEHA2G03102g.aa MNRQFLREEIQKILQRWHQLRQQFGDQAINVPEFTHLSKIIKYLQQQNQQSLQRKTTPQD TTQPHTQQQIPQQQQQQFQALPQVAQPINSSNGTPSVPNAMMGQVPGNIGGNTQRTVSQQ QYQPPQQSTFTPQTQAPQVVPQQQMPFQNGAPVNSNNIPPTMQNNVNNSSESAFSAQQVQ MLKVQFQAFKFLLKSPGPGSPLIPQNVIDFVTNDRLAFANGNYLPSTGQQPVINTQTPQF AQLQLPGQSRHPSQTQSSLGPNLQSPMMPMQPNMPQVNKPIPANNIPFTTLQEDLLNGLK KQNRRGPKPKMLNQGINSNTISIANQVPGQQIPKRQPSIKPSTRDRSLTPSTNNSYNPVC LEPKPPVNIDELVPDRATTTKTIVPINRPNVQVDCFEVPDILSDKFKDIPYTALYTIQSR FQIPGLLPEGIDMDNIVNNREALIVLQIDQKITYLRKQLNESDNEDESNQIKAEISKLEL LPYQKELRGKILSQAWFSKSLLPNSHPNFLAKFNNLSSDNVILTHELYKQQLHSLVQAQN KKHQGTIKEILSAKATRNRRQFSKKEKIERFANKISSFHSQTAKEEQKKLEKMAKQRLQA LKLNDEEAYLKLLDHTKDTRITHLLKQTNQFLDSLAQAVQSQQQESHDRVQRAVPDNNVD VSNDEEKREKMDYYHVAHRIKEEVTKQPSILVGGTLKEYQIKGLQWMVSLFNNHLNGILA DEMGLGKTIQTISLLTYLIEIKKISGPFLVIVPLSTLTNWNIEFEKWAPGVKKITYKGTP TQRKVLQHDVKLGNFQILLTTFEYIIKDRNLLSKVKWVHMIIDEGHRMKNANSKLSETLT HHYHSDYRLILTGTPLQNNLPELWALLNFVLPKIFNSVKSFDEWFNTPFANTGGQDKIEL SEEETLLVIRRLHKVLRPFLLRRLKKDVEKDLPNKVEKVVKCKMSSLQSKLYQQMLKYNI LYASKPGEGDKPVLIKNANNQIMQLRKICNHPFVYEEVENLINPASETNDQIWRVAGKFE LLDKVLPKFKNSGHRVLIFFQMTQIMDIMEDFLRLRGMKYMRLDGSTKADDRTGLLKLFN APNSDYFCFLLSTRAGGLGLNLQTADTVIIFDTDWNPHQDLQAQDRAHRIGQKNEVRILR LITEDSVEEMILERAHAKLEIDGKVIQAGKFDNKSTAEEQEALLRALLEKEDERKQKGIV DDNDDLDDDELNQVIARNDDELIAFRKLDEERSIETKEASYPSRLYTDQELPEIYQKDPE VILKKDEVIEEYGRGNRERRTALYDDNLTEEQWLKTIEGVVSDDSDGERDSKPKRARGRP RGMPRSNDDTDMDENGEFRSQTDSVSSKKRKAFIDDDLSDDSSAKRQRQTTPKASVPRGR GRGRGRGGRGRGSLLYRATPAVDPLSPDERQTLQGNMITIYDSIINHADDQGRILSDLFL QKPSKKLYPDYYVLIKHPIALDIIKKRIQGRSYTNIREILEDFHLMFSNARIYNEEGSIV YQDAVALEDLVVEKFEELNSHLEPEVIKKTLDFTDFDEIFNLKPLSSNSAVKQPIDRKVE ELDADESFESPISTSGADGLDFDETPLDIN*
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/DEHA/DEHA0G03652g