KLLA0F21758g

similar to uniprot|Q05471 Saccharomyces cerevisiae YDR334W SWR1 Swi2/Snf2-related ATPase that is the structural component of the SWR1 complex, which exchanges histone variant H2AZ (Htz1p) for chromatin-bound histone H2A

Genomic environment map

Element type: CDS
Element length: 4719 nucleotides,
on anti-sense strand of
Klla0F: complement(2023805..2028523).
Other names:
KLLA-ORF575
Coding sequence: 1573 codons.

Database cross references:
EMBL: CR382126
GeneID: 2895412
HOGENOM: Q6CJ38

Computed results

None available yet

Homologs and Orthologs

Génolevures family GL3C0282
Consensus family of 19 members, scrltkgdy (2 2 2 2 2 2 2 3 2)
19-member family, phyletic pattern sczltkgdy, profile (2 2 2 2 2 2 2 3 2)
Proteins: SACE0D12518p SACE0G02552p CAGL0E05038p CAGL0M01188p ZYRO0A02618p ZYRO0A06996p SAKL0E06886p SAKL0G08074p KLTH0E03476p KLTH0G11132p KLLA0E08999p KLLA0F21758p ERGO0D16390p ERGO0G16808p DEHA2E10934p DEHA2F23188p DEHA2G22682p YALI0D04961p YALI0E09012p
Search in: Génolevures Google

Génolevures family GL3C0282.F1
Five-SONS subgroup of a Consensus family
5-member family, phyletic pattern --zltkg--, profile (0 0 1 1 1 1 1 0 0)
Proteins: ZYRO0A06996p SAKL0G08074p KLTH0E03476p KLLA0F21758p ERGO0D16390p
Search in: Génolevures Google

Génolevures family GL3C0282.N2
Nine-SONS subgroup of a Consensus family
9-member family, phyletic pattern sczltkgdy, profile (1 1 1 1 1 1 1 1 1)
Proteins: SACE0D12518p CAGL0M01188p ZYRO0A06996p SAKL0G08074p KLTH0E03476p KLLA0F21758p ERGO0D16390p DEHA2F23188p YALI0D04961p
Search in: Génolevures Google

Génolevures element ZYRO0A06996g
some similarities with uniprot\|Q05471 Saccharomyces cerevisiae YDR334W SWR1 Swi2/Snf2-related ATPase that is the structural component of the SWR1 complex, which exchanges histone variant H2AZ (Htz1p) for chromatin-bound histone H2A
Other name: ZYRO-ORF9084
Orthologs: SAKL0G08074g KLTH0E03476g KLLA0F21758g ERGO0D16390g
Homologs: in families GL3C0282 GL3C0282.F1 GL3C0282.N2
Search in: Génolevures EMBL Google by name Google by description

Génolevures element SAKL0G08074g
some similarities with uniprot\|Q05471 Saccharomyces cerevisiae YDR334W SWR1 Swi2/Snf2-related ATPase that is the structural component of the SWR1 complex, which exchanges histone variant H2AZ (Htz1p) for chromatin-bound histone H2A
Other name: SAKL-ORF3851
Orthologs: ZYRO0A06996g KLTH0E03476g KLLA0F21758g ERGO0D16390g
Homologs: in families GL3C0282 GL3C0282.F1 GL3C0282.N2
Search in: Génolevures EMBL Google by name Google by description

Génolevures element KLTH0E03476g
some similarities with uniprot\|Q05471 Saccharomyces cerevisiae YDR334W SWR1 Swi2/Snf2-related ATPase that is the structural component of the SWR1 complex, which exchanges histone variant H2AZ (Htz1p) for chromatin-bound histone H2A
Other name: KLTH-ORF9867
Orthologs: ZYRO0A06996g SAKL0G08074g KLLA0F21758g ERGO0D16390g
Homologs: in families GL3C0282 GL3C0282.F1 GL3C0282.N2
Search in: Génolevures EMBL Google by name Google by description

Génolevures element ERGO0D16390g
Syntenic homolog of Saccharomyces cerevisiae YDR334W (SWR1)
Other names: ADR309W AGOS_ADR309W
Orthologs: ZYRO0A06996g SAKL0G08074g KLTH0E03476g KLLA0F21758g
Homologs: in families GL3C0282 GL3C0282.F1 GL3C0282.N2
Search in: Génolevures EMBL Google by name Google by description

Homologs in protein families: GL3C0282 GL3C0282.F1 GL3C0282.N2
Orthologs by synteny: ZYRO0A06996g SAKL0G08074g KLTH0E03476g ERGO0D16390g

Protein KLLA0F21758p

similar to uniprot|Q05471 Saccharomyces cerevisiae YDR334W SWR1 Swi2/Snf2-related ATPase

Protein domain map

Protein length: 1572 amino acids
Protein family: GL3C0282

Database cross references:
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR002464
InterPro: IPR006562
InterPro: IPR014001
InterPro: IPR014012
InterPro: IPR014021
KEGG: kla:KLLA0F21758g
PROSITE: PS00690
PROSITE: PS51192
PROSITE: PS51194
PROSITE: PS51204
Pfam: PF00176
Pfam: PF00271
Pfam: PF07529
RefSeq: XP_456051.1
SMART: SM00487
SMART: SM00490
UniProtKB/Swiss-Prot: Q6CJ38
UniprotKB: SWR1_KLULA

Computed results for KLLA0F21758p

Blastp Genolevures

Blastp Uniprot

Gene Ontology terms

None available yet

Sequence data

>KLLA0F21758g.nt
GTGGTTCCTAAAGTTGGAAGAGTTTCTTCAAAAAAAAAAATTAGATCACCTACCGAAGTC
CCTTTCTTAAAGATCTGTCCGCAGTGGTTCAAGTTCATGTAATGATGAGTAACTTGACCA
GAGAAGAAGAGTAACGAAATCGTTTTATTGATATCGAACAACATCCTTTCAAGTAGAACT
CCCATTCCCTTACCTTTTAATGAAATTTTGACTTTTTCCAGTAATATTTTTTCTATTCGA
TTATTCTTTTCCATGTTCTGATGCTGAGACAAAAAGAAACTCATTCCATACATGTAAAAG
ACAAAACACATACGCACACGCATACACATACACAGACACATACACATACACATACACATA
CAAGAACACACACATGCACACATGCACACATCGCCCTCGAAACTTGGTTTGTAATTTGTT
TGGGAGATTGGCTGAAGGCACTACTAGCCTATGTATAGTGGTTGGTAATAGTTTTCAACC
ACAATTTAGAGCAAGCTGAGCTTACTTATTTGTTGCATTTGGCCTTTTTGTAATCACATG
ATCAGTAGCGTGGTGCCTACGAGCGTATAAATATAGATATATAAATATAGATATCATCAT
GAATATGGAGAAAGTGTAAGTCAATGCACCGCTGCAGTTGACCTAGATGGCTGGCAATTG
GGTGTCTGTAATCTCGTTCCGGTACAACAGTGCAGTTTACGGTTAAGTATGGAACATTGA
ATACTGTTACCCGGAACCTAATCTTGAAGGCTTTTCCATTGGATCCTTAGCACTTTTCTG
TCAATTATATTCATCTAAGAATGAAAAAAATGAATTTACGGGAAAAAACACTTTTGCCAC
GCCTTAAGGAAAATAACAGCAGTAATAGCACACTTCACCACGATTCACGGATATTTCGCA
CAATTAGGAGGCGCGAAGTACCTGGAAACTACATCACTGGATAGCGTTAACTTTCTAGTT
TCCAGCAGTATACAAATTTACTGCGGTTGTTTGTTTCAAGATGCCAGAAGTTAGGGATTG
GCGTCAGTTAGCGAAGACGCGATTGGAATACGAACTATTGACGAATGAATTGTTTCATCT
ATGGGAGTTTACGTCGTTGGTAGAATACGATCCGTTGTTCCGCAACACGAGTAACAGTTT
TAAAACTTTTTTACAGGAAAGGGGTCTTGATGTTGAGTCCAGCCTAGAGCAAGATGATAT
GAAAGAGAGTAATGCATCAAGACGATTGAAAAGAAGAAATGTCATTTCTGGAACAGCAGA
CTCGTCATCAGATAAGAATAACATATGGGGCCAGGTCATGCCGTTGGTAGATCAAGAGTA
CAGTGAGTTGCAGGAAAAGTTAAGGGCGTCTGTATGTGGCCGTAGAGGCAGGAAGAGAAC
ACAACAAGTGGCATCAGTCCCGGCGGAAAGTGAGGAGGATGTAGCGGTACCGAGACCCAA
CAAGAAAAGACAAACGGTGGTTACTGCTCAGGGCTCTGCACAGAATAAGTTAAACACTCC
TGTGGTATCTTCTCCCAAAAAATCATTGAAACAGACTGCAGACAAGAAATCAAAACTGAA
TAAAAGAGACTCGAGTACTAATGATATATCTGTTGAATCGGAAGACCCACCTGTCAAAGA
TATAACCAATACAGGACAAGGTAAATCGAAGGCTAGATTAAAGTCATCGAAGGCTAAATC
AAAAAAAAGAGCTGTGAAATCACAAACGGAACTTGTGAGAAAACAGTCACCAGAGATTAA
AAATGAATCTAAAAGGACGAAAGCAGACCCTACGCACACTAATGACGATGGCAATGATAA
TAGAAAAACCAATAACAAAAGCAAAAATATTATAAACAATAATGAAAGTGGACTTAAAAC
TTCTCTTAACACTACTGGGGACATTATTGATGATGAAGAGTATTACTTTACTAGTTCGTC
AGAAGATGACGATAATGAAAAACCACGTACTGCACTCCAGAAGAAAAGCCTACCAAATAG
ATTGAAAGTTAAATTACATGTAAATGCACCTCGCCAAACCATTACCAATCCTCTGCATGT
TCTTAAACCAGAGTACGCTGACGTGCATTCCTTTTTGCAATCATATAAATCTCTTGATGA
AGATGTTAGTCTGGAGGAATACGATTCATACATAAAGGAACAACGGAAGACTGCCAAACT
CATACGGATAGGGTTCGAAAGGGGAGCGATTAAATATGATCCACAAACAGATTCGTTGCA
ATCTTTGTCTCTCAGAGATGTTATGCCTCCATCAAACGCCGCTGAACCCATATCCGTATA
TTATAAAGAACAAAGTAAGCATACTTTCCAAGATCATCTTGTTAACCAAGGAATTGTATT
AAGTAAATCTTTCCAAGATTCAAGACGTTCACAGATCGCTAAGGCACGTAGAGTGGCACA
GATAATCGAATCTCATTTCAAACACATCGCTGGTGCAGAAGAACGTAAACTGAAAGAAGA
AGAAAAGCGCAAAAAAAATCTAGCCCGGTTTGCAATGCAAGCCGTCAAGAAAAGATGGAC
AATGGCTGAAAAAGCATACAAAGTCTTGAAAAAGGATGAACTTGATCAACTAGAAAGGAT
TCAAGGAAAGCAACATTTGACAGAGATGTTGGAGCAGAGTACACAGCTTCTCGGTGCTCA
GTTAAACCAATTGGATTCTTGTACATATCCTTCAGAAGCATCTGATGCAAGCTCTGAATT
TTCCGCCAATGAAGAATCTGATGGCAATTCTGATATAGATGATGAAATGATGAGTACATC
GTCCTGCGACTCTGATAAAGAAGGTAATACGGAAAGGATTGGAAATGATATGGAACTTTC
TGTAGAAGAATTACGGTCCAAATACGCACAATTGAATAAAATCAATGATTTTGGCAATGA
AACTAGTAAGAGTGCTGCAGACGAATCAATTTTTGATGAAGCATCTGATTCTGTTTCAGA
TTCTATGGAAGATTCGTTGAGCTCGTCCGAAAGTGAAACGGAGGATGCTGATGCTTCTGC
GCAAGAGGATACCCCAGGATTATCTGCTCTTCTTGGTAATATTGATGAGAACGAAGAAGA
TGTGGAGGCTGATGTAAACTTTGATGCAGATAGTAGCTCTGATGACGGACTTGATGGCGA
TAGTTCAGGCGCCGAGAATAATTCAAAAACGGAAGAATTGCCATCTCCACCAAAGTCTGA
CAATGAATTAAAAGATGAAAAAGCTGAAACTACAGAAAGTGTTACTTCACCCGCTGCTGC
AGACCCTTTAGCTGTATCGGACGTTCCAGTACCTTCCTTATTGCGTGGAACACTAAGAAT
ATATCAAAAGCAAGGTTTAAATTGGTTAGCATCGCTGTACAATAATAAGACCAATGGTAT
TTTAGCTGATGAGATGGGTTTAGGGAAAACTATTCAAACTATTTCACTTTTAGCGTACCT
CGCCTGTGAGAAAGAAAATTGGGGTCCTCATTTAATTGTTGTGCCAACTTCCGTTCTTTT
GAACTGGGAAATGGAATTCAAGAGGTTTGCTCCTGGCTTTAAAGTTTTGACATACTACGG
TTCCCCCCAGCAGAGACGGGAAAAGCGTAAAGGATGGAACAAACCTGATGCGTTTCATGT
TTGCATTACTTCTTATCAGTTGGTAGTTCATGATCAACATTCATTCAAGCGTAAAAAATG
GCAATATATGATCCTTGACGAAGCCCATAATATTAAAAATTTCAGATCAACTCGTTGGCA
AGCCCTTTTGAATTTCAATACTGAAAGGAGGCTTCTACTTACTGGTACTCCACTACAAAA
TAATCTAGCTGAACTTTGGTCCCTACTATATTTCCTAATGCCACAAACAGCACTTGAAAA
TGGTAAAGTTTCTGGTTTTGCTGACTTAGATGCATTTCAGCAATGGTTTGGTAGACCAGT
TGACAAAATTGTCGAAACAGGAGAAAACTACGAACAAGATGAAGAGACTAAAAAGACAGT
GTCGAAATTACACCAGGTTTTACGGCCATACTTACTTCGTAGGTTGAAAGCGGATGTCGA
AAAACAAATGCCAGGAAAATATGAGCATATAATCTACTGTCGGCTATCTAAAAGGCAACG
ATTTTTATATGATGATTTTATGTCAAGAGCTCAGACCAAGGAAACTCTTGCCAGTGGTAA
CTTTATGTCCATTATCAACTGTTTGATGCAACTAAGAAAAGTTTGCAATCATCCAGATTT
ATTCGAAGTTAGACCTATTTTGACTTCATTTTGCATTGAGGATTCGGTTTCAAAGTCGTA
TTGCGACCTTAATAACTACGTTTACAACCGTCTACATGAAAATCAGTTTGAAACTTCGGT
AGACTTATCCAACTTGAACTTTCAGTTCACTTCGAATGATAAAACTTTGAGCACCAACCA
CTCTGAGAAGATCAGTGAACTTCAATGTGTACAGCCGATTTTGAAAGAGATAAGTAGATT
GAAACAACTCAATGAAAACGATTCACCTGTAACACAGCCTGACTTTCAAGATCTAAATCA
ATATTATTCCTACGCAAAGCATAACAAGATCAATGAGATAATAGGTCAATTGGAACATCT
CAACTACATGAACAATTTGAGATGTAACAGAAGACCAATGTACGGATCTAATATCGTGAA
GCTACTAACAGTTGGTCCAAAGAAATTCATTGATTGTGAACTCACACAGGAATCCATAAA
ACCATTAGAAACAAGATTGTTGGAGGGTAAAGAAACCATCGAAAAGTTTGCAGTGATCAC
TCCTCCAGTTGTAACCTTAGACATCAGAGAGAGGGCAGTAGGAGTGGATGATAATAACAA
GCGGTTTGAAGAGTCTGTGAAGCATCATTTAGTCTCCCAGATGAGATCGCTAGAAAACCC
ATTCCACCAATTACAAACAAAGTTATCGGTTGCTTTCCCTGATAAATCTCTTTTACAATA
CGATTGTGGTAAACTACAGAAATTGGCACAATTACTACAAAACTTAAAGGACAATGGTCA
CAGGGCTTTGATATTTACTCAAATGACAAAAGTCCTAGATATCTTGGAACAATTTTTGAA
TTTTCATGGTTATCTATACATGCGATTAGATGGTGCTACCAAAATTGAAGATCGTCAAAT
CTTAACTGAAAGGTTTAACAGCGATCCCAGAATTACTGTTTTCATTCTTTCAAGTAGATC
AGGAGGTCTTGGTATTAATCTAACAGGTGCTGATACCGTCATTTTCTATGATTCAGACTG
GAATCCAGCAATGGATAAACAGTGCCAAGATCGTTGTCACAGAATTGGTCAAACAAGAGA
TGTCCATATTTACAGATTCGTAAGCGACCACACCATCGAAAGTAATATTTTGAAGAAGGC
AAACCAAAAGAGGCACTTGGACAACGTTGTCATCCAAACAGGTGATTTCACCACAGACTA
CTTCACTAAGCTATCTGTGAAGGACTTACTTGGTGCAGAAGCCCCAGAGGATATACCTGA
CGATAAACCACTACTTCAAGATCAGAAAAACCTAAACAAGTTACTCGCGCAAGCAGAGGA
TGAAGATGACGCAAAGGCCGCAAAATCTGCATTGAGGGAGGTCAATGTCGATAATGAAGA
TTTCCAAGAGGGAAGTGTTGCCGCACAGGATGGAAATAGCGACAACGAAAACAACGAAGA
TTCCGAGGATGAATACGGTGGAACCAGCCATGTAGAAGAATACATGGTCAGATTCATTGC
CAATGGATTCTACTACTGATTGTGTACTATATTGCACCAACACATTTCATGATCTATTCA
CTCTGTTTAGCTCAGTGTATTCATAAGAACTTTTAGCATCAAATCACTTTTTTTTCAGAC
TCATCCATATATAGAAAATACCACAATATAATAGACTTTTTACCACCTTGCAGGCCTTGT
AGTGGTCACCCTATGGACCACTCTGTTCTTATGCCGGTAAATTACGTATCTACTGAAGGG
CTGCTAGCCGCCTGGTGCTCTTTTGTCCATAATGTTCCTTTGCGGTAAGTTCTGCCAGCA
GACAGGCAGGCAGCATCCT

>KLLA0F21758g.cds
ATGCCAGAAGTTAGGGATTGGCGTCAGTTAGCGAAGACGCGATTGGAATACGAACTATTG
ACGAATGAATTGTTTCATCTATGGGAGTTTACGTCGTTGGTAGAATACGATCCGTTGTTC
CGCAACACGAGTAACAGTTTTAAAACTTTTTTACAGGAAAGGGGTCTTGATGTTGAGTCC
AGCCTAGAGCAAGATGATATGAAAGAGAGTAATGCATCAAGACGATTGAAAAGAAGAAAT
GTCATTTCTGGAACAGCAGACTCGTCATCAGATAAGAATAACATATGGGGCCAGGTCATG
CCGTTGGTAGATCAAGAGTACAGTGAGTTGCAGGAAAAGTTAAGGGCGTCTGTATGTGGC
CGTAGAGGCAGGAAGAGAACACAACAAGTGGCATCAGTCCCGGCGGAAAGTGAGGAGGAT
GTAGCGGTACCGAGACCCAACAAGAAAAGACAAACGGTGGTTACTGCTCAGGGCTCTGCA
CAGAATAAGTTAAACACTCCTGTGGTATCTTCTCCCAAAAAATCATTGAAACAGACTGCA
GACAAGAAATCAAAACTGAATAAAAGAGACTCGAGTACTAATGATATATCTGTTGAATCG
GAAGACCCACCTGTCAAAGATATAACCAATACAGGACAAGGTAAATCGAAGGCTAGATTA
AAGTCATCGAAGGCTAAATCAAAAAAAAGAGCTGTGAAATCACAAACGGAACTTGTGAGA
AAACAGTCACCAGAGATTAAAAATGAATCTAAAAGGACGAAAGCAGACCCTACGCACACT
AATGACGATGGCAATGATAATAGAAAAACCAATAACAAAAGCAAAAATATTATAAACAAT
AATGAAAGTGGACTTAAAACTTCTCTTAACACTACTGGGGACATTATTGATGATGAAGAG
TATTACTTTACTAGTTCGTCAGAAGATGACGATAATGAAAAACCACGTACTGCACTCCAG
AAGAAAAGCCTACCAAATAGATTGAAAGTTAAATTACATGTAAATGCACCTCGCCAAACC
ATTACCAATCCTCTGCATGTTCTTAAACCAGAGTACGCTGACGTGCATTCCTTTTTGCAA
TCATATAAATCTCTTGATGAAGATGTTAGTCTGGAGGAATACGATTCATACATAAAGGAA
CAACGGAAGACTGCCAAACTCATACGGATAGGGTTCGAAAGGGGAGCGATTAAATATGAT
CCACAAACAGATTCGTTGCAATCTTTGTCTCTCAGAGATGTTATGCCTCCATCAAACGCC
GCTGAACCCATATCCGTATATTATAAAGAACAAAGTAAGCATACTTTCCAAGATCATCTT
GTTAACCAAGGAATTGTATTAAGTAAATCTTTCCAAGATTCAAGACGTTCACAGATCGCT
AAGGCACGTAGAGTGGCACAGATAATCGAATCTCATTTCAAACACATCGCTGGTGCAGAA
GAACGTAAACTGAAAGAAGAAGAAAAGCGCAAAAAAAATCTAGCCCGGTTTGCAATGCAA
GCCGTCAAGAAAAGATGGACAATGGCTGAAAAAGCATACAAAGTCTTGAAAAAGGATGAA
CTTGATCAACTAGAAAGGATTCAAGGAAAGCAACATTTGACAGAGATGTTGGAGCAGAGT
ACACAGCTTCTCGGTGCTCAGTTAAACCAATTGGATTCTTGTACATATCCTTCAGAAGCA
TCTGATGCAAGCTCTGAATTTTCCGCCAATGAAGAATCTGATGGCAATTCTGATATAGAT
GATGAAATGATGAGTACATCGTCCTGCGACTCTGATAAAGAAGGTAATACGGAAAGGATT
GGAAATGATATGGAACTTTCTGTAGAAGAATTACGGTCCAAATACGCACAATTGAATAAA
ATCAATGATTTTGGCAATGAAACTAGTAAGAGTGCTGCAGACGAATCAATTTTTGATGAA
GCATCTGATTCTGTTTCAGATTCTATGGAAGATTCGTTGAGCTCGTCCGAAAGTGAAACG
GAGGATGCTGATGCTTCTGCGCAAGAGGATACCCCAGGATTATCTGCTCTTCTTGGTAAT
ATTGATGAGAACGAAGAAGATGTGGAGGCTGATGTAAACTTTGATGCAGATAGTAGCTCT
GATGACGGACTTGATGGCGATAGTTCAGGCGCCGAGAATAATTCAAAAACGGAAGAATTG
CCATCTCCACCAAAGTCTGACAATGAATTAAAAGATGAAAAAGCTGAAACTACAGAAAGT
GTTACTTCACCCGCTGCTGCAGACCCTTTAGCTGTATCGGACGTTCCAGTACCTTCCTTA
TTGCGTGGAACACTAAGAATATATCAAAAGCAAGGTTTAAATTGGTTAGCATCGCTGTAC
AATAATAAGACCAATGGTATTTTAGCTGATGAGATGGGTTTAGGGAAAACTATTCAAACT
ATTTCACTTTTAGCGTACCTCGCCTGTGAGAAAGAAAATTGGGGTCCTCATTTAATTGTT
GTGCCAACTTCCGTTCTTTTGAACTGGGAAATGGAATTCAAGAGGTTTGCTCCTGGCTTT
AAAGTTTTGACATACTACGGTTCCCCCCAGCAGAGACGGGAAAAGCGTAAAGGATGGAAC
AAACCTGATGCGTTTCATGTTTGCATTACTTCTTATCAGTTGGTAGTTCATGATCAACAT
TCATTCAAGCGTAAAAAATGGCAATATATGATCCTTGACGAAGCCCATAATATTAAAAAT
TTCAGATCAACTCGTTGGCAAGCCCTTTTGAATTTCAATACTGAAAGGAGGCTTCTACTT
ACTGGTACTCCACTACAAAATAATCTAGCTGAACTTTGGTCCCTACTATATTTCCTAATG
CCACAAACAGCACTTGAAAATGGTAAAGTTTCTGGTTTTGCTGACTTAGATGCATTTCAG
CAATGGTTTGGTAGACCAGTTGACAAAATTGTCGAAACAGGAGAAAACTACGAACAAGAT
GAAGAGACTAAAAAGACAGTGTCGAAATTACACCAGGTTTTACGGCCATACTTACTTCGT
AGGTTGAAAGCGGATGTCGAAAAACAAATGCCAGGAAAATATGAGCATATAATCTACTGT
CGGCTATCTAAAAGGCAACGATTTTTATATGATGATTTTATGTCAAGAGCTCAGACCAAG
GAAACTCTTGCCAGTGGTAACTTTATGTCCATTATCAACTGTTTGATGCAACTAAGAAAA
GTTTGCAATCATCCAGATTTATTCGAAGTTAGACCTATTTTGACTTCATTTTGCATTGAG
GATTCGGTTTCAAAGTCGTATTGCGACCTTAATAACTACGTTTACAACCGTCTACATGAA
AATCAGTTTGAAACTTCGGTAGACTTATCCAACTTGAACTTTCAGTTCACTTCGAATGAT
AAAACTTTGAGCACCAACCACTCTGAGAAGATCAGTGAACTTCAATGTGTACAGCCGATT
TTGAAAGAGATAAGTAGATTGAAACAACTCAATGAAAACGATTCACCTGTAACACAGCCT
GACTTTCAAGATCTAAATCAATATTATTCCTACGCAAAGCATAACAAGATCAATGAGATA
ATAGGTCAATTGGAACATCTCAACTACATGAACAATTTGAGATGTAACAGAAGACCAATG
TACGGATCTAATATCGTGAAGCTACTAACAGTTGGTCCAAAGAAATTCATTGATTGTGAA
CTCACACAGGAATCCATAAAACCATTAGAAACAAGATTGTTGGAGGGTAAAGAAACCATC
GAAAAGTTTGCAGTGATCACTCCTCCAGTTGTAACCTTAGACATCAGAGAGAGGGCAGTA
GGAGTGGATGATAATAACAAGCGGTTTGAAGAGTCTGTGAAGCATCATTTAGTCTCCCAG
ATGAGATCGCTAGAAAACCCATTCCACCAATTACAAACAAAGTTATCGGTTGCTTTCCCT
GATAAATCTCTTTTACAATACGATTGTGGTAAACTACAGAAATTGGCACAATTACTACAA
AACTTAAAGGACAATGGTCACAGGGCTTTGATATTTACTCAAATGACAAAAGTCCTAGAT
ATCTTGGAACAATTTTTGAATTTTCATGGTTATCTATACATGCGATTAGATGGTGCTACC
AAAATTGAAGATCGTCAAATCTTAACTGAAAGGTTTAACAGCGATCCCAGAATTACTGTT
TTCATTCTTTCAAGTAGATCAGGAGGTCTTGGTATTAATCTAACAGGTGCTGATACCGTC
ATTTTCTATGATTCAGACTGGAATCCAGCAATGGATAAACAGTGCCAAGATCGTTGTCAC
AGAATTGGTCAAACAAGAGATGTCCATATTTACAGATTCGTAAGCGACCACACCATCGAA
AGTAATATTTTGAAGAAGGCAAACCAAAAGAGGCACTTGGACAACGTTGTCATCCAAACA
GGTGATTTCACCACAGACTACTTCACTAAGCTATCTGTGAAGGACTTACTTGGTGCAGAA
GCCCCAGAGGATATACCTGACGATAAACCACTACTTCAAGATCAGAAAAACCTAAACAAG
TTACTCGCGCAAGCAGAGGATGAAGATGACGCAAAGGCCGCAAAATCTGCATTGAGGGAG
GTCAATGTCGATAATGAAGATTTCCAAGAGGGAAGTGTTGCCGCACAGGATGGAAATAGC
GACAACGAAAACAACGAAGATTCCGAGGATGAATACGGTGGAACCAGCCATGTAGAAGAA
TACATGGTCAGATTCATTGCCAATGGATTCTACTACTGA

>KLLA0F21758g.aa
MPEVRDWRQLAKTRLEYELLTNELFHLWEFTSLVEYDPLFRNTSNSFKTFLQERGLDVES
SLEQDDMKESNASRRLKRRNVISGTADSSSDKNNIWGQVMPLVDQEYSELQEKLRASVCG
RRGRKRTQQVASVPAESEEDVAVPRPNKKRQTVVTAQGSAQNKLNTPVVSSPKKSLKQTA
DKKSKLNKRDSSTNDISVESEDPPVKDITNTGQGKSKARLKSSKAKSKKRAVKSQTELVR
KQSPEIKNESKRTKADPTHTNDDGNDNRKTNNKSKNIINNNESGLKTSLNTTGDIIDDEE
YYFTSSSEDDDNEKPRTALQKKSLPNRLKVKLHVNAPRQTITNPLHVLKPEYADVHSFLQ
SYKSLDEDVSLEEYDSYIKEQRKTAKLIRIGFERGAIKYDPQTDSLQSLSLRDVMPPSNA
AEPISVYYKEQSKHTFQDHLVNQGIVLSKSFQDSRRSQIAKARRVAQIIESHFKHIAGAE
ERKLKEEEKRKKNLARFAMQAVKKRWTMAEKAYKVLKKDELDQLERIQGKQHLTEMLEQS
TQLLGAQLNQLDSCTYPSEASDASSEFSANEESDGNSDIDDEMMSTSSCDSDKEGNTERI
GNDMELSVEELRSKYAQLNKINDFGNETSKSAADESIFDEASDSVSDSMEDSLSSSESET
EDADASAQEDTPGLSALLGNIDENEEDVEADVNFDADSSSDDGLDGDSSGAENNSKTEEL
PSPPKSDNELKDEKAETTESVTSPAAADPLAVSDVPVPSLLRGTLRIYQKQGLNWLASLY
NNKTNGILADEMGLGKTIQTISLLAYLACEKENWGPHLIVVPTSVLLNWEMEFKRFAPGF
KVLTYYGSPQQRREKRKGWNKPDAFHVCITSYQLVVHDQHSFKRKKWQYMILDEAHNIKN
FRSTRWQALLNFNTERRLLLTGTPLQNNLAELWSLLYFLMPQTALENGKVSGFADLDAFQ
QWFGRPVDKIVETGENYEQDEETKKTVSKLHQVLRPYLLRRLKADVEKQMPGKYEHIIYC
RLSKRQRFLYDDFMSRAQTKETLASGNFMSIINCLMQLRKVCNHPDLFEVRPILTSFCIE
DSVSKSYCDLNNYVYNRLHENQFETSVDLSNLNFQFTSNDKTLSTNHSEKISELQCVQPI
LKEISRLKQLNENDSPVTQPDFQDLNQYYSYAKHNKINEIIGQLEHLNYMNNLRCNRRPM
YGSNIVKLLTVGPKKFIDCELTQESIKPLETRLLEGKETIEKFAVITPPVVTLDIRERAV
GVDDNNKRFEESVKHHLVSQMRSLENPFHQLQTKLSVAFPDKSLLQYDCGKLQKLAQLLQ
NLKDNGHRALIFTQMTKVLDILEQFLNFHGYLYMRLDGATKIEDRQILTERFNSDPRITV
FILSSRSGGLGINLTGADTVIFYDSDWNPAMDKQCQDRCHRIGQTRDVHIYRFVSDHTIE
SNILKKANQKRHLDNVVIQTGDFTTDYFTKLSVKDLLGAEAPEDIPDDKPLLQDQKNLNK
LLAQAEDEDDAKAAKSALREVNVDNEDFQEGSVAAQDGNSDNENNEDSEDEYGGTSHVEE
YMVRFIANGFYY*

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

Genetic Elements

KLLA0F21758g

KLLA0F21758g

Genomic environment map

Computed results

Homologs and Orthologs

Protein KLLA0F21758p

Protein domain map

Computed results for KLLA0F21758p

Gene Ontology terms

Sequence data

Nucleotide sequence

Coding sequence

Predicted translation product

Legend and notes