KLLA0F12166g

similar to uniprot|Q06554 Saccharomyces cerevisiae YLR247C IRC20 Putative helicase

Genomic environment map

Element type: CDS
Element length: 4587 nucleotides,
on anti-sense strand of
Klla0F: complement(1116715..1121301).
Other names:
KLLA-ORF1492
Coding sequence: 1529 codons.

Database cross references:
EMBL: CR382126
GeneID: 2895097
HOGENOM: Q6CKA9

Computed results

None available yet

Homologs and Orthologs

Génolevures family GL3R0604
Robust family of 11 members, scrltkgdy (1 1 1 3 1 1 1 1 1)
11-member family, phyletic pattern sczltkgdy, profile (1 1 1 3 1 1 1 1 1)
Proteins: SACE0L13155p CAGL0B05049p ZYRO0E05192p SAKL0C01760p SAKL0C03586p SAKL0D08272p KLTH0G18150p KLLA0F12166p ERGO0A03696p DEHA2F23870p YALI0C07150p
Search in: Génolevures Google

Génolevures family GL3R0604.F1
Five-SONS subgroup of a Robust family
4-member family, phyletic pattern --zl-kg--, profile (0 0 1 1 0 1 1 0 0)
Proteins: ZYRO0E05192p SAKL0D08272p KLLA0F12166p ERGO0A03696p
Search in: Génolevures Google

Génolevures family GL3R0604.N2
Nine-SONS subgroup of a Robust family
7-member family, phyletic pattern sczl-kgd-, profile (1 1 1 1 0 1 1 1 0)
Proteins: SACE0L13155p CAGL0B05049p ZYRO0E05192p SAKL0D08272p KLLA0F12166p ERGO0A03696p DEHA2F23870p
Search in: Génolevures Google

Génolevures element ZYRO0E05192g
similar to uniprot\|Q06554 Saccharomyces cerevisiae YLR247C IRC20 Putative helicase
Other name: ZYRO-ORF3890
Orthologs: SAKL0D08272g KLLA0F12166g ERGO0A03696g
Homologs: in families GL3R0604 GL3R0604.F1 GL3R0604.N2
Search in: Génolevures EMBL Google by name Google by description

Génolevures element SAKL0D08272g
similar to uniprot\|Q06554 Saccharomyces cerevisiae YLR247C IRC20 Putative helicase
Other name: SAKL-ORF8752
Orthologs: ZYRO0E05192g KLLA0F12166g ERGO0A03696g
Homologs: in families GL3R0604 GL3R0604.F1 GL3R0604.N2
Search in: Génolevures EMBL Google by name Google by description

Génolevures element ERGO0A03696g
Syntenic homolog of Saccharomyces cerevisiae YLR247C
Other names: AAL030C AGOS_AAL030C
Orthologs: ZYRO0E05192g SAKL0D08272g KLLA0F12166g
Homologs: in families GL3R0604 GL3R0604.F1 GL3R0604.N2
Search in: Génolevures EMBL Google by name Google by description

Homologs in protein families: GL3R0604 GL3R0604.F1 GL3R0604.N2
Orthologs by synteny: ZYRO0E05192g SAKL0D08272g ERGO0A03696g

Protein KLLA0F12166p

similar to uniprot|Q06554 Saccharomyces cerevisiae YLR247C Hypothetical ORF

Protein domain map

Protein length: 1528 amino acids
Protein family: GL3R0604

Database cross references:
Gene3D: G3DSA:3.30.40.10
InterPro: IPR000330
InterPro: IPR001650
InterPro: IPR001841
InterPro: IPR013083
InterPro: IPR014001
InterPro: IPR014021
KEGG: kla:KLLA0F12166g
PROSITE: PS00518
PROSITE: PS50089
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00097
Pfam: PF00176
Pfam: PF00271
RefSeq: XP_455630.1
SMART: SM00184
SMART: SM00487
UniProtKB/TrEMBL: Q6CKA9
UniprotKB: Q6CKA9_KLULA

Computed results for KLLA0F12166p

Blastp Genolevures

Blastp Uniprot

Gene Ontology terms

GO:0008270	zinc ion binding
GO:0005524	ATP binding
GO:0005515	protein binding
GO:0004386	helicase activity
GO:0003677	DNA binding

Sequence data

>KLLA0F12166g.nt
TAGATTGCTACAGTAATTATTGGGGCAATTGTTAAGATTCCTACTGGGGGATATTTAGGT
TACGCTCTTGTTACCCGCGTCCTTGTAGAAAAAAAATCATGGAGAACGCTATAAGTATTG
ACATTGCGATTGAGTAATGTCTCTCTCGAGCCTGAATGGATATGGCACCACTGGTCTATA
TACCACTGACTGTTCCGGGTAACAATTAAAACCATTCACGTGACCTCGGTTAGCTTTCTC
GGTTTTCCCAACTACATATGTGGCTACGATCCGATCTCGAGCATACTAATTATCTGTTTA
ACGTGACCCCTTTTAAAGCAATCGAACTAGGTATTGGCGGATGAAGACACCCCCAAATTA
GAATAGGATTAAATCAGGTGGCTTCCGCCGTGTACGTCGAGCAGCGGAAATATACTTGTC
TCCTTCTATTCATGATTTGTAGTATGGAGAATGTTCTATATGTGAAAAATTCCGACTTTC
TGCGGTCTCTGTATATACTTTCCTTTCACGCTGAAAAAAAAAGTAAACACCTAGTTAGAT
ACAGTAAAGTATGAGCAAGATCATTGAATGCTTGGTGTTGTTAACTCCAAGTCAGAAATC
GGTGATTTCACGCGCGCACGCATGATTCAGATGTTTTGTGAGTTAAGGTCGTACTAGCAC
TGTGTGCTGTGACGTCGTGTTGTTTGTTTATTCTTCTAACCATGATTATTGACTTTTTTT
TTCTTTCCATTAGTAACATATATATTAAGGTTTGCAAGCCTCTCATCAGATTTTGCAACC
TTGATAAGCCATAAGCAGGTTAAAGGGCGTTCCTATTTTACCATTTAGAGACCATTTACG
GGGAAGATAAAACATAAAACCTGTTTCGTGTAGGGCTGTAGCATTTTCCCATTATATATA
CGTATTTTTCTTTAAAAAGTATATTGGGAATTCGATCGAACTACTTACAGTTAGAGACAA
TCTACAGTTCAGGACAGCCAGGATATTTGACACGGTACGGATGACAACTGACGAGGCTAA
GTTTCCTACAGGTTCTGCTGTTGAATGGAAACTCCTGGAGAAGGATGTTGAGTTTATAGA
AGGTGGCGTGTCTGGATTTGCTTTTAACGAGTCGTTACAGCCGTGCGAATCGTTAGAGAA
GAAAGCTACCAGTAAACTTCAAACTGTCCCCATTTTGGATTGGGAGTTAAGGTTTGGTGA
TTTTAGTTCTTCAAAAGGGTTCAAACAAGTTTCCGTTTCGTTGAAATTTGAGCGTAATGA
GGAAGACGATAAGACATGGATCCATTTTTATCACGATTCTTGGTTTTTAGGGAAATGGAA
TTGTACTGAATGGAGCCCCCAGTTCAAGCAAGTGATAGAATGTTGTGAAGTGAAAGCGAA
GGAAGTAGAGACATGGCATGAGCTTGTTCGGGCTGCTGAAGAACAAGAGAAACAGGAATC
ACTTGCGAAGAAAAGTAGGAAGAAGAGAAGAAAAGTGACCCCTCGTGATCCAACCTCCTA
CCGTTACAAAGATCTCAAATTACATCCGCTAGTAATGTTAATTGATTCATCTGGTAACTG
GATGGTTAAAATTCAATTTTCTCTATTCTGCACTATCAACGATGCTAATTCTTTTGGCAT
GGAAACGAATAAGTTATTGGGTGATCTCTTTCTTGAGAAAGATCCGCAGTACATTTGCAA
TGGTGGAGAGTTTGCACCAGGCCGAGCTAAGGAACCTTTTGATTCCTTAGTGGTTAGTTA
CTCAAAGAAGGCGTTGCGGAAAGATGTTGTTATTGCGGTGCCAAAAGCTCTTGACGTGAC
ATTGATGCCATTTCAAATGGAATCGATAGATTGGATGCTAAGGAAAGAGGGGTTTTACGA
TGAACCCTTAGAAAGAATCACAACAAGAGAACAACTCATGTTTTTCTTAAATGAGCATAT
CTCGTATGGCTATGAATATATGCCCATTAATGATAGTTTTTGGAATAAGCTTACTGGTTA
CATTCTGCCAATGGAGGAGGCATGGAAAATATATGAGGAATGGTTCTCTGACCCTTCCAG
TGGGAAAAAGGCTAGAGGTGTACTTGCTGATGAGATGGGTCTAGGGAAAACTATCGAAAT
TCTGACTTTGATCTCTACTAATGTACGGAATCTATCAAATGAGTCAAGCAGTTTCGTTTC
TCCAATAAATGAAAAAGAGGTTAGAAGAGTTAAAACGAACCTAATTGTCTGTCCAGAAAG
TATCTTGCAACAATGGATTGACGAAATTGATCTGCATATCAACAAAAAAGTGTCGGACTT
CAAAGTGTTTCATTATGAGGGCTTCGAAAAGACAAGAAATAAATTCAACACTGATTCACC
GGCAGAAATAGTAGAATTGATGTCTCAATACGATGTTGTGATATGTTCATACTATACGAT
GTCTGCAGAAGTTCACTATGCTGAGTTTAGCAAAATACAAAGACCTAGTAGAGACTCTAC
TAGACGATACGATTACACTTCTCCATTATCTATTATGGAATTCCATAGGGTCATTTTGGA
TGAGGCACAGCTACTTGGAGGCGGTATGACCAATGCCTCACGCTGTACAAGTCTAATCCA
CAGGGTTCATACTTGGGGGGTGTCAGGTACCCCTGTGGAGTGGTATTTCCATATTCGTGA
TATTTTTGTTTACCTACAGATCCATCCATTCCAGGTTTTAGACCAGAATGTGGTTAACGC
TGTCTGCACTTCCAATGCCTTTCATCGTGCCAACTATGCAGAAAATCCTGAAAACTACAC
TCACCTCGGCCATGTAATTCCTGATGAAAATTGGAATGGTGTCCGAGGATGTAAGTTTGA
ACCTGAAGAGATTATGGATATCTTTCCTAAGTTCAACCTAGCTATAAGACATCGAAAGAA
AGATGTCCAAGATCAAATCAAGATTCCTCCGCAAATTAATTACATGGTTCCCGTTGAATT
CAACCCTATTGAACAAGACAATTATGCACATATGTGGAATTCATTTTTGGCAGATTCAGG
ATACGATCCTAGAGGAAACGGAGCAGTAAATATTGATCGGATGGAACTTTCTAGATGGCT
CAATAGGCTTAGGATGATTTGCTGTCACGCATCACTACTAAAGGATGACATTTCTGATTT
TAATTATCATCCATGGAGAGAAAATGATGAGCTCAAGGACATGGATGCAATCTTAGCTAC
GATGAAGGATGAAGTACTGGATAGAATCCACACCTTACAAAGGGAAAACTACTCTTTGCA
ACTTGAATCCGGCCAGGTGAAGATGGAAATTGATGAGGATTTTGAAGATGCTGCCAATAT
TTTCCAGAAGAACATCAAGGATATAACTGATGATTTAAAGAATGTTTATGGCATACATGA
TTTCTTGAAACTTAATAATGAAAACTCTTCCATGAGCTCTGTAAAGGACGCGAATAATAT
TCGTCTATTGTTACAATCCTTACACCAAGCATATTTCTTTTTGGCAACGTCATATTATCA
ACTTGGCTCTAAGAAGTTGGAAGACATAGATGCTGAAAATGAAGCTGAAGTTAACAAGGT
GAGCTCGCCCAAAAAGAACAATAATACAAATAACAACAAGAACAAGAACAAGAAAAATCC
AGCCAAAGAAAATGACCCAAAACAGTATAGTGATATATTCACAGTGGACCAGCTGGCTAC
AATTAACAAGTTCCAAGAGCTGGAAAAAGAGAACTATGAAATTGCTGAAAAACTAAGAAG
GGAAATGTTGCACGAACGAATCTTTGATGTTGACGCTGAGATTAACAAGGTCCGTGATTG
GTTAATGAACAAAAAGGTGGTCCGCAAAATGCTTCTTGATTCTATTGTATCAAACAAAAG
CAATTTTGGTAATGTTCTTGGTGAAACCTTAGGATTCCGAAAAATATCAACACTTTTCCA
CATCTTGAATCAGCAAAGCAAACAGTTTAACAGACTGATAAAGGATTTAGAAGTGATGTC
ATATAACACTATCGTAAAGGATTACGAAAATGTTGAAGATGCTGAAAAGTCGAAGGAGTA
TGAGAAATCCGTCGACGAACAAGATAAGGTGTTTTCTCTGCTAGATGTATTAGAGAGACT
CTTGAAGAATCGTGACGATGCAGTTGCCAGTGAAACTTCACTAGAACCCTTTAAGCCAGA
AGTTGCGATTGCAGAAGTTGATTCCAAGTTTCATGAAGAGTTATTGAAGAGCATAGTATT
TTGCGATGGCTCGTCGTTAAAAATGTTATTAAATGAAGCAGAAAACGACAAGCCTATGAA
AAATTATCTATCTTCGAGTAAGCTTGCTCATCACAACATACAAGAGTTCATCAATTGTTA
TGAAATGGAGATCACCAGAGTGATGAGAGAAAACCAAGAATTACGGAACATTTTGAAAAA
GTTTAATGATATCTATAATGCCAAGACCAATTATTACAGTTATTTGCAAAGAATTTCTGA
CTCCTTGGTGCCTCTATCGGAACTAAATGCTACTACGAGAAATAATATCATCAAGAAAGT
GACTAGGGGCCACGATTATGACGACAATTGCAAAGTAATAAACAATTTAGAATCCAGGGT
AAGATATTTGGACACTTTAGGTCAGTTGAAGACTGCTATCGCCAACGGTGAAAATATCTC
TTGTGCAGTTTGTTATTCCGACATTTACACTGGTTCTATCTTGAAATGTGGACATTTCTT
CTGTAAGGACTGTGTTACTCACTGGTTTAAAAAGAACACTTCATGTCCAATGTGCAAAAA
CAGAATGTCAAGTTCCGAAGTGTATCACTTCAAGTTCCGTGAAGAAGAATTGAAGGAAGA
AGATGATACTGATAACCCAGAGCAAGTGACGAAGGACGACGATCAAACTAATTCCAGCAG
TGATGGGAACGACACCACACATGAGGAGGATACCGAGGCTGTAATTACTAGGAAATATAC
TAAATTCCCACGTTTAACAGAAGTTGATAAGGTAATGTTGGATAACACATGGGGTGCCAA
GGTAGACCAAGTGATGAAATTGATATTGTATATAAAACAGCAACATTTGGAGAAAGAACC
GCATAAGAAGAACCCTCAAATCGTGATTTTTTCCTCGCACTCTGCATTTTTGAGTATTCT
CTCCACACTATTGACCGCTCATAACGTGACTCACGCAAGGCCACTGAGAAACACCAAATT
TGCTAAAGCTGTTGATACCTTCAGAAAAGACCCCAACTGCACATGTTTGCTATTGAATGT
ACACAGTCAGTCCACAGGATTAACGTTGGTGAATGCAAGACATTTGATTCTTTTGGAACC
AATAATGGATTCATCGACAGAAGCTCAAGCTATTTCCCGTATCCATCGTATTGGTCAAAA
AGACGTTACTTACGTATGGAATTTCATGGTAAGAAATACTGTCGAAGAGAGTATAATGAA
GTACAAAGCCGTACTTGAGGGGAAGAAGAAGAAAAAGACGGAAGAGTTACGCGCATCGGG
ATCCAAGATATCTGTAGAAGAAGCAGAACAGGAAATAGAGAGGAACTTCTCAATGGATAA
TATAACTGAAGACGATTCTGAAGGAAAGACTCATCTCTGGCATTGTTTATTCGAAAATTG
TATATAACACGATATAAGACATATTGGAATGTAAAGAAAGTACAATCATAATAAAGATTC
TGACAGTGAGAACCGTTCAAAAAAAAAATTTTTTCTGGAACCTTTCAAAAAAGATAATGG
TTGCGAAGAGATTCGAACTCTTGCATCTTACGATACCTGAGTGTTCCCAACTGTAAGATT
GGTTAAGATTGGTATCTTGAATCAGGCGCCTTAGACCGCTCGGCCACACAACCATATATT
GATGTGAATTGGATTCTCCAATGACTACCGATGATCACAGCGAAGTCACAGGGTGTGGAA
AATCAGC

>KLLA0F12166g.cds
ATGACAACTGACGAGGCTAAGTTTCCTACAGGTTCTGCTGTTGAATGGAAACTCCTGGAG
AAGGATGTTGAGTTTATAGAAGGTGGCGTGTCTGGATTTGCTTTTAACGAGTCGTTACAG
CCGTGCGAATCGTTAGAGAAGAAAGCTACCAGTAAACTTCAAACTGTCCCCATTTTGGAT
TGGGAGTTAAGGTTTGGTGATTTTAGTTCTTCAAAAGGGTTCAAACAAGTTTCCGTTTCG
TTGAAATTTGAGCGTAATGAGGAAGACGATAAGACATGGATCCATTTTTATCACGATTCT
TGGTTTTTAGGGAAATGGAATTGTACTGAATGGAGCCCCCAGTTCAAGCAAGTGATAGAA
TGTTGTGAAGTGAAAGCGAAGGAAGTAGAGACATGGCATGAGCTTGTTCGGGCTGCTGAA
GAACAAGAGAAACAGGAATCACTTGCGAAGAAAAGTAGGAAGAAGAGAAGAAAAGTGACC
CCTCGTGATCCAACCTCCTACCGTTACAAAGATCTCAAATTACATCCGCTAGTAATGTTA
ATTGATTCATCTGGTAACTGGATGGTTAAAATTCAATTTTCTCTATTCTGCACTATCAAC
GATGCTAATTCTTTTGGCATGGAAACGAATAAGTTATTGGGTGATCTCTTTCTTGAGAAA
GATCCGCAGTACATTTGCAATGGTGGAGAGTTTGCACCAGGCCGAGCTAAGGAACCTTTT
GATTCCTTAGTGGTTAGTTACTCAAAGAAGGCGTTGCGGAAAGATGTTGTTATTGCGGTG
CCAAAAGCTCTTGACGTGACATTGATGCCATTTCAAATGGAATCGATAGATTGGATGCTA
AGGAAAGAGGGGTTTTACGATGAACCCTTAGAAAGAATCACAACAAGAGAACAACTCATG
TTTTTCTTAAATGAGCATATCTCGTATGGCTATGAATATATGCCCATTAATGATAGTTTT
TGGAATAAGCTTACTGGTTACATTCTGCCAATGGAGGAGGCATGGAAAATATATGAGGAA
TGGTTCTCTGACCCTTCCAGTGGGAAAAAGGCTAGAGGTGTACTTGCTGATGAGATGGGT
CTAGGGAAAACTATCGAAATTCTGACTTTGATCTCTACTAATGTACGGAATCTATCAAAT
GAGTCAAGCAGTTTCGTTTCTCCAATAAATGAAAAAGAGGTTAGAAGAGTTAAAACGAAC
CTAATTGTCTGTCCAGAAAGTATCTTGCAACAATGGATTGACGAAATTGATCTGCATATC
AACAAAAAAGTGTCGGACTTCAAAGTGTTTCATTATGAGGGCTTCGAAAAGACAAGAAAT
AAATTCAACACTGATTCACCGGCAGAAATAGTAGAATTGATGTCTCAATACGATGTTGTG
ATATGTTCATACTATACGATGTCTGCAGAAGTTCACTATGCTGAGTTTAGCAAAATACAA
AGACCTAGTAGAGACTCTACTAGACGATACGATTACACTTCTCCATTATCTATTATGGAA
TTCCATAGGGTCATTTTGGATGAGGCACAGCTACTTGGAGGCGGTATGACCAATGCCTCA
CGCTGTACAAGTCTAATCCACAGGGTTCATACTTGGGGGGTGTCAGGTACCCCTGTGGAG
TGGTATTTCCATATTCGTGATATTTTTGTTTACCTACAGATCCATCCATTCCAGGTTTTA
GACCAGAATGTGGTTAACGCTGTCTGCACTTCCAATGCCTTTCATCGTGCCAACTATGCA
GAAAATCCTGAAAACTACACTCACCTCGGCCATGTAATTCCTGATGAAAATTGGAATGGT
GTCCGAGGATGTAAGTTTGAACCTGAAGAGATTATGGATATCTTTCCTAAGTTCAACCTA
GCTATAAGACATCGAAAGAAAGATGTCCAAGATCAAATCAAGATTCCTCCGCAAATTAAT
TACATGGTTCCCGTTGAATTCAACCCTATTGAACAAGACAATTATGCACATATGTGGAAT
TCATTTTTGGCAGATTCAGGATACGATCCTAGAGGAAACGGAGCAGTAAATATTGATCGG
ATGGAACTTTCTAGATGGCTCAATAGGCTTAGGATGATTTGCTGTCACGCATCACTACTA
AAGGATGACATTTCTGATTTTAATTATCATCCATGGAGAGAAAATGATGAGCTCAAGGAC
ATGGATGCAATCTTAGCTACGATGAAGGATGAAGTACTGGATAGAATCCACACCTTACAA
AGGGAAAACTACTCTTTGCAACTTGAATCCGGCCAGGTGAAGATGGAAATTGATGAGGAT
TTTGAAGATGCTGCCAATATTTTCCAGAAGAACATCAAGGATATAACTGATGATTTAAAG
AATGTTTATGGCATACATGATTTCTTGAAACTTAATAATGAAAACTCTTCCATGAGCTCT
GTAAAGGACGCGAATAATATTCGTCTATTGTTACAATCCTTACACCAAGCATATTTCTTT
TTGGCAACGTCATATTATCAACTTGGCTCTAAGAAGTTGGAAGACATAGATGCTGAAAAT
GAAGCTGAAGTTAACAAGGTGAGCTCGCCCAAAAAGAACAATAATACAAATAACAACAAG
AACAAGAACAAGAAAAATCCAGCCAAAGAAAATGACCCAAAACAGTATAGTGATATATTC
ACAGTGGACCAGCTGGCTACAATTAACAAGTTCCAAGAGCTGGAAAAAGAGAACTATGAA
ATTGCTGAAAAACTAAGAAGGGAAATGTTGCACGAACGAATCTTTGATGTTGACGCTGAG
ATTAACAAGGTCCGTGATTGGTTAATGAACAAAAAGGTGGTCCGCAAAATGCTTCTTGAT
TCTATTGTATCAAACAAAAGCAATTTTGGTAATGTTCTTGGTGAAACCTTAGGATTCCGA
AAAATATCAACACTTTTCCACATCTTGAATCAGCAAAGCAAACAGTTTAACAGACTGATA
AAGGATTTAGAAGTGATGTCATATAACACTATCGTAAAGGATTACGAAAATGTTGAAGAT
GCTGAAAAGTCGAAGGAGTATGAGAAATCCGTCGACGAACAAGATAAGGTGTTTTCTCTG
CTAGATGTATTAGAGAGACTCTTGAAGAATCGTGACGATGCAGTTGCCAGTGAAACTTCA
CTAGAACCCTTTAAGCCAGAAGTTGCGATTGCAGAAGTTGATTCCAAGTTTCATGAAGAG
TTATTGAAGAGCATAGTATTTTGCGATGGCTCGTCGTTAAAAATGTTATTAAATGAAGCA
GAAAACGACAAGCCTATGAAAAATTATCTATCTTCGAGTAAGCTTGCTCATCACAACATA
CAAGAGTTCATCAATTGTTATGAAATGGAGATCACCAGAGTGATGAGAGAAAACCAAGAA
TTACGGAACATTTTGAAAAAGTTTAATGATATCTATAATGCCAAGACCAATTATTACAGT
TATTTGCAAAGAATTTCTGACTCCTTGGTGCCTCTATCGGAACTAAATGCTACTACGAGA
AATAATATCATCAAGAAAGTGACTAGGGGCCACGATTATGACGACAATTGCAAAGTAATA
AACAATTTAGAATCCAGGGTAAGATATTTGGACACTTTAGGTCAGTTGAAGACTGCTATC
GCCAACGGTGAAAATATCTCTTGTGCAGTTTGTTATTCCGACATTTACACTGGTTCTATC
TTGAAATGTGGACATTTCTTCTGTAAGGACTGTGTTACTCACTGGTTTAAAAAGAACACT
TCATGTCCAATGTGCAAAAACAGAATGTCAAGTTCCGAAGTGTATCACTTCAAGTTCCGT
GAAGAAGAATTGAAGGAAGAAGATGATACTGATAACCCAGAGCAAGTGACGAAGGACGAC
GATCAAACTAATTCCAGCAGTGATGGGAACGACACCACACATGAGGAGGATACCGAGGCT
GTAATTACTAGGAAATATACTAAATTCCCACGTTTAACAGAAGTTGATAAGGTAATGTTG
GATAACACATGGGGTGCCAAGGTAGACCAAGTGATGAAATTGATATTGTATATAAAACAG
CAACATTTGGAGAAAGAACCGCATAAGAAGAACCCTCAAATCGTGATTTTTTCCTCGCAC
TCTGCATTTTTGAGTATTCTCTCCACACTATTGACCGCTCATAACGTGACTCACGCAAGG
CCACTGAGAAACACCAAATTTGCTAAAGCTGTTGATACCTTCAGAAAAGACCCCAACTGC
ACATGTTTGCTATTGAATGTACACAGTCAGTCCACAGGATTAACGTTGGTGAATGCAAGA
CATTTGATTCTTTTGGAACCAATAATGGATTCATCGACAGAAGCTCAAGCTATTTCCCGT
ATCCATCGTATTGGTCAAAAAGACGTTACTTACGTATGGAATTTCATGGTAAGAAATACT
GTCGAAGAGAGTATAATGAAGTACAAAGCCGTACTTGAGGGGAAGAAGAAGAAAAAGACG
GAAGAGTTACGCGCATCGGGATCCAAGATATCTGTAGAAGAAGCAGAACAGGAAATAGAG
AGGAACTTCTCAATGGATAATATAACTGAAGACGATTCTGAAGGAAAGACTCATCTCTGG
CATTGTTTATTCGAAAATTGTATATAA

>KLLA0F12166g.aa
MTTDEAKFPTGSAVEWKLLEKDVEFIEGGVSGFAFNESLQPCESLEKKATSKLQTVPILD
WELRFGDFSSSKGFKQVSVSLKFERNEEDDKTWIHFYHDSWFLGKWNCTEWSPQFKQVIE
CCEVKAKEVETWHELVRAAEEQEKQESLAKKSRKKRRKVTPRDPTSYRYKDLKLHPLVML
IDSSGNWMVKIQFSLFCTINDANSFGMETNKLLGDLFLEKDPQYICNGGEFAPGRAKEPF
DSLVVSYSKKALRKDVVIAVPKALDVTLMPFQMESIDWMLRKEGFYDEPLERITTREQLM
FFLNEHISYGYEYMPINDSFWNKLTGYILPMEEAWKIYEEWFSDPSSGKKARGVLADEMG
LGKTIEILTLISTNVRNLSNESSSFVSPINEKEVRRVKTNLIVCPESILQQWIDEIDLHI
NKKVSDFKVFHYEGFEKTRNKFNTDSPAEIVELMSQYDVVICSYYTMSAEVHYAEFSKIQ
RPSRDSTRRYDYTSPLSIMEFHRVILDEAQLLGGGMTNASRCTSLIHRVHTWGVSGTPVE
WYFHIRDIFVYLQIHPFQVLDQNVVNAVCTSNAFHRANYAENPENYTHLGHVIPDENWNG
VRGCKFEPEEIMDIFPKFNLAIRHRKKDVQDQIKIPPQINYMVPVEFNPIEQDNYAHMWN
SFLADSGYDPRGNGAVNIDRMELSRWLNRLRMICCHASLLKDDISDFNYHPWRENDELKD
MDAILATMKDEVLDRIHTLQRENYSLQLESGQVKMEIDEDFEDAANIFQKNIKDITDDLK
NVYGIHDFLKLNNENSSMSSVKDANNIRLLLQSLHQAYFFLATSYYQLGSKKLEDIDAEN
EAEVNKVSSPKKNNNTNNNKNKNKKNPAKENDPKQYSDIFTVDQLATINKFQELEKENYE
IAEKLRREMLHERIFDVDAEINKVRDWLMNKKVVRKMLLDSIVSNKSNFGNVLGETLGFR
KISTLFHILNQQSKQFNRLIKDLEVMSYNTIVKDYENVEDAEKSKEYEKSVDEQDKVFSL
LDVLERLLKNRDDAVASETSLEPFKPEVAIAEVDSKFHEELLKSIVFCDGSSLKMLLNEA
ENDKPMKNYLSSSKLAHHNIQEFINCYEMEITRVMRENQELRNILKKFNDIYNAKTNYYS
YLQRISDSLVPLSELNATTRNNIIKKVTRGHDYDDNCKVINNLESRVRYLDTLGQLKTAI
ANGENISCAVCYSDIYTGSILKCGHFFCKDCVTHWFKKNTSCPMCKNRMSSSEVYHFKFR
EEELKEEDDTDNPEQVTKDDDQTNSSSDGNDTTHEEDTEAVITRKYTKFPRLTEVDKVML
DNTWGAKVDQVMKLILYIKQQHLEKEPHKKNPQIVIFSSHSAFLSILSTLLTAHNVTHAR
PLRNTKFAKAVDTFRKDPNCTCLLLNVHSQSTGLTLVNARHLILLEPIMDSSTEAQAISR
IHRIGQKDVTYVWNFMVRNTVEESIMKYKAVLEGKKKKKTEELRASGSKISVEEAEQEIE
RNFSMDNITEDDSEGKTHLWHCLFENCI*

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

KLLA0F12166g

KLLA0F12166g

Genomic environment map

Computed results

Homologs and Orthologs

Protein KLLA0F12166p

Protein domain map

Computed results for KLLA0F12166p

Gene Ontology terms

Sequence data

Nucleotide sequence

Coding sequence

Predicted translation product

Legend and notes