CAGL0H05533g

highly similar to uniprot|P32333 Saccharomyces cerevisiae YPL082c MOT1

Genomic environment map

Element type: CDS
Element length: 5715 nucleotides,
on sense strand of
Cagl0H: 538045..543759.
Other names:
CAGL-CDS0041.1
CAGL-IPF4423
Coding sequence: 1905 codons.

Database cross references:
EMBL: CR380954
GeneID: 2888821
GenomeReviews: CR380954_GR
HOGENOM: HBG356018

Computed results

None available yet

Homologs and Orthologs

Génolevures family GL3C1614
Consensus family of 15 members, sczltkgdpy (1 1 1 1 1 1 1 1 6 1)
15-member family, phyletic pattern sczltkgdy, profile (1 1 1 1 1 1 1 1 1)
Proteins: YALI0F31053p PISO0L07271p PISO0K07270p PISO0J14221p PISO0J03397p PISO0I12394p PISO0F03437p DEHA2F08470p ERGO0E02354p KLLA0E23717p KLTH0E12870p SAKL0H09724p ZYRO0A13244p CAGL0H05533p SACE0P04488p
Search in: Génolevures Google

Homologs in protein family: GL3C1614
Orthologs: strict determination not possible; homologs must be refined manually

Protein CAGL0H05533p

highly similar to uniprot|P32333 Saccharomyces cerevisiae YPL082c MOT1; SubName: Full=Similar to uniprot|P32333 Saccharomyces cerevisiae YPL082c MOT1;

Protein domain map

Protein length: 1904 amino acids
Protein family: GL3C1614

Database cross references:
Gene3D: G3DSA:1.25.10.10
InterPro: IPR000330
InterPro: IPR000357
InterPro: IPR001650
InterPro: IPR011989
InterPro: IPR014001
InterPro: IPR014021
InterPro: IPR016024
InterPro: IPR022707
KEGG: cgr:CAGL0H05533g
PROSITE: PS51192
PROSITE: PS51194
Pfam: PF00176
Pfam: PF00271
Pfam: PF12054
RefSeq: XP_447036.1
SMART: SM00487
SMART: SM00490
UniProtKB/TrEMBL: Q6FRV8
UniProtKB: Q6FRV8_CANGA

Phylogeny

PhylomeDB:CAGL0H05533g

Computed results for CAGL0H05533p

Blastp Genolevures

Blastp Uniprot

Gene Ontology terms

Sequence data

>CAGL0H05533g.nt
ATGACATCAAAAGTATCTAGACTGGATAGGCAAGTCATATTGCTGGAGACAGGATCTACA
CAAACAATCAGAAATGTGGCTGCAGATCAACTAGGAGAACTAGCAAAGCAACATCCTGAA
GATATCCTGTCTCTCTTAAGCCGGGTATACCCTTTTCTAAGTTCTAAGAAATGGGAAACC
AGAGTTACAGCAGCTAGAGCTATGGGCGGTATCTTGAGCAATGCCTCCGTGTGGGATCCT
AATGAAGGGGAGGTGAAGGAAGAAGAAGAATCACATATGAACTCTGAGATAAAGAAGGAA
AATCAGAATAATGATCATGCGGAAATGGAAAACACAGTTATTAAAGAGGAACCAGACCAA
GATAACGGAGTATCAGTACCGAACCACACTAATAATGACAATAATATTGAAACTGTGAAT
GCCAAAGTGAAATTAGAGCAAGACATACAACTAAAATTAGAAGAACTGATAAAAGAAGAT
AGTAGTTTATTGGATGATAATAAGAATGCTGATAACTGTTTAACATTATCAAACTGGCAT
TTAAATGAATTATTCAAATCTGGAAAAGTTTTCCTTGCATCGAGTATAAATGATTATGAT
GATAAAAAAGTAGCATCTAATTCACCGTCTACACTAAGTTCGGATATCGAAGATGCATCT
ATGAAGAAGGAAAATGATGCTGAAAATCATTGTAGTAAATCTTCAAATATTGAAGGAGGC
AATAGTAGTAAAAAATCAGCAAGAATGCTTGCAATGGCAAAGAGGAAAAAGAAGATGCAA
AAATCCAAGACTACTACCACTATGGAGGTCAATTTGTCAGAAAGCTCATTATCGAAGAAA
TTGATGGATGATCCTTCTGCAGTAAAATCGGATGCGGTTAAAATGGAAAACCCAAAACTA
GCTATTACTGACCAAGCAGATCCCAACGCCATAATGGTGGAAGCGGTTGTACCTAAAATT
CTAGAGAAGCATGAAAAGGTCGCAGGACTTGTGTGGCAATTTCAAGGAGTATTTGAATTG
TTGTTACAAAATTTGATGCATGACAACTGGGAAGTAAGACATGGTGCCACTTTAGGCTTA
AGAGAACTTATGAAAAAGCATGCTTATGGTATTAATAGGATAAAAGGGAAGACTCGGAAG
GAAAATAATGATAGAAACTATCAGGGCCTCGAGGATCTAGCTACCAGACTGTTGACCATC
TTTGCTCTTGATAGATTTGGTGATTACATATATGATACAGTAGTTGCACCGGTTAGAGAA
TCTGCTGCCCAGATATTGGCTGCCCTATTGATCAACTTACCTGATGATCTAGCGCTGAAA
GTATATATGAAGTTGGAAGACCTTGTTTTTCAGAACCCCGAAGTTACAGGACTTCCGAAT
AAAATATGGGAAGCTACTCATGGTGGACTGTTAGGTATAAGATATTTTGTTAGCATTAAA
CAAGAATTTCTGATAGAGCAAAATCTTCTAGACAAAGTTGTTCAAACCGTGCTCTATGGT
CTGAATCAAAATGATGATGACGTCAAATCAGTTGCAGCTTCGATACTGACACCTATTACA
GCTGAATTTGTCAAGTTAGATACAGATACTCTCGATATTGTGCTGACAACAATCTGGAAT
TCTTTAATTCATTTAGATGACGATTTGGCCTCCAGTGTGGGTTCTGTTATGGATTTACTA
GCAAACTTATGTCAATATAAAGAGGTTCTAGATGTTTTGAAACATAAAGCCACTGAACAG
CCGTTAGAATGGTCATTCAAGTCTCTAGTGCCCAAATTATATCCCTTTTTGAGGCATTCG
ATTTCTTCTGTGAGAAAATCTGTTCTCAATCTGTTACAGTCATTTTTGAGTATCAAAGAC
GAATCGACAAAACATTGGTTGAATGGAAAGGTATTTAGATTAGTTTTCCAGAATATTCTA
TTTGAACAGAATCCAGATATCTTAAACCTGTCTTATGAAGTCTATACTTCTTTGCTCACT
CATTATCAATTAAAACACACTGAAAAGACATTAGACCATGCATTTTGCAAACATCTGCAA
CCATTACTTCATCTGTTGAATACACCAATTGGTGAAAAGGGTAAGAATTATAGTATGGAA
TCTCATTACATTTTAAAGCCTTCACCACGTTATCAACTTCACCCTGAGAAAAAAAGAAGT
ATATCGGAAGCCAACAATGCTTCGGATATTCCTAACCCAAGACCAAATGAAAACATCAAC
ATTGATATTCCTATGATTAATGGTGACGTGACATTATTAGGTGAACAGAAGATAATGAAT
ACTAGAGTTCTTGCAGCAAAAGCTTTCGGTTTTACTCTCGCAATGTTCCAGGAAGCAACA
GTGCAATCATTCTTCGCCAACGTGCTTGTGCGTTGTTTAGACTTACCTTATGCAACACCA
AGAATGCTAACTGCTATTATCGTTAACCGGTTCTGTAAGTTTTGGGTTGATCGTCATGAT
GACGTACCAGAGGTTCCAAAATTTGTATCAGAGATTTTTGGCGCCACTATGAATGAGCAG
TTGAATAATCCATCAAAGCTACCTGTATTCAGGGAACTAATTCCAAGTTTGAAGGCTCTA
CGTACTAGTTGTCAAAATCTATTTGCAACATTTGTGGATGTGGGTATGCTCCCACAACAT
AAGTTACCTAGTGTTGCTATAGTGGTCCAGGGTGAATCCGAAGCAGGACCTGAGGCTTTT
GGTCTCGAAACTGCTGAAAAGGTATATCATGACTACTATGACAAAATGTATAAAAACCTT
GGTAATTCGTACAAGTTGTTAGCCAAGAAGCCATTGGAAGATGCAAAGCATAGGGTCAAG
CAATCCATTGAATCTGCAAAGGAATCAAAACAAAAAAGAATATGCTCAATATTGTCAAAC
TATGCATCATCTGTGCTTATGTTCTCTGAACTACCTCCAAAATTAAACCCTATAATCAGA
TCCTTAATGGACTCAGTCAAAGAGGAACCTAACGAGGCCCTTCAGAAGATGTCTTGTGAA
TCTGTTATTTATTTAATTCATGAACTACTTAAATGTAATAAGGCACCAGTGGCAAATAAG
ATTGTGAAGAATCTATGTGGTTTCTTGTGTGTGGATACTTCAGAAGTTCCTGACTTCCAA
CAAAATCTAAGCTACCAAGATAGGCTGTACACTTTTATCAAAGAGCCAGATGCATTTGTT
ATTAATGAGAATGTTGAATTAATGAAGGTAGCAGAGGAGGCAAGACTGAAACGTAAAGGT
GGTATATACGCAATGGGTACATTGCTGGAAATCTGTGGTTCTTCTGCATTAGATGATATC
CCACAGTTAAAGAAAGTGTTTTTGGAGCCATTAGAAAATATAAGTGATGTTTCTTCAATT
GATGTTATCAAAGGTCAAGCAGTCACTGATTATTTCGGTATAGTTAGAGTATTATTTCCT
TATATGGATCAGTCTTTGCAGGAGTCTGTTGTTATTGCTAAATTTCCGAGAATGTTGGAC
TTTTTAAAGTGCCCATACTCTGTCATAAGGTATTCAGTAGCCCGTACTTTTGCCGACTTA
GCAAAGTATAAACCAATAAAGGTCATGCCATTTCTAATAAAAAATGTACTACCTATGATA
AATGATGCCGGTTCATTGTTCAATAGGCAAGGTGCTACAGAATTAATATTTCATTTATCT
GTGTCTATGGAAGCAGATATTCTACCATATGTTATCTTCTTGATCGTGCCGCTACTGGGT
AGAATGAGTGACCCTAATGAAGATATAAGAAATCTGGCAACAACTACATTTGCATCCATT
ATTAAGATTGTTCCATTAGAAGAAGGTATTAAAGACCCTGAAGGGATGCCGGAAGAGTTA
ATGAAGGGGCGTGAAAGAGAAAGAGATTTTATAAAACAAATGATGGACCCATCCAAGGCA
AAACCTTTCAAGTTGCCAGTTGCGATAAAGGCAACCTTAAGAAAATATCAACAAGACGGT
ATTAATTGGTTAGCATTTCTCAATAAGTATCATTTACATGGTATCCTTTGCGATGATATG
GGTTTGGGTAAAACTCTTCAGACTATTTGCATTATTGCCTCAGATCAGTATCTAAGACAA
GAAGAATATAAGTTAAGTGGAAACATCGAGTGTCGACCTCTGCCTTCGCTTATTGTCTGC
CCACCATCGTTAACGGGTCATTGGGAGAATGAATTTGAACAGTATTCACCATTTTTGAAA
ATTGTGGTGTATGCCGGTGGACCGTCGGTTAGGCAACCTTTAAGGAAGCAACTAAGTTCT
GCAGATATTATTATAACTTCCTATGATGTGGCTAGAAATGACCTGGACACTATTTCTTCT
TATGATTACAATTATTGTGTTTTGGATGAAGGCCATTTAATCAAAAATGCTCAATCCAAG
CTGGCCAAAGCTGTGAAACTAATAAAGGCCAACCATAGACTAATACTAACAGGTACCCCT
ATCCAGAATAATGTTGTAGAGCTTTGGTCGTTATTCGATTTCTTGATGCCAGGATTTTTA
GGTACCGAAAAATCTTTCCAAGAGCGTTTTGCGAAGCCTATCGCAGCATCAAGAAATAGT
AAGACGTCATCAAAAGAGCAAGAAGCAGGAGCTTTGGCTTTGGAAGCGTTGCACAAACAA
GTCTTGCCATTTATGTTGAGACGTCTTAAGGAGGATGTTTTGTCTGATTTACCACCAAAG
ATTATACAAGATTACTACTGTGAATTGAGTGATCTACAAAAGCAGCTTTACGAAGATTTT
GCTAAGAAACAGAAAAATGTTGTAGAAAAGGACATCCAAAATACTGCAGATGTAGATAGC
AAACAACACATATTTCAGGCCTTACAGTATATGAGAAAGCTGTGTAATCATCCTGCACTT
GTCTTATCTAATGATCATCCTCAATTAAAGCAAATACAAAACTATCTGAAACAAACGGGG
TGCGATTTGCATGATATAAGAAATGCGCCGAAACTAACTGCTCTCAGAACGTTGTTATTC
GAATGTGGTATTGGTGAAGCTGATATGGACAAAAAGGTAACTGGCGAGCAACTATTGACG
GGAAGTGTTATATCTCAGCATAGAGCTTTGATTTTCTGTCAACTGAAGGACATGTTAGAT
ATGATTGAAAATGATCTTTTTAAGAGATATATGCCCTCTGTGTCTTATATGAGGTTAGAT
GGTAGTGTCGATCCTAGGGACAGGCAAAAGGTTGTTAGGAAATTCAATGAAGACCCTTCC
ATTGACTGCCTATTATTGACGACTAAAGTAGGTGGGTTGGGTTTGAACCTAACTGGTGCC
GATACTGTTATATTTGTTGAGCATGATTGGAATCCAATGAATGACTTACAAGCTATGGAT
AGAGCTCATAGACTTGGTCAAAAGAAAGTTGTGAATGTGTATCGTATTGTGACGAAAGGT
ACATTAGAAGAGAAGATAATGGGTCTTCAGAAGTTTAAGATGAATATTGCATCTACCGTT
GTTAATCAGCAAAATAGCGGTCTGGCATCAATGGATACACATCAATTATTAGATTTATTT
GACACAGATAACGTACCATCGAATAATGCTGGTGAAGTAGCAGAATCCGGTGATAAATTG
CCAGATGATGTTGCTAATGAAACAGGTTTAAGTGGGAAAGCTAAGGAAGCCTTGGGTGAT
CTTAAGGAACTTTGGGATCCATCTCAGTATGAAGATGAATACAATTTGGATAATTTCATT
AAGACATTAAAATAA

>CAGL0H05533g.cds
ATGACATCAAAAGTATCTAGACTGGATAGGCAAGTCATATTGCTGGAGACAGGATCTACA
CAAACAATCAGAAATGTGGCTGCAGATCAACTAGGAGAACTAGCAAAGCAACATCCTGAA
GATATCCTGTCTCTCTTAAGCCGGGTATACCCTTTTCTAAGTTCTAAGAAATGGGAAACC
AGAGTTACAGCAGCTAGAGCTATGGGCGGTATCTTGAGCAATGCCTCCGTGTGGGATCCT
AATGAAGGGGAGGTGAAGGAAGAAGAAGAATCACATATGAACTCTGAGATAAAGAAGGAA
AATCAGAATAATGATCATGCGGAAATGGAAAACACAGTTATTAAAGAGGAACCAGACCAA
GATAACGGAGTATCAGTACCGAACCACACTAATAATGACAATAATATTGAAACTGTGAAT
GCCAAAGTGAAATTAGAGCAAGACATACAACTAAAATTAGAAGAACTGATAAAAGAAGAT
AGTAGTTTATTGGATGATAATAAGAATGCTGATAACTGTTTAACATTATCAAACTGGCAT
TTAAATGAATTATTCAAATCTGGAAAAGTTTTCCTTGCATCGAGTATAAATGATTATGAT
GATAAAAAAGTAGCATCTAATTCACCGTCTACACTAAGTTCGGATATCGAAGATGCATCT
ATGAAGAAGGAAAATGATGCTGAAAATCATTGTAGTAAATCTTCAAATATTGAAGGAGGC
AATAGTAGTAAAAAATCAGCAAGAATGCTTGCAATGGCAAAGAGGAAAAAGAAGATGCAA
AAATCCAAGACTACTACCACTATGGAGGTCAATTTGTCAGAAAGCTCATTATCGAAGAAA
TTGATGGATGATCCTTCTGCAGTAAAATCGGATGCGGTTAAAATGGAAAACCCAAAACTA
GCTATTACTGACCAAGCAGATCCCAACGCCATAATGGTGGAAGCGGTTGTACCTAAAATT
CTAGAGAAGCATGAAAAGGTCGCAGGACTTGTGTGGCAATTTCAAGGAGTATTTGAATTG
TTGTTACAAAATTTGATGCATGACAACTGGGAAGTAAGACATGGTGCCACTTTAGGCTTA
AGAGAACTTATGAAAAAGCATGCTTATGGTATTAATAGGATAAAAGGGAAGACTCGGAAG
GAAAATAATGATAGAAACTATCAGGGCCTCGAGGATCTAGCTACCAGACTGTTGACCATC
TTTGCTCTTGATAGATTTGGTGATTACATATATGATACAGTAGTTGCACCGGTTAGAGAA
TCTGCTGCCCAGATATTGGCTGCCCTATTGATCAACTTACCTGATGATCTAGCGCTGAAA
GTATATATGAAGTTGGAAGACCTTGTTTTTCAGAACCCCGAAGTTACAGGACTTCCGAAT
AAAATATGGGAAGCTACTCATGGTGGACTGTTAGGTATAAGATATTTTGTTAGCATTAAA
CAAGAATTTCTGATAGAGCAAAATCTTCTAGACAAAGTTGTTCAAACCGTGCTCTATGGT
CTGAATCAAAATGATGATGACGTCAAATCAGTTGCAGCTTCGATACTGACACCTATTACA
GCTGAATTTGTCAAGTTAGATACAGATACTCTCGATATTGTGCTGACAACAATCTGGAAT
TCTTTAATTCATTTAGATGACGATTTGGCCTCCAGTGTGGGTTCTGTTATGGATTTACTA
GCAAACTTATGTCAATATAAAGAGGTTCTAGATGTTTTGAAACATAAAGCCACTGAACAG
CCGTTAGAATGGTCATTCAAGTCTCTAGTGCCCAAATTATATCCCTTTTTGAGGCATTCG
ATTTCTTCTGTGAGAAAATCTGTTCTCAATCTGTTACAGTCATTTTTGAGTATCAAAGAC
GAATCGACAAAACATTGGTTGAATGGAAAGGTATTTAGATTAGTTTTCCAGAATATTCTA
TTTGAACAGAATCCAGATATCTTAAACCTGTCTTATGAAGTCTATACTTCTTTGCTCACT
CATTATCAATTAAAACACACTGAAAAGACATTAGACCATGCATTTTGCAAACATCTGCAA
CCATTACTTCATCTGTTGAATACACCAATTGGTGAAAAGGGTAAGAATTATAGTATGGAA
TCTCATTACATTTTAAAGCCTTCACCACGTTATCAACTTCACCCTGAGAAAAAAAGAAGT
ATATCGGAAGCCAACAATGCTTCGGATATTCCTAACCCAAGACCAAATGAAAACATCAAC
ATTGATATTCCTATGATTAATGGTGACGTGACATTATTAGGTGAACAGAAGATAATGAAT
ACTAGAGTTCTTGCAGCAAAAGCTTTCGGTTTTACTCTCGCAATGTTCCAGGAAGCAACA
GTGCAATCATTCTTCGCCAACGTGCTTGTGCGTTGTTTAGACTTACCTTATGCAACACCA
AGAATGCTAACTGCTATTATCGTTAACCGGTTCTGTAAGTTTTGGGTTGATCGTCATGAT
GACGTACCAGAGGTTCCAAAATTTGTATCAGAGATTTTTGGCGCCACTATGAATGAGCAG
TTGAATAATCCATCAAAGCTACCTGTATTCAGGGAACTAATTCCAAGTTTGAAGGCTCTA
CGTACTAGTTGTCAAAATCTATTTGCAACATTTGTGGATGTGGGTATGCTCCCACAACAT
AAGTTACCTAGTGTTGCTATAGTGGTCCAGGGTGAATCCGAAGCAGGACCTGAGGCTTTT
GGTCTCGAAACTGCTGAAAAGGTATATCATGACTACTATGACAAAATGTATAAAAACCTT
GGTAATTCGTACAAGTTGTTAGCCAAGAAGCCATTGGAAGATGCAAAGCATAGGGTCAAG
CAATCCATTGAATCTGCAAAGGAATCAAAACAAAAAAGAATATGCTCAATATTGTCAAAC
TATGCATCATCTGTGCTTATGTTCTCTGAACTACCTCCAAAATTAAACCCTATAATCAGA
TCCTTAATGGACTCAGTCAAAGAGGAACCTAACGAGGCCCTTCAGAAGATGTCTTGTGAA
TCTGTTATTTATTTAATTCATGAACTACTTAAATGTAATAAGGCACCAGTGGCAAATAAG
ATTGTGAAGAATCTATGTGGTTTCTTGTGTGTGGATACTTCAGAAGTTCCTGACTTCCAA
CAAAATCTAAGCTACCAAGATAGGCTGTACACTTTTATCAAAGAGCCAGATGCATTTGTT
ATTAATGAGAATGTTGAATTAATGAAGGTAGCAGAGGAGGCAAGACTGAAACGTAAAGGT
GGTATATACGCAATGGGTACATTGCTGGAAATCTGTGGTTCTTCTGCATTAGATGATATC
CCACAGTTAAAGAAAGTGTTTTTGGAGCCATTAGAAAATATAAGTGATGTTTCTTCAATT
GATGTTATCAAAGGTCAAGCAGTCACTGATTATTTCGGTATAGTTAGAGTATTATTTCCT
TATATGGATCAGTCTTTGCAGGAGTCTGTTGTTATTGCTAAATTTCCGAGAATGTTGGAC
TTTTTAAAGTGCCCATACTCTGTCATAAGGTATTCAGTAGCCCGTACTTTTGCCGACTTA
GCAAAGTATAAACCAATAAAGGTCATGCCATTTCTAATAAAAAATGTACTACCTATGATA
AATGATGCCGGTTCATTGTTCAATAGGCAAGGTGCTACAGAATTAATATTTCATTTATCT
GTGTCTATGGAAGCAGATATTCTACCATATGTTATCTTCTTGATCGTGCCGCTACTGGGT
AGAATGAGTGACCCTAATGAAGATATAAGAAATCTGGCAACAACTACATTTGCATCCATT
ATTAAGATTGTTCCATTAGAAGAAGGTATTAAAGACCCTGAAGGGATGCCGGAAGAGTTA
ATGAAGGGGCGTGAAAGAGAAAGAGATTTTATAAAACAAATGATGGACCCATCCAAGGCA
AAACCTTTCAAGTTGCCAGTTGCGATAAAGGCAACCTTAAGAAAATATCAACAAGACGGT
ATTAATTGGTTAGCATTTCTCAATAAGTATCATTTACATGGTATCCTTTGCGATGATATG
GGTTTGGGTAAAACTCTTCAGACTATTTGCATTATTGCCTCAGATCAGTATCTAAGACAA
GAAGAATATAAGTTAAGTGGAAACATCGAGTGTCGACCTCTGCCTTCGCTTATTGTCTGC
CCACCATCGTTAACGGGTCATTGGGAGAATGAATTTGAACAGTATTCACCATTTTTGAAA
ATTGTGGTGTATGCCGGTGGACCGTCGGTTAGGCAACCTTTAAGGAAGCAACTAAGTTCT
GCAGATATTATTATAACTTCCTATGATGTGGCTAGAAATGACCTGGACACTATTTCTTCT
TATGATTACAATTATTGTGTTTTGGATGAAGGCCATTTAATCAAAAATGCTCAATCCAAG
CTGGCCAAAGCTGTGAAACTAATAAAGGCCAACCATAGACTAATACTAACAGGTACCCCT
ATCCAGAATAATGTTGTAGAGCTTTGGTCGTTATTCGATTTCTTGATGCCAGGATTTTTA
GGTACCGAAAAATCTTTCCAAGAGCGTTTTGCGAAGCCTATCGCAGCATCAAGAAATAGT
AAGACGTCATCAAAAGAGCAAGAAGCAGGAGCTTTGGCTTTGGAAGCGTTGCACAAACAA
GTCTTGCCATTTATGTTGAGACGTCTTAAGGAGGATGTTTTGTCTGATTTACCACCAAAG
ATTATACAAGATTACTACTGTGAATTGAGTGATCTACAAAAGCAGCTTTACGAAGATTTT
GCTAAGAAACAGAAAAATGTTGTAGAAAAGGACATCCAAAATACTGCAGATGTAGATAGC
AAACAACACATATTTCAGGCCTTACAGTATATGAGAAAGCTGTGTAATCATCCTGCACTT
GTCTTATCTAATGATCATCCTCAATTAAAGCAAATACAAAACTATCTGAAACAAACGGGG
TGCGATTTGCATGATATAAGAAATGCGCCGAAACTAACTGCTCTCAGAACGTTGTTATTC
GAATGTGGTATTGGTGAAGCTGATATGGACAAAAAGGTAACTGGCGAGCAACTATTGACG
GGAAGTGTTATATCTCAGCATAGAGCTTTGATTTTCTGTCAACTGAAGGACATGTTAGAT
ATGATTGAAAATGATCTTTTTAAGAGATATATGCCCTCTGTGTCTTATATGAGGTTAGAT
GGTAGTGTCGATCCTAGGGACAGGCAAAAGGTTGTTAGGAAATTCAATGAAGACCCTTCC
ATTGACTGCCTATTATTGACGACTAAAGTAGGTGGGTTGGGTTTGAACCTAACTGGTGCC
GATACTGTTATATTTGTTGAGCATGATTGGAATCCAATGAATGACTTACAAGCTATGGAT
AGAGCTCATAGACTTGGTCAAAAGAAAGTTGTGAATGTGTATCGTATTGTGACGAAAGGT
ACATTAGAAGAGAAGATAATGGGTCTTCAGAAGTTTAAGATGAATATTGCATCTACCGTT
GTTAATCAGCAAAATAGCGGTCTGGCATCAATGGATACACATCAATTATTAGATTTATTT
GACACAGATAACGTACCATCGAATAATGCTGGTGAAGTAGCAGAATCCGGTGATAAATTG
CCAGATGATGTTGCTAATGAAACAGGTTTAAGTGGGAAAGCTAAGGAAGCCTTGGGTGAT
CTTAAGGAACTTTGGGATCCATCTCAGTATGAAGATGAATACAATTTGGATAATTTCATT
AAGACATTAAAATAA

>CAGL0H05533g.aa
MTSKVSRLDRQVILLETGSTQTIRNVAADQLGELAKQHPEDILSLLSRVYPFLSSKKWET
RVTAARAMGGILSNASVWDPNEGEVKEEEESHMNSEIKKENQNNDHAEMENTVIKEEPDQ
DNGVSVPNHTNNDNNIETVNAKVKLEQDIQLKLEELIKEDSSLLDDNKNADNCLTLSNWH
LNELFKSGKVFLASSINDYDDKKVASNSPSTLSSDIEDASMKKENDAENHCSKSSNIEGG
NSSKKSARMLAMAKRKKKMQKSKTTTTMEVNLSESSLSKKLMDDPSAVKSDAVKMENPKL
AITDQADPNAIMVEAVVPKILEKHEKVAGLVWQFQGVFELLLQNLMHDNWEVRHGATLGL
RELMKKHAYGINRIKGKTRKENNDRNYQGLEDLATRLLTIFALDRFGDYIYDTVVAPVRE
SAAQILAALLINLPDDLALKVYMKLEDLVFQNPEVTGLPNKIWEATHGGLLGIRYFVSIK
QEFLIEQNLLDKVVQTVLYGLNQNDDDVKSVAASILTPITAEFVKLDTDTLDIVLTTIWN
SLIHLDDDLASSVGSVMDLLANLCQYKEVLDVLKHKATEQPLEWSFKSLVPKLYPFLRHS
ISSVRKSVLNLLQSFLSIKDESTKHWLNGKVFRLVFQNILFEQNPDILNLSYEVYTSLLT
HYQLKHTEKTLDHAFCKHLQPLLHLLNTPIGEKGKNYSMESHYILKPSPRYQLHPEKKRS
ISEANNASDIPNPRPNENINIDIPMINGDVTLLGEQKIMNTRVLAAKAFGFTLAMFQEAT
VQSFFANVLVRCLDLPYATPRMLTAIIVNRFCKFWVDRHDDVPEVPKFVSEIFGATMNEQ
LNNPSKLPVFRELIPSLKALRTSCQNLFATFVDVGMLPQHKLPSVAIVVQGESEAGPEAF
GLETAEKVYHDYYDKMYKNLGNSYKLLAKKPLEDAKHRVKQSIESAKESKQKRICSILSN
YASSVLMFSELPPKLNPIIRSLMDSVKEEPNEALQKMSCESVIYLIHELLKCNKAPVANK
IVKNLCGFLCVDTSEVPDFQQNLSYQDRLYTFIKEPDAFVINENVELMKVAEEARLKRKG
GIYAMGTLLEICGSSALDDIPQLKKVFLEPLENISDVSSIDVIKGQAVTDYFGIVRVLFP
YMDQSLQESVVIAKFPRMLDFLKCPYSVIRYSVARTFADLAKYKPIKVMPFLIKNVLPMI
NDAGSLFNRQGATELIFHLSVSMEADILPYVIFLIVPLLGRMSDPNEDIRNLATTTFASI
IKIVPLEEGIKDPEGMPEELMKGRERERDFIKQMMDPSKAKPFKLPVAIKATLRKYQQDG
INWLAFLNKYHLHGILCDDMGLGKTLQTICIIASDQYLRQEEYKLSGNIECRPLPSLIVC
PPSLTGHWENEFEQYSPFLKIVVYAGGPSVRQPLRKQLSSADIIITSYDVARNDLDTISS
YDYNYCVLDEGHLIKNAQSKLAKAVKLIKANHRLILTGTPIQNNVVELWSLFDFLMPGFL
GTEKSFQERFAKPIAASRNSKTSSKEQEAGALALEALHKQVLPFMLRRLKEDVLSDLPPK
IIQDYYCELSDLQKQLYEDFAKKQKNVVEKDIQNTADVDSKQHIFQALQYMRKLCNHPAL
VLSNDHPQLKQIQNYLKQTGCDLHDIRNAPKLTALRTLLFECGIGEADMDKKVTGEQLLT
GSVISQHRALIFCQLKDMLDMIENDLFKRYMPSVSYMRLDGSVDPRDRQKVVRKFNEDPS
IDCLLLTTKVGGLGLNLTGADTVIFVEHDWNPMNDLQAMDRAHRLGQKKVVNVYRIVTKG
TLEEKIMGLQKFKMNIASTVVNQQNSGLASMDTHQLLDLFDTDNVPSNNAGEVAESGDKL
PDDVANETGLSGKAKEALGDLKELWDPSQYEDEYNLDNFIKTLK*

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

CAGL0H05533g

CAGL0H05533g

Genomic environment map

Computed results

Homologs and Orthologs

Protein CAGL0H05533p

Protein domain map

Phylogeny

Computed results for CAGL0H05533p

Gene Ontology terms

Sequence data

Nucleotide sequence

Coding sequence

Predicted translation product

Legend and notes