KEGG T02229: HCAG

Ajellomyces capsulatus: HCAG_02556

Entry

HCAG_02556 CDS T02229

Definition

similar to cullin

Orthology

K14310

nuclear pore complex protein Nup205

Organism

aje Ajellomyces capsulatus

Pathway

aje03013

RNA transport

Class

Genetic Information Processing; Translation; RNA transport [PATH:aje03013]

SSDB

Motif

Pfam:

DUF3414 Cullin Cullin_Nedd8

Other DBs

NCBI-GI:

154283179

NCBI-GeneID:

5449050

UniProt:

A6QYU9

AA seq 2249 aa
MQEFVAKILEIQNGPLRNASLFARKCMDSMADIEKWLVRLGDLAQKASIVGQTQESDIEI
IEYQRSSLGKEHESIGAILCYLFKGTFTSSEDFRLLLDRLRKLDKFDMSLVHYIPAIILS
VSQYGSPEGSGSLRDARSLHQAIVPSKDPQDWVLAQFHAATMAFWLAEYADLSKLFITAL
DDGALEFMLQVCSGVSQNEWRDPGRIEMVNLLLKDSTPLTVEPDSSSPYFYALLMEHFEI
FIESLIANMPDAIRTLKSEEDIQRLDQITALREGLTSNLHRGPIETRMHFETLLMIMAFA
FEHRAEASQAFWTDPEGNLNGFLQWASKRQTVPRASAFCEMLCSISEGEENSLSAHKFLL
DEDNISSTKFRRSASMSWIQMIDELQLYATKATERPSAAPPSVFRIRKLEPADIDEPESP
VMLTSYLRLISHLCKQNSEIREWILQHPTLNLVNILLTLCDAPIPGHLRSSIFVTLRFLM
VDRTSLHGNDMWIALDQWISGSGSQTSPIAKISLPTNSPGWNERHAFQKITETFDQTFSF
VELLDTLASPPIDLANSQLSLPFPEPLGSSYRMPGIEPYIDFVIGQALVTRSVDIQEHQI
RHLQLACFNFIVTCLENFNENLISIVSEHFVPLDSGMRSSSLNTYIRLHPFARVMEWLFN
EDVLKAIFAAAHQNIDDVARATSDSIILRSLLRSIDVMNLIMDYQSTYFDVVRPLTKSQS
RQSTTNVANSSLTSFEDSVVNNLHIVTDLCLYCGTGHPQLTLTSLALLEKLSSSRKLNKA
TSSTLSRWQASNQIVELLNTDVEADRIARSLASQMKPDIRELESGPESSGYLIKLGLVNL
LDRCLSINPEKPNMAHLLLGFSCLGKTLDVAVGSLFQDQMSLLHAIIEFAQSYPDGVDGT
IFAWMVHLKEASFRVLRYLWSSKLSSTLVLPELRYSRLLVSLFATQPPVGPETLWNHFQT
SDPEFWYSESPAALSGFLNYRSMLFDYAVTEIRSVSSHGAPSLQRDTLSTLLGSSVDENN
RTFNHASFLDLFDFADLDIESIKPPPNLKFYNDVNLEPYTKTQGDGSLVLYDLATVKEFL
DFTRQDLLQAGVATAQDEEQLLSERDNVLLFLHANNQSRRIRLNRYSAVQSWAELATTII
VTCEMDSGQRSMLILHILQVILPKLESSIVDTAAEAIELGRLAESLLEKLGSSPSTQIPN
KGADIIDERLYHLFQACLRGIPLALENSPLRECLYNICSQYLSRITRDGSKHKRFGNHSE
QVVKSSGSSLVEVSSSLLIDMIAQSNYLAMFVDVVGAIPSEFRNAPASETSRLLVYYDAH
LSLLQQLSQSRIGAERILDAGLFQAVKESQLFATDPDIGIDIGNPDALRKYYDLLLAVMR
VIVSAVFARGLHNKQLLDQTRTFLSGNRQIMVGIFKRYAKVGGLDGGEVSETLEDLVKSY
VALIDAVGFLQIIGVTTNSIRPAPRGGNKSVGKRKHPEQEPEIREDQSPKQTTITDLFEN
GGNNISKNGRGELLPPSTKRVRRDISHPTSSLSTSDPTHQPISVEKMYTFPQNNTDSKSP
TGGTGLNSSPKSNGAPRQAGSRAFNYMTRPSSFTPHTGAKKLVVKNLRAIPRLDQDRYLE
KVWSQLDSALTAVLADQKPEQSLEELYRGAENVIIRSIFYYLDQSFLLHSADNPVIYEMG
LIQFRTTIFSNDILRPRILQGACQLIELDRAEDNTVVDPNLLKRAIKLFHDLGVYKKHVE
PCMLDASEIYISRWAVSEHTNILIKEDDIVDLLSKNDKFALEQLYSLLQRQDLGAKVKPA
FSAYIIKEGSAIVFDQENEDKMVTRLLKFKENLDEIWKSAFHKNETLGHSLREAFEKFIN
ETKQTGSNWGTDNPKPGEMIAKYVDMLLRGGVKAIQGLAEESKSGSTALVDEDAEINQKL
DQVLDLFRFVHGKAVFEAFYKNDLARRLLMGRSASDEAEKSMLARLRSECGSNFTHNLES
MFKDMDLARDEMASYNALLGPNRDRSNMDLNVNVISAAAWPSYPDVQLKIPKVISSAMDS
FEQFYNNKYNGRKLHWKHSLAHCQLKAKFPNGNKEIVVSSFQAVVLLLFNDVEDDTTLSY
PEIKEATGLSDIELKRTLQSLACAKYRVLTKRPKGRDVNDDDTFSFNSNFSDPKMRIKIN
QIQLKETKQENKTTHERVAADRHYETQAAIVRIMKARKVITHAELLVEVINKTKSRGVLE
PAGIKTNIEKLIEKDYIEREEGNKYRYLV

NT seq 6750 nt +upstreamnt +downstreamnt
atgcaagaatttgttgcaaaaatcctcgaaatccaaaacggcccattgcgaaatgcgtca
ctcttcgctagaaaatgtatggattctatggccgatatcgaaaagtggctggttcgtttg
ggcgatctagcccagaaggcgtcaattgttggacaaactcaggaatcagatattgaaatc
atagaatatcagcgcagcagccttggaaaggaacatgagtcgattggcgcaatcctctgc
tatcttttcaaaggaactttcacgagctctgaagatttccgccttcttctggaccgactc
aggaaattagataagttcgacatgagcttggttcattatatcccagcaataatcttgtca
gtatctcagtatggctcccctgaaggttccggatcccttcgtgatgcaagatccctccac
caggctattgtaccttccaaagatccccaggactgggttctggcacaatttcatgctgct
accatggcattctggcttgctgaatatgctgatctctccaagttatttatcacggcactg
gacgatggggcccttgagttcatgctgcaggtctgcagtggggtcagtcagaacgagtgg
cgcgacccaggaagaattgagatggttaacctactcctcaaggatagtacacctttgaca
gtggagccagactcttcttctccatatttttatgcattgctcatggaacatttcgagata
tttatagaatctcttattgccaatatgccagatgccatcagaacactgaagtcagaggaa
gacattcagcgtttggaccaaataacggctctgcgggaaggtctaacctcaaacttacat
cgtggtcccattgaaacacgtatgcatttcgaaacattgcttatgataatggcatttgca
tttgaacatagggctgaggcttcccaggcattctggacagatccggagggaaatttaaat
ggatttctccaatgggcgtcgaagcgtcagaccgttcctcgggccagcgccttctgcgag
atgctttgctccatctcagaaggggaggaaaattctttatccgcgcacaaattcctctta
gatgaagataacatatcctccacgaaatttaggagatctgcttcgatgagctggattcag
atgattgatgaactccaactctatgctactaaggctacggaacggccttcagcggcacct
ccatcagttttccgtattcgaaaactagagccggctgatatagatgaacctgaaagcccg
gtgatgctcacttcatatctgagactcattagtcacttgtgtaaacagaactcggaaatc
cgggaatggattcttcaacacccaacactgaaccttgtcaacattcttctaaccctatgc
gacgcccccattccaggtcatctgagatccagcatatttgtcactttacggtttctaatg
gtcgacaggacctcgctccatggaaacgatatgtggattgcgcttgatcaatggatttcc
ggttcggggtcccaaacttcacctatcgctaaaatctctcttccgaccaattcccccgga
tggaatgaacggcatgcctttcagaaaataacagaaaccttcgatcaaacattttccttt
gttgaactactagatacgctagcatctccaccaatagatttggcaaattcacagctctcc
cttccatttcctgagccattagggtcttcatatcgaatgccaggcatagagccttatatt
gacttcgtcattggtcaagcacttgttactagatctgtcgacatccaggagcaccagatt
cgccacctccaattagcttgtttcaactttattgtgacatgtcttgagaatttcaacgaa
aacctcatatccatcgtaagcgaacatttcgttccgctcgattctggtatgcggtcctca
tccctgaacacgtacattagattgcatccatttgcgagagtgatggagtggctatttaac
gaggatgtccttaaggctatatttgccgctgcccatcaaaatattgacgatgtggcaagg
gccacgtcggattcaattatccttcgatctctgctccggagtattgacgttatgaatctc
attatggactaccaatcgacttattttgatgtcgtacgcccattaactaaatctcaatct
aggcaatccacaactaacgtggctaactcctcccttacatcgttcgaagacagtgtcgtt
aacaatcttcatatagtcacggatttgtgtctctattgcggtactggccacccgcagcta
actctcacttcgctcgcacttttggaaaaattatcaagctcgcgcaagttaaacaaggct
acttcatccacgttatctcgttggcaggcgtcaaatcagatagtagagttattgaacacc
gatgtcgaggcggatcgtattgctcgttctcttgcgtcacaaatgaagcctgatatacgt
gagctagagagcggacccgaatcttccggttaccttatcaagttaggacttgtaaactta
ctcgaccggtgtcttagtatcaaccctgaaaagccaaatatggcacacttacttctaggg
ttttcttgccttggaaaaacgcttgatgtcgcagtaggaagtttgttccaggaccaaatg
tcgcttttgcatgcaatcatcgaatttgcccagagctaccctgatggggtagatggaacc
atatttgcttggatggtgcatcttaaagaagcgagtttccgggtgcttcgatatctctgg
tcttcgaagctgtcgtcaactctcgttcttccagaacttcgttacagtcgtctccttgtt
tctctcttcgcaactcaacctccagtaggcccagagacactttggaatcatttccaaact
tctgatccagaattttggtattcggagtcacccgctgccttatcaggattccttaactat
cgaagcatgctctttgactatgccgtcaccgaaattcgctctgtttcgagccacggtgcc
ccttctttgcaaagggataccctttccaccttgctgggaagctccgtcgatgaaaataac
cgaacttttaaccacgcctccttcctcgacctctttgacttcgcagatttggacatagaa
tccataaaaccgccacccaatttgaaattctataatgatgttaacctggagccatatacc
aagacccagggcgatggttctttggtcctttatgatcttgctacagtgaaagagtttctt
gacttcactagacaagatttactacaggccggagtggcgaccgctcaagatgaagagcag
ctcttgtctgagcgagacaacgtattactatttctccatgccaataaccaaagtagaaga
attcgactcaatcggtactcggctgtccaatcctgggccgaacttgcaaccacgatcatt
gttacatgcgagatggactcaggacaaaggtcgatgttgattttgcatatcttgcaggtt
attctccccaaactcgaaagttccatcgtagatactgctgcagaggccattgagttaggc
cgtttggcagaatcattgctggagaagcttggttctagtccttccacccaaatccccaac
aaaggagctgacatcatcgatgaacgactctaccatctcttccaagcatgtcttcgtggg
atcccgctggccctcgaaaatagtcccttgagagaatgtctttacaacatttgttcgcaa
tatctttcgcgcattacgcgggatggatctaaacacaagcgctttggaaaccactcggaa
caagttgtcaagtcttcgggttcatcacttgtggaagtttcgtcatcgttgctcatagat
atgattgcccaatcgaactatctggccatgttcgtggatgttgtcggggcgataccctca
gagttccgcaatgcaccggccagtgaaacctcacgcctattggtttactatgatgcacat
ctgtcgctacttcaacaactttctcaatcacgaatcggcgcggagcgcatattagatgcg
ggtttgttccaagctgttaaggagtcccagctttttgctactgaccctgatatcggaatc
gacatcggcaacccagacgctcttcggaaatactatgacctgctccttgctgtaatgcgt
gtaattgtatctgcagtttttgcgcgtggcttgcacaacaagcaattacttgaccagacg
cgtacttttctttcaggaaatcgacaaatcatggttggaatatttaagcgatatgcaaaa
gttggtgggctggatggaggggaggttagtgagactctggaggatctagttaaatcgtat
gtcgctctgattgatgcggttggatttcttcaaataattggcgttacgactaattcaatt
agacctgcaccgaggggcgggaacaagtctgttggcaagcgaaaacacccggaacaagag
cctgaaatccgcgaggatcaatccccgaaacagacgactattacggacctttttgaaaac
ggcgggaataacatatcaaaaaacggtagaggggagcttctcccacctagcacaaagcga
gtgaggcgagatatatcccatcccacaagctccctctcaacctccgaccccacccaccaa
cccatttcagttgagaaaatgtacacattcccacagaacaataccgattcgaaatcaccg
actggtggaactggattgaattcgtcaccgaaatcaaacggtgccccccgtcaggccgga
tcgcgcgcgttcaattacatgacaagacccagcagcttcacgccacatacaggagctaag
aagctcgttgtcaaaaatctacgagccataccacgtttggatcaggatcgatatttagaa
aaggtctggtcgcagctggactcggctctgacagcagtcctggcagatcagaagccagaa
cagtcgcttgaggagctatacagaggcgctgaaaatgttataattcgttccattttctat
tacttagaccaatcattcctgttacattcggcggacaatccagtcatttacgagatgggc
ttaatccaattccgcacgacgatcttctccaacgatatattacgacctcgaatcttgcaa
ggagcctgccaactcattgaacttgacagggcggaagacaatacggtggtcgacccaaat
ttactcaaacgtgccatcaaactatttcatgacctgggtgtctacaagaagcatgttgaa
ccgtgcatgcttgacgcatcggaaatatacatcagtagatgggctgtttctgaacacacc
aatatcctaattaaagaagacgatatagttgatctacttagcaagaacgacaaatttgct
ctggaacaattatactctttgctacaacgacaggacctaggggccaaagtgaaaccggca
ttctccgcgtatattatcaaagaaggctctgctatcgtattcgatcaggagaatgaagac
aagatggttaccagacttttgaagttcaaggagaatttggatgaaatatggaagagcgca
tttcacaaaaatgaaaccctaggtcatagtcttcgggaggctttcgaaaaatttatcaat
gaaacgaaacaaacagggtcgaattggggtaccgataatccaaagcccggtgagatgatt
gcgaaatacgttgatatgctacttagaggaggtgtcaaggccattcagggtctggctgaa
gaatcaaaaagcgggagcacggcattagttgatgaggatgcggaaatcaaccagaaattg
gaccaggttttggatcttttccgttttgtccatggaaaagctgttttcgaagccttctac
aaaaacgatctcgcccgtcgcctacttatgggtagaagcgctagtgatgaggccgaaaag
agcatgcttgcaaggctcaggtcagaatgtggatcgaattttactcataacctcgagtcc
atgtttaaggacatggatcttgcgcgtgatgaaatggcatcgtataatgcgcttctcggc
ccaaaccgagatagatccaatatggatctgaacgtaaacgtcatatcagcggctgcatgg
ccatcatacccagatgtccaattgaaaataccaaaggttatatccagcgcgatggacagt
ttcgaacagttctacaataacaagtacaatggtagaaaacttcattggaaacactctctt
gcgcactgtcaactcaaggcaaagtttccaaatgggaataaggaaatcgttgtcagctcc
ttccaagccgttgtccttctccttttcaacgatgtggaggatgataccactttgtcatat
ccagaaatcaaggaggctacgggcttgtctgatatcgaattgaaacgaactctccaatcg
ctagcctgcgccaaataccgtgtcttgaccaagcgtccaaagggccgagacgtcaatgac
gacgacacattttctttcaactcaaacttctcagaccccaagatgcgcatcaagatcaac
cagatccagctcaaggagaccaaacaagagaacaagactacgcacgaacgtgtagcagcg
gaccgacactatgagacgcaggcagccatcgttcgaattatgaaggcgcgtaaggtcatc
actcatgcggagctattggtggaagtgattaataaaacgaagagcagaggtgtactagag
cctgcggggatcaagactaatattgaaaaactcatcgaaaaagattatatagaaagggaa
gagggaaacaagtatcgatacctagtttga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (12)   

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