KEGG T01026: DEHA2D17644g

Debaryomyces hansenii: DEHA2D17644g

Entry

DEHA2D17644g CDS T01026

Definition

DEHA2D17644p

Orthology

K06678

condensin complex subunit 3

Organism

dha Debaryomyces hansenii

Pathway

dha04111

Cell cycle - yeast

Class

Cellular Processes; Cell growth and death; Cell cycle - yeast [PATH:dha04111]

SSDB

Motif

Pfam:

Cnd3 HEAT_2 HEAT_EZ

Other DBs

NCBI-GI:

294656925

NCBI-GeneID:

8998552

UniProt:

B5RTK2

Position

D:complement(1463000..1466422)

AA seq 1140 aa
MTTEKPTLTSIKKINDLDSIRNAMAHVFQDAQLSLSGHRKLVIVLKNIQQRAIMLGYEEG
FILKFVKLLNKILSLKKGEQVADRVAKFCSIFVSALYKDEETLKEKKKNDKEGDRDMSSD
NSDSDEEEEEETSAGRFVDYLLRHLLRGIQAKDKNVRYRVVQLLAYIVNYIGEIDEELFK
ALHWSLNRRLFDKEANVRIQAVVAISSFQYINLPEEGEYSVDNQVNKATQSLLIAIQNDD
SAEVRRAALLNLAKNEVTIPFLLERARDVNSINRRLVYSRIIKELGDFRDIDFHLRENLL
KWGLNDRDESVQKNAIKMFSSNWLDIVDNDLIELIENLKVVDSDIADTAMMTFYRERADK
LASIEITENTWKELTTEKAFLIRTFYEHCNEHNLYDIIEKNFPESIELADLLYKYLNLRK
QIIDSNNELIENYESYRSSLKETDSKLQQLQYEEHELFQDIDGIEDSNYKKKKVSQAKKL
KKEFQTIANEKQQIMQRNKDMDEEYTSFHEQLKDLEFVIQQLLLISKQYDFSDEIGRRKM
LQIIRSSLANDKLSDKLIESSLKVLRKISINERDFLAMCTEIVTDIRDSYMDENDEDTFH
SAISGFRNSDSEDEEDEDNDKQEEIGEDANEDMGRNGSQSHKKRKKQPKQAPDDIIIQCL
LITQHLLELTEESLENNYSLGSLIESLVRPAVLRNEQPVIRSLGLKCLGLFSLLEKQLAI
ENLYLFGMAATKADEELRIICVKIIVDILSTYGVSVLDIEGGVDSLSLARLFYKILRIYE
MPNLQCVVAEGLCKLFLADILTDFGKGGKLNVNNDDDEEVVDEDEDEDDEGDDEDSEAKN
ERKARKIGAREKKKEEDQEKQLFETLILTYFHPLNIDNHALRQTLAFCIPVYAFSHPTHQ
DKVASISGDCFFRMFRDGGEFSKYENIASPTSIIQQLIHWCDPNNLVNLTQVEIKKSPAH
FWQSMGFLQAVEQDTPKSIKKIIINNLNKLYITEELGSTILKGLLNAIEDTKSMIESNQH
DPDFIFDALTEKNFDKFHQSIKDLIGKAEQMEAENSKNEQKNSFISEKSFQSNNSLVLNK
DSLLELDESAGDKHEKSDLDENQAEESNNDAEKVEENLQEIDRMLDEEENIDYHLPMDTD

NT seq 3423 nt +upstreamnt +downstreamnt
atgactacagagaagcctactctaacatcgatcaagaagatcaatgatcttgatagtata
agaaatgcgatggctcatgtttttcaggacgcccaactaagtttatcggggcatagaaaa
ttggtaattgtcttgaagaacatacaacaacgagcaattatgttggggtatgaggaagga
tttatattgaaatttgttaaactactcaataaaatattatccttaaaaaaaggggagcag
gtagcggatagagttgccaaattttgctctatatttgtttcagctttatataaggatgag
gaaactttgaaagagaaaaagaagaatgataaagaaggcgacagggatatgtcatccgac
aattcagactctgatgaagaagaggaggaggagacatcagctggaaggtttgttgattat
ttattgcgtcatttattaagaggtattcaggctaaagataaaaatgtacgttacagagtg
gttcagttgttggcttatattgttaattatattggagagattgacgaagaactattcaaa
gccttacattggtcgttaaatcgtaggttatttgacaaggaagcgaatgtgagaattcaa
gcagtagttgccatatctagcttccaatatattaatttacctgaggaaggggagtattca
gttgataatcaagttaataaggctacccagagcttgttgatagctatccaaaatgatgat
agcgcggaagtaaggagggctgcgttgttgaatttagctaaaaatgaggttactattcca
tttcttttggaacgtgcaagagatgtaaattccataaatagaagattagtctattctaga
atcataaaagagttaggggatttcagagatattgattttcatttaagagagaatctatta
aaatgggggttgaatgacagagatgagagtgttcagaagaatgcaataaaaatgtttagt
agtaactggttagatatcgttgacaatgatttgattgaattgattgaaaatttgaaagtt
gttgatagcgatattgctgatactgcgatgatgactttttatagggaaagagcagataaa
ttagccagcattgaaatcacggagaatacctggaaggaattgacgactgagaaggcattt
ttaatacgaacgttttatgaacattgtaacgaacacaatttatatgacataattgagaag
aattttccagaatctattgagttggctgatttactatacaagtacctcaatttgagaaaa
caaatcatagactcaaataatgaactcattgaaaattacgaatcgtacagatcatcttta
aaagaaacagattcaaagttacaacagcttcaatatgaagaacatgaattattccaagat
attgatggtatcgaagattccaactataaaaagaagaaggtttcacaagcgaaaaagctc
aagaaggaatttcaaacgattgctaatgaaaagcaacaaattatgcaaagaaataaagat
atggacgaagaatacacatcgtttcacgaacaattaaaggatttggagtttgttattcag
caattattgttgatctccaagcaatacgattttagcgatgaaattgggagacgtaaaatg
ttacaaataataagatcctcgttggccaatgataaattgtctgataaattaattgaaagt
tctttaaaggtattgagaaaaatatctataaatgagagagactttttagcaatgtgtaca
gaaattgttactgatattcgtgactcttatatggatgaaaatgacgaagatacattccac
tctgctatttccgggtttcgtaatagtgatagtgaagatgaggaagacgaagataatgat
aaacaagaggaaattggtgaagatgctaatgaggatatgggtagaaatggtagccaactg
cacaaaaagcgtaagaagcaaccgaaacaagcgccagatgatatcataatccaatgttta
ttgataactcaacatttattagaactcactgaagagtcattagaaaataactattctttg
ggatcattaattgaaagtttagtacgcccagcagtattaagaaacgaacaacctgtcata
agatcgttaggattaaaatgtttgggtttattttcattattagagaaacagctagcaatt
gagaacttatacttattcggtatggcggccacaaaagctgacgaagaattacgaataatt
tgtgtgaagataattgttgatattttatctacttacggtgtttcagtcttggatattgaa
ggaggtgtcgattctctttctttagcaagattgttttataaaattttaagaatttatgag
atgccaaacttacaatgtgttgttgcggaaggtctatgcaaattatttttggccgatata
ttgactgattttggtaagggaggcaagctcaacgttaataatgatgacgacgaagaggta
gttgatgaagatgaagatgaagatgatgagggtgatgatgaagatctggaagctaaaaat
gaaaggaaggcaaggaaaataggagccagagaaaagaaaaaagaagaagaccaagagaag
caattattcgaaaccttgattttgacgtatttccatccgttgaatatagataatcatgca
ttaaggcaaactctagccttctgcatacctgtttatgcgtttagtcatcctactcaccag
gataaagtggccagcattagcggggactgtttctttagaatgtttagagatggtggagag
ttttcgaagtacgaaaatattgcgtcgcctacttccattattcaacagttgattcattgg
tgtgatccaaacaatcttgtgaatttgacgcaagtagagatcaaaaagtcaccggcacat
ttttggcaatcaatgggattcctccaagcagttgaacaagatactcctaagagtattaag
aagatcatcataaataacttaaacaagctttatatcaccgaagaacttggttcaacgatt
ctaaaaggtttactaaatgcaattgaagataccaagtccatgattgaatctaaccaacac
gacccagatttcatatttgatgcgttaacagagaagaattttgataaattccatcaatcg
ataaaagacttgattggcaaggctgaacagatggaggccgaaaattcgaagaatgaacaa
aaaaatctgtttatctcggaaaagagttttcaactgaataattctcttgttctaaacaaa
gattcattacttgagttagatgaatccgccggagacaagcatgaaaaatcggacttagat
gaaaaccaggctgaagagtcaaacaacgatgcggaaaaggttgaagagaatttgcaagaa
attgacagaatgcttgatgaggaggaaaacattgattatcaccttccaatggacacggat
tag

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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