KEGG   Debaryomyces hansenii: DEHA2G12254g
Entry
DEHA2G12254g      CDS       T01026                                 
Name
(RefSeq) DEHA2G12254p
  KO
K11132  telomere elongation protein [EC:2.7.7.-]
Organism
dha  Debaryomyces hansenii
Brite
KEGG Orthology (KO) [BR:dha00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:dha03032]
    DEHA2G12254g
DNA replication proteins [BR:dha03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Telomerase complex (fungi)
    DEHA2G12254g
SSDB
Motif
Pfam: EST1_DNA_bind EST1
Other DBs
NCBI-GeneID: 2904976
NCBI-ProteinID: XP_462065
UniProt: Q6BIA6
Position
G:complement(1010865..1013837)
AA seq 990 aa
MATPSTIEEIQTYKTQLNEFLSKKFIDQSLLLGFNNVLQSKFQTLILSDCNDYYDNLKAY
ESQSENDVPNNQLDLEFKTIKIFEILWTEFHYPIIKFFQFHHATYYNDFSKKVLDSNGKD
KSLKAVEIRKINDNFNKFMKQVYQFYFTLLKYFSTHFQNPLIPDTFLAHFSFVIPNNAIK
TFNANLQANLIFLIHRCLLSLGDISRHRSFMELSYVNPCLSIKNFWKYYHLTNSSSKEKI
SLMKPLYEKALNFYKFCILLLPALNEPYNHIGMIYNLMDSKYDACYWFLRSQFTRLPDYK
LGLTNLNTILRKDWFINHLISFNNPNKKNKISVSKIDELNITLICLICYYYVPEYYHQSN
NTITKNFKHSKIEGDFFKKLFESFDKYIRRYEEEDLNLYVKQLVVLMSFNKLLERGSDKL
ISEQFIKFTFRYINKLLESCVSMEFDYQNKRVVLIILRLLSNWFKENKVILRNFQARKSL
MVNIVTLLNGMTSDIYGNDSLSQDINREKIIHLIKSNSRPVRDYYFKEDVYFRDFSIIKF
QLKDFKDDHIFASNNINLLVGDYSSLIDKTTLVPSFLDNDLYKQLIDNKGDDKKNNSHME
KSEFLDIEIIHYENNLRLKSVILLSKKLLESNPYGIEFDYNEGKFVISDTTTENLEVKLE
VKDSQGKDQSKTSDQTGKSNVKTQTKKKEPKVKANRSGKAWNEHETPSKLENKKEKKSIQ
VENSFDDINTKEQEGIQIPNTLQELNSFILSHSSQLQDSLLQNPNDKTVVVNSSTDDILT
QDPQRENGLQNMVDSLVLESSNSEPKSVNSNTPNIWKNGSSNEVVNSGTPSQSFNALNST
FSNSSAPNDYPMYGGMPMASQMTQGTHISPNYSQVFQQPYPQYFNPFPNQPQTGNSTPYY
RGANDRFMPMSSQSMLHSIPPSLPQQPLQGASQSPMPAASASPAPAQVYPQYGQFYNQFM
GPPQHMQPRPPPPQHPEQKSDRYGNPPYPS
NT seq 2973 nt   +upstreamnt  +downstreamnt
atggctactccgtctacaatcgaagagatccaaacatataagacccaattgaatgaattt
ttgagtaagaagttcatcgatcaatccttattattaggattcaataatgtacttcaatca
aagtttcagactttgattttatcagattgtaacgattattacgataacctaaaggcgtat
gaaagtcagtcggaaaacgacgttccaaataatcaacttgacctagaatttaaaacgata
aagatatttgaaattctctggaccgaattccactacccaatcattaaattttttcaattt
catcatgctacgtactataatgacttcagtaagaaagttcttgattctaatgggaaagac
aaatcgttgaaggcagtagaaatcagaaaaatcaatgataactttaataaattcatgaag
caagtttatcaattctactttacactattgaaatatttctcaacccatttccagaacccg
ttaattccagatacattcttagctcatttcagtttcgtcattcccaataatgctattaaa
acatttaacgctaatttgcaagcaaacttaatattcctaattcacagatgtctattgtca
ttgggtgatatatctcgtcatagatcatttatggaactctcatatgttaacccttgctta
tcaattaagaatttttggaagtattatcatttgacaaatctgtcaagcaaggaaaagatt
tcgctaatgaagccattgtatgagaaggcattgaatttctataagttttgtatattactt
ttaccagcactcaatgagccatataatcatattggaatgatctacaatttaatggatagc
aaatatgatgcttgctattggttcttaagatctcagtttacaagacttcccgattacaaa
ttaggtttaaccaacttgaacacaattttacgaaaagattggttcattaaccatttaatt
tccttcaataatccaaataagaagaacaaaatttctgtgtcgaaaatagatgaattaaac
ataactcttatctgcttgatatgttattattatgttcccgagtattatcatcagtctaat
aacacgatcactaaaaactttaagcattcaaaaattgaaggagactttttcaaaaaatta
ttcgaatcgtttgacaagtacattcgtagatatgaagaagaagatttaaatctctacgtt
aagcaactagtggtgttaatgtcgttcaataaactacttgaacggggtagtgataagtta
atatcagaacaatttattaagtttacatttcgttatataaataaacttctagaatcatgt
gtctccatggaattcgactatcaaaataaaagggtagttctaattattctaaggttatta
tctaactggtttaaggaaaacaaagttattttgagaaatttccaagctagaaaaagcctt
atggtgaacatagttacgctattaaacggaatgacttctgatatatatggtaatgattca
cttagtcaagacataaatcgggaaaaaataattcatttaattaagtcgaattcgaggcca
gtgagagattattattttaaggaggatgtttactttagagactttctgattatcaagttt
caactcaaggatttcaaagacgatcatatctttgcgtcaaataacatcaacttacttgtc
ggagattattcaagtttgatagataaaaccactcttgtaccatcattcttggacaatgat
ttgtacaaacaattaattgacaacaaaggcgatgataagaaaaataattctcacatggaa
aagagtgaatttcttgatattgaaattattcattatgagaataatttaagattaaaatct
gtgattttgttaagtaaaaaattacttgagagcaatccatatggcatcgaatttgattac
aatgaaggtaaattcgtcattagcgatactactacagaaaatttagaagttaaactagaa
gtcaaagactctcagggcaaagaccaatcaaaaacctctgatcaaaccggcaagtctaat
gtcaaaactcaaacgaaaaagaaagaacccaaggttaaggcaaataggtctggaaaagct
tggaatgagcatgaaactccatcgaagttagaaaacaagaaagaaaagaagagcattcaa
gttgagaattcttttgatgatataaacacaaaagagcaagaaggaattcaaattccaaat
actcttcaagagctcaattcttttattctcagccattcttctcaattacaggatagcttg
ttgcagaatcctaatgataaaaccgttgtggtcaactcaagtactgatgacattttgact
caagatccacaaagggaaaatgggcttcagaacatggtggactcattagtgcttgaatca
tctaatagtgaacctaagagtgtaaattccaatacaccgaatatttggaagaatggaagt
agtaatgaagttgttaattccggaactccatctcaatccttcaacgcgttgaattctact
ttctccaattcatctgcgcctaatgattatcctatgtatggtggaatgccaatggcatct
caaatgactcaaggaacacatatttcgccgaattattcgcaagtgttccagcagccttat
ccacaatatttcaatccattcccaaatcaacctcaaacgggtaacagcacaccttactat
cgtggagcaaacgaccgtttcatgccaatgtcttcgcagctgatgttacattcaatacca
ccatcgcttccacaacaaccattacagggtgcatcccaatcaccaatgccggcagcctca
gcgtctccagcacctgcacaggtatatccacaatatggtcagttttataaccagttcatg
ggaccaccacaacatatgcaaccgcgtcctcctccaccgcagcacccggagcaaaaatct
gatcgctacggaaatcctccatatccttcgtga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (87)   

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