KEGG   Plutella xylostella (diamondback moth): 105382916
Entry
105382916         CDS       T03915                                 
Name
(RefSeq) regulator of telomere elongation helicase 1 homolog
  KO
K11136  regulator of telomere elongation helicase 1 [EC:5.6.2.3]
Organism
pxy  Plutella xylostella (diamondback moth)
Brite
KEGG Orthology (KO) [BR:pxy00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:pxy03032]
    105382916
Enzymes [BR:pxy01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.3  DNA 5'-3' helicase
     105382916
DNA replication proteins [BR:pxy03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    105382916
SSDB
Motif
Pfam: DEAD_2 Helicase_C_2 ResIII DEAD CCM2_C DUF4589
Other DBs
NCBI-GeneID: 105382916
NCBI-ProteinID: XP_011551198
Position
Un
AA seq 976 aa
MPEVMISGIPVSFPFDPYDVQTAYMEKVIEALQNSTNALLESPTGTGKTLSLLCSSLAWL
LVKKAQLQMNAQVGNFAEHSGGFSSNLNEKLKAGAGKTKDNTTWGMPKIIYSSRTHSQLT
QAMQELKRSSYRHVKAAVLGSRDQMCIHPEVSKETNNMNKVHMCQLKVKSRTCHFYNNVE
SKKEDRAVKGDEILDIEDLVSAGKKLNCCPYYLAKELKQDADIIFMPYNYILDPKSRKAN
GVELLNNIIILDEAHNVEKMCEESASLQIRTTDVALCIDEITYIMRSFSETSDEQMDMTL
DNSTPKDFTADDLCILKEIMLAFEKAIDEINVGSEGSTFPGGYIFELLAKAEIKDHNQMS
VITLIENLIQYLSTASASPFQRKGVGLQKIVDLLNVVFSGTTHAYKERVKMCYKVHVQVE
EKKNNKKSEGWGTIKAANPKSAERVLSYWCFSPGFGMKQLVEQNVRSIILTSGTLAPLKP
LISELGIPIGVQLENPHIVNSTQVCVKIISQGPDSTPLNSNYQNRDNPKYISSMGRTILS
FCRVVPDGLLVFFPSYPIMTKCQEMWQSEGIWSSINNIKPIFVEPQRKDTFNAIMTDFYS
KINDPSTKGACFMAVCRGKVSEGLDFADMNGRAVMITGLPFPPLKDPRIVLKKKYLEELR
QKNKEFLSGDEWYSLEATRAVNQAIGRVIRHKNDYGAILLCDSRFNSPKLKCQLSAWLRD
LISVSNKFGETVSEICRFFKTAEATLPSPKLKPLLSHEANLGFKEYASVNMSGVAFPKAN
VRAVAKSSAKKTVSQYPNSNEVYADFSMEFYRNAQSSTYVNAFKPKETKDLFSAIDSSSS
TISELSQPLVNIQKRDADDSVLLVAKKKKLKIKSFGFEDNLANGESSSKVVEEKVAPTSL
IDFVKEVKTLLEIDQYKKFQVSITSYKKDTDFNVFLKSLVSLFENRKLFYLMKGMKRFLK
DEHKEVFQEYCDNVKL
NT seq 2931 nt   +upstreamnt  +downstreamnt
atgcctgaagttatgatatcaggtatacctgttagtttcccgtttgatccttacgatgtg
cagactgcttacatggagaaggtgatagaagctctccaaaacagcaccaatgccttactg
gagtctccaactggcaccggaaaaaccttgagcttgttatgttcatctctggcatggctg
ctggtcaagaaagcacaactacagatgaatgcacaagttggcaactttgctgaacacagt
ggcggctttagtagtaacctcaacgagaaactaaaggctggtgccggaaaaactaaagat
aacacaacctggggtatgcccaaaattatatattcctcaagaacacattctcaactgacc
caggctatgcaggaactgaagcggtcaagttacagacatgtcaaagcagctgtgcttggc
tccagagatcaaatgtgcatccaccctgaagtgtcaaaagaaacaaacaacatgaacaaa
gtccacatgtgtcaattgaaggtaaaatctaggacttgccacttctacaataatgttgag
tcaaagaaggaagatagagctgttaaaggggatgaaatattagacatagaggacttagtg
tctgctggcaagaagctgaactgctgtccttactatcttgctaaagaactgaagcaagat
gctgatatcattttcatgccttacaattacatattggacccaaaatctaggaaagctaat
ggtgtggaattattgaataatatcataattcttgatgaggctcacaatgttgagaaaatg
tgtgaagagtctgcctccttgcagataagaactacagatgttgcactttgtattgatgaa
atcacatacataatgagaagcttcagtgaaaccagtgatgagcagatggacatgaccctt
gacaacagcacaccaaaagatttcacagccgatgacttgtgtattctgaaagaaataatg
ttggcctttgaaaaggcaatagatgaaattaatgtggggtcagagggatctacattccct
ggtggatatatttttgaacttctagccaaagcagaaataaaggatcataatcaaatgtct
gttataactttgattgagaatctaattcaatacctttccacagcaagtgcttcaccattt
cagcgtaaaggggttggcttacagaagatagtagatttactaaatgttgttttcagtggt
accactcatgcttataaagaaagagtaaaaatgtgctacaaagtgcatgtgcaagttgaa
gagaaaaagaacaataaaaagtctgagggctggggcactattaaggctgcaaatccaaaa
tctgctgagcgggttctcagttattggtgttttagccctgggtttggtatgaaacaacta
gttgaacagaatgtaagaagtatcattcttactagtggaacacttgctccattaaagcct
ttgatatctgaattgggaattccaattggtgttcagcttgaaaacccacacatagttaat
tctactcaggtttgcgtcaagattatcagccaaggtcctgattctacaccgttaaattcc
aattatcaaaatagagataatcccaaatacatatcgtccatgggcaggactatactgagt
ttctgtagggtggtaccagatgggctgttagtgttctttccttcttatcccataatgacc
aagtgccaggaaatgtggcaatctgaaggaatttggtccagcataaataatattaaacca
atatttgttgagcctcaaagaaaagacacttttaatgcaatcatgactgacttttacagc
aagataaatgatcccagcacaaagggagcttgcttcatggctgtgtgtagaggaaaggtt
tcagaaggtttagattttgcagatatgaatggaagagctgtaatgattactggactacct
tttccacccttaaaggacccaagaattgtcttaaaaaagaagtatttggaggagctcagg
cagaagaacaaagaatttctctctggggatgagtggtactccttagaagctacaagagct
gtaaatcaagccataggaagagtaataagacacaagaatgactatggtgcaatcttgcta
tgtgatagccgattcaacagtccaaaactaaaatgccagttatcagcttggctcagagat
ctcattagtgtatctaataaatttggggagacagtaagtgaaatatgcagatttttcaag
acagcagaagcgacactgccatcacctaagttaaaacctttactttcacatgaagctaat
cttgggtttaaagagtatgcatcggtcaacatgagtggggtggcttttcccaaggcgaat
gtaagagcagtcgctaaatcctctgctaagaagactgtaagccagtatcccaactctaat
gaagtgtatgcagacttctcaatggaattctacagaaatgcacaatcttcaacttatgta
aatgcatttaagccaaaggaaaccaaggaccttttcagtgctattgatagtagtagctca
acaatatcagaattatctcagcctttggtaaatattcaaaagagagatgctgatgattca
gtgttactggtggccaagaaaaagaagctaaaaataaaatcatttggttttgaagataat
ctagctaatggagagtcatcaagtaaagttgtggaagaaaaagtggctcctacatcactg
atagattttgtaaaagaagtcaaaactctattggaaatagatcaatataaaaagtttcaa
gtttccataactagttacaaaaaagatacagattttaatgtatttctgaaatcacttgtt
agtctatttgagaacaggaagttattttatttaatgaaaggcatgaaaaggtttttaaaa
gatgagcataaagaagtttttcaagaatactgtgataatgttaaattatag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (49)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (62)   

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