KEGG   Pyrus x bretschneideri (Chinese white pear): 103946862
Entry
103946862         CDS       T03446                                 
Name
(RefSeq) tRNA(adenine(34)) deaminase, chloroplastic-like isoform X1
  KO
K11991  tRNA(adenine34) deaminase [EC:3.5.4.33]
Organism
pxb  Pyrus x bretschneideri (Chinese white pear)
Brite
KEGG Orthology (KO) [BR:pxb00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:pxb03016]
    103946862
Enzymes [BR:pxb01000]
 3. Hydrolases
  3.5  Acting on carbon-nitrogen bonds, other than peptide bonds
   3.5.4  In cyclic amidines
    3.5.4.33  tRNA(adenine34) deaminase
     103946862
Transfer RNA biogenesis [BR:pxb03016]
 Prokaryotic type
  tRNA modification factors
   Deaminases
    103946862
SSDB
Motif
Pfam: MafB19-deam dCMP_cyt_deam_1 Bd3614-deam SNAD4 NAD2 APOBEC2 NAD1 APOBEC_N
Other DBs
NCBI-GeneID: 103946862
NCBI-ProteinID: XP_009355943
Position
Unknown
AA seq 1435 aa
MQNTYFSSSLYSVRSRRQGSLSYCFNDYSYLLNERFDRNPINPIRCSSSQSCCCCNCCGF
SVRRVAINPCYLYGLRQSTLLQRSASRRLVLGVGDGCSYRVQECKPDWGCCELPCSIRER
NVCDRRGRRRKGRCSCVVDGEGGGGVYDSGDLDDAEAMLSLLSEELGGECFLRERNEISV
KRVEKEGRRILSGRGRNVGSSKRGEEESRSFSGRERNAGSSKRVEVERVSVRGREKNGSS
SKGVQVDIEPDNSSEFNCRKKKSNVKVNTSESNLKRQFGSATVDLSEGDFRQKEEREVFL
RGENRRGMKGGSTSSYYSLSSSGDFGSEADAQDKHGFFGESASSVYEDSNFDIGGRFGGQ
VIEDYRKYMDDSEGRGEITKQRNTAVEGGVMWDWRKKTEKKLTEVVAEEAKAGGKSSEMN
SRVSKTNQSEFGEASGSRKQFDYEQENSYLTKGTREQYSQTQNQAVGVGVNESGRKFQER
NESEIRGSDVETTFLSQERLGEREENLAIATNLVQERQDERYNTAEYTSQNEELNRDHQK
PSKISQIRVIDVERISDRRRETDIRRIYQEENTNLLLSSANETDVQRHKIGQQVIGLVNL
GRKSPQITEVSEICDSGIEGANIVQTETGITNQVQQSNLVPTSDSTTNSQRISRKRTINQ
ESGIISTASSMEETRRRNNETDENRMQVKLRKGAQSGSGEASSFQSSLDVVSQATMQPHN
VEGHKISPQAMLLPPPSQLIARGSLCMESSSGMATQEISEEIPDSGSPALHTHLGNQTSA
LHRESSSGSGNSETQGEILYLIPEDALGSTYRLEKSSSQFFGDFVQKVRHEVSTSENQTE
NAVSEAKLVYGGEVYGDGLGTSVSLLESSSGNGNTQTEGEILYLVNPEDALDSAYRLEKS
SSQFVGEFFDRARHEVSTSENQDANTVSEAKLAHGGAKNGQVDSSQNRSEDSQKKGNDSR
RSSGGSGAKGPADEMWDVTDTSVLKTPKAEKSEATTTSGSTVVKRTGRSVWNIVADIVRL
RWTSHAETPHSAVKSGGRTSSNESASSEAWFSGHETEDNNEKNAKRDKDMEHQLQPPKSF
PQSGKLRSRDKVRQLEAGTPSSPNKEESGLPSKVISASSSEGILRSNENQKSFRGSSSGI
EKVESSQPLIASGVKSAVVEEISNAGNIVSGSGSMERIDQFGSQKLTEGVSDNVQMGGEL
KQRRFQRNKQVLRDRFDEWAEAHTHEIEQRKMDEMFMREALLEAKKAADIWEVPVGAVLV
QQGKIIARGCNLVEELRDSTAHAEMICIREASNVLRSWRLSETTLYVTLEPCPMCAGAIL
QARIDTVVWGAPNKLLGADGSWIRLFPEGGEVNSSEHSDKPAPPVHPFHPNMTIRRRVLA
SDCADIMQQFFQLRRKKKEKQADPAAAVSRPLPISHHPSKLLTKMHDIFHIMFCL
NT seq 4308 nt   +upstreamnt  +downstreamnt
atgcagaacacatattttagctcgagtttatattctgtgagaagcagaaggcaaggctct
ctgtcatattgcttcaatgattactcttacttgttgaatgaaagatttgacagaaacccg
ataaacccaattcgttgttcatcatcacaatcatgttgttgttgtaattgttgtggattt
tcagtccgtagagtggccataaacccttgttacttgtatgggttgaggcagtccacattg
cttcaacggtcagcttctagaaggttggttttgggtgttggggacgggtgtagttatcgt
gttcaggaatgtaagccggactggggttgttgtgaactcccttgctcgattagggagagg
aatgtgtgtgatagaaggggtaggagaaggaaggggaggtgtagttgtgtggttgatggg
gagggagggggtggagtttatgattcgggtgatcttgatgacgctgaggctatgctcagc
ttgttgagtgaggaattgggtggggagtgttttctgagagagagaaatgaaatttcggtt
aagagagtggagaaggaaggtaggaggattttgagtggtagagggagaaatgtcggttca
tcaaagagaggagaagaggagagtaggagttttagtggtagagagagaaatgccggttca
tctaagagagtagaagtagagagggtgagtgttcgtggtagagagaaaaatggaagctct
tctaagggagtgcaagtggacatcgaaccagacaatagtagtgagtttaactgtaggaag
aagaaaagcaatgttaaggtgaatacatcagagagtaatttgaagcgccaatttggatca
gccacagttgatttgagtgaaggggattttagacagaaagaagagagggaagtgtttttg
agaggtgagaatcgtaggggaatgaaaggaggttctacttcttcttattactctttatca
tcttctggcgatttcggaagtgaggcagatgctcaggataagcacggcttctttggggaa
tcagcttcaagtgtgtacgaggattcaaattttgatattggaggtagatttggtgggcag
gtcattgaagattacaggaagtacatggatgattctgagggcagaggagaaataacaaaa
caaagaaacactgcagttgagggtggtgtcatgtgggattggaggaagaagacagaaaag
aagcttacagaagtagtagctgaagaagctaaggctggtgggaaatcgtcagagatgaat
tcaagagtgtcgaagaccaatcaaagtgagttcggagaggcctctggatcccgcaagcaa
tttgactatgagcaagagaattcatacttgactaagggaacaagagaacaatatagtcaa
acacagaaccaagctgttggtgttggcgtgaatgaatctggaagaaaatttcaagaacgc
aacgaatcagaaatccgtggaagtgacgttgaaacaactttcttgtcccaggagagactc
ggagaaagggaagaaaacctagcgatagctacaaacttggtgcaggaaaggcaagatgaa
cgttacaacacagctgaatataccagtcaaaatgaagagttaaacagagaccaccaaaag
ccctcaaaaatttcgcaaattcgagttattgatgttgaaaggatctctgatagaaggagg
gagactgatataagaaggatttaccaggaagaaaacacaaatttattgctgagttcagca
aatgagacagacgtgcaacgccacaaaataggtcagcaggtcattggactcgtcaacttg
ggaagaaagtccccacaaatcactgaagtatcagaaatttgtgacagtggtattgaaggg
gccaatattgtccaaactgaaactggaattacgaaccaggtacagcagtcaaacttggtt
cctacttcagatagcactaccaattctcaaagaatctcaaggaagagaactataaatcaa
gaaagtggtattatatcaactgcttcatcaatggaggaaacaaggaggagaaataatgaa
actgatgaaaatcgcatgcaagttaaactcagaaaaggggcccaaagtggctcgggagaa
gcctctagtttccaatcatctttggatgtggtttcccaagctacaatgcaaccgcataat
gttgaggggcataagataagcccacaggcaatgctgctgcctcccccttctcaattgata
gctagaggatcgctgtgcatggagtcatcaagtgggatggcaactcaggaaatttctgaa
gaaattccagatagtggttcgcctgccttgcatactcacttggggaaccaaacttctgct
ttgcaccgagaatcatccagtggaagtggaaactctgagactcaaggggagattttatac
ctcattcctgaagatgctttgggttcaacttatcgtttggagaaatcatcttcacagttt
ttcggggattttgttcagaaagtaaggcatgaagtctcaacttctgaaaaccagaccgag
aatgcagtttctgaagcaaaattagtatatggaggtgaggtgtatggggatgggctaggt
acttcggtttcgctcctagaatcaagtagcggaaatggaaacactcagactgaaggggag
attttataccttgttaatccggaagatgctttggattcagcttaccgtttggagaagtca
tcttcacagtttgttggggagttctttgatagagcaagacatgaagtctcaacttccgaa
aatcaggatgcaaatacagtttctgaagcaaaattggcgcatggaggtgcgaagaatggg
caagtggattcgagtcaaaataggtctgaagactctcagaaaaagggaaatgactcaagg
cgttcatctggaggttctggagccaaggggcctgctgatgaaatgtgggatgtaacagac
acatctgttcttaaaacccccaaggcagaaaaatcagaggctactacaacaagtgggagt
actgttgtcaagagaacgggcaggtccgtatggaacattgttgcagatattgttaggctg
aggtggacttcacacgctgaaacccctcattctgctgtgaagtcaggtggaaggacttca
tcaaatgaatctgcaagtagtgaggcatggttttctggccatgagactgaggacaacaat
gaaaagaatgcaaaaagggataaagacatggaacatcagctgcaaccgcctaaatcattt
cctcaaagtggaaaactgagatcaagggacaaagtaagacaacttgaagcaggcacgccg
tcttctcctaataaagaagaaagtgggttgccatcaaaagtcatttccgcgtcttctagt
gaaggaattttacgttcaaacgagaatcaaaagagttttcgaggttcttcttctggcatt
gaaaaagtggagtcatctcaaccactaattgctagtggcgtaaagtctgctgttgtagaa
gaaatttcaaatgccggtaacattgtctctggaagtggttcaatggagcgcatagaccaa
tttggcagtcagaagttgaccgaaggagtatcagacaatgtgcaaatgggtggggaattg
aaacaaaggaggtttcagaggaataagcaagtcctcagagacagatttgacgaatgggca
gaagcacatacacatgaaattgaacaaagaaaaatggatgaaatgtttatgagagaagca
cttctcgaagctaagaaggctgctgatatttgggaggtacctgtcggggctgtactggta
caacaaggaaagattattgcacgtggatgtaatctagtggaagaattacgggattcaaca
gcccatgcagaaatgatatgcatacgggaggcttctaacgttctccggtcatggaggctt
tcggaaaccactctgtatgtaacacttgaaccgtgccctatgtgtgctggagcgatactc
caagcaagaatcgacactgttgtatggggagctccaaacaagcttctcggagctgatggc
agctggataagacttttccctgaagggggtgaagtaaatagctcggagcactcggacaaa
ccagctcctcctgtccacccattccacccaaacatgaccatccgacgtcgtgtgttggca
tcggattgtgcagatataatgcagcaattcttccagctgaggagaaagaagaaggaaaag
caggcagacccggcagcagcggtctcgcgtcctcttccaatttctcaccatccatcaaag
ttacttacaaagatgcatgacatcttccacataatgttctgtttgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (24)   

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