KEGG   Hevea brasiliensis (rubber tree): 110639944
Entry
110639944         CDS       T05150                                 
Name
(RefSeq) tRNase Z TRZ3, mitochondrial-like isoform X1
  KO
K00784  ribonuclease Z [EC:3.1.26.11]
Organism
hbr  Hevea brasiliensis (rubber tree)
Brite
KEGG Orthology (KO) [BR:hbr00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:hbr03016]
    110639944
Enzymes [BR:hbr01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.26  Endoribonucleases producing 5'-phosphomonoesters
    3.1.26.11  tRNase Z
     110639944
Transfer RNA biogenesis [BR:hbr03016]
 Eukaryotic type
  3'processing and CCA adding factors
   3'processing factors
    110639944
 Prokaryotic type
    110639944
SSDB
Motif
Pfam: Lactamase_B_4 Lactamase_B_2 Lactamase_B
Other DBs
NCBI-GeneID: 110639944
NCBI-ProteinID: XP_021646769
Position
Unknown
AA seq 932 aa
MLQTSNLRLLFSPLKPFLPFSFSKPKPYSLFTIFSSSSSRRHPTTPSHQSLNFRSRSNST
FSRETNSKSRERDKGLPMEESGNETFGFNKRKAEGRDKSDKPERNLQLKVRKLNPTNTIS
YLQILGTGMDTQDTSPSILFFFDKQRFIFNAGEGLQRFCTEHKIKLSKIDHVFLSRVCSE
TAGGIPGLLLTLAGMGEEGMSVNVWGPSNLQYLVDAMKSFIPHAAMVHTTSFGSDATAQF
GASNFTDPINLVDNEVVKISAILLRPSYSEGSAGKPGDISVIYLCELPDIVGKFDPEKAK
ALGLKPGPKYRELQSGKSVKSDHQNIVVHPSDVMGPSIPGPIVFLVDCPTESHMQELLSI
QSLHSYYADYLGSSPENVKTVTCIIHLSPPSVISSPNYQNWMKNFGSAQHIMAGHEMKNV
EIPILKSSARIAARLNYLCPQFFPAPGFWSLKQVNSSKVDSSFSGKDCVSKFPESISAEN
LLKFTLRPHAHLGLDKSSIPSLMAPSEVIQELVTEIPEIVGAAQDVRQLWLGSAETKGDM
TLVQDKYAVPSCLEDIRRDDLEIVLLGTGSSQPSKYRNVSSVYINLFSKGGLLLDCGEGT
LGQLKRRYGVEGADLVVRNLKCIWISHIHADHHTGLARILALRCDLLKGVAHEPLAVIGP
RQLKRFLDAYQRLEDLDMQFLDCRSTNLASWEAYEGNSEYKYCSTTGSPNNLEDVNKPTV
NNESTLFARCSRMQSYWKRPGSPVDNAMIFPVLKSLKKVLGEAGLEALISFPVVHCPQAF
GIVLKAAERINSIGKMIPGWKIVYSGDTRPCPELVEASNGATVLIHEATFEDDLVEEAVA
RNHSTTKEAIEVGNSAAAYRIILTHFSQRYPKIPVFDETHMHKTCIAFDMMSVNMADLPV
LPRVLPYLKLLFKNETIVDELNDVTDAVSAVS
NT seq 2799 nt   +upstreamnt  +downstreamnt
atgctccaaacctcaaatctgcgcctcctcttctctcctctaaagccctttctgcctttc
tctttctctaaacccaagccttactctctcttcaccatcttctcttcttcttcttctaga
cgacaccctaccacgcctagccaccagtctctcaattttagaagcagaagtaatagtact
tttagtagagagactaatagcaagagtagagaaagggacaaaggtcttccaatggaagag
agtggtaatgaaacttttgggtttaataaaagaaaggctgagggcagagataaaagtgat
aagcccgaaaggaatctccagttgaaagttcggaagcttaatcctaccaatacaatctct
tacttgcagattctggggactggaatggatactcaggatacttcaccttcaatcttgttc
ttctttgacaagcaaagattcatttttaatgctggtgagggattgcagcgattctgcaca
gagcataagattaagctatcaaagatagatcatgtatttctctctcgtgtgtgctcagag
acagctggtggcattccaggtttgttgttgactttggctggcatgggagaagaaggaatg
tcagtcaatgtatggggcccttcaaatcttcagtatttggttgatgcaatgaaatctttc
attcctcatgctgccatggttcatacaaccagttttggttctgatgccactgctcagttt
ggtgcaagtaacttcacagatccaattaaccttgttgacaatgaggttgtcaaaatatca
gccattctcctacgaccaagctactcagaaggatctgcaggaaagcctggtgatatttct
gtgatatatctttgtgaattgcctgatattgtggggaagtttgaccctgaaaaagcaaaa
gctcttggtctgaaacctgggccaaaatatcgtgaactgcaatcagggaaatcggtgaag
tcagatcaccagaatattgtggttcatccaagtgatgtaatgggtccatcaattcctggt
ccaattgtatttcttgttgactgcccaacagaatctcacatgcaggaattattgtcgata
caatcccttcatagttactatgcagattacttgggtagctcaccagagaatgtgaaaacg
gtgacttgtatcattcatttaagtcctccttctgtaataagcagtcccaattaccagaac
tggatgaagaattttggttcagcccagcacattatggctggacatgaaatgaagaatgtg
gaaattcccattcttaaatccagtgccagaattgctgcaaggcttaattacctatgccct
cagttctttccagctccaggtttttggtcacttaagcaggttaacagctcaaaagtagac
tccagtttttcaggcaaggattgtgtctcaaagtttcctgaaagcatatcagctgaaaat
cttcttaagttcactttacgtccccatgctcatcttggattggataaatccagtattcca
agtttgatggctccctcagaagtcattcaagagttagtgacagagattccagaaattgtt
ggtgctgcccaagatgttcgtcagttgtggcttggatcagcagaaacgaaaggagacatg
acccttgtgcaagacaaatatgctgttcctagttgtttggaagacataaggagagatgac
ctggagattgtgcttctggggactggttcatcccaaccttctaagtaccgaaatgttagt
tctgtctatattaatctcttctctaaaggaggtttgctcctagactgtggggaaggaaca
cttggacaactgaaaagaaggtatggtgtggagggtgctgatttggttgtaagaaatctg
aagtgtatttggatttctcatattcatgctgatcaccatacaggattagcaaggatactt
gctctgcgatgtgatttgttgaagggcgtggcccatgagccattagctgttattgggccg
aggcagcttaagagatttctagatgcatatcaaagactggaggacctagatatgcagttc
cttgattgtaggagcaccaatttagcctcttgggaagcttatgagggcaatagtgagtat
aagtattgctcaactacaggaagtccaaataatcttgaggatgtaaacaaacctacagtg
aataatgagtcaaccctgtttgctagatgtagccgtatgcagagctactggaagagacca
ggcagtccagttgacaatgcgatgattttcccagttctgaagagtttgaagaaagtgctc
ggtgaagcaggattggaggcattgattagtttccctgttgtacattgtccacaggcattt
ggcattgtgctgaaggcagcagagagaatcaattctattgggaaaatgataccagggtgg
aagattgtgtactcaggtgacactaggccctgtccagaactggtagaggcatctaatgga
gcaacagtccttatacacgaggcaacttttgaggatgacttggtggaggaagctgtagcc
agaaaccacagcacaacaaaggaagccatagaagtaggaaactccgcggctgcgtaccgt
atcatcctcacccacttcagccagagatacccaaaaatacctgtttttgatgaaactcac
atgcacaaaacttgcattgcttttgacatgatgagtgttaacatggcagacttgcctgtg
cttcctagagtacttccttaccttaaattacttttcaaaaatgagacgatagttgatgaa
ttgaatgatgttactgatgctgtaagtgcagtttcttga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein domain (3)   
   Pfam (3)   
All databases (12)   

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