KEGG   Phalaenopsis equestris: 110020958
Entry
110020958         CDS       T05601                                 
Name
(RefSeq) tRNase Z TRZ3, mitochondrial-like
  KO
K00784  ribonuclease Z [EC:3.1.26.11]
Organism
peq  Phalaenopsis equestris
Brite
KEGG Orthology (KO) [BR:peq00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:peq03016]
    110020958
Enzymes [BR:peq01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.26  Endoribonucleases producing 5'-phosphomonoesters
    3.1.26.11  tRNase Z
     110020958
Transfer RNA biogenesis [BR:peq03016]
 Eukaryotic type
  3'processing and CCA adding factors
   3'processing factors
    110020958
 Prokaryotic type
    110020958
SSDB
Motif
Pfam: Lactamase_B_4 Lactamase_B_2 Lactamase_B
Other DBs
NCBI-GeneID: 110020958
NCBI-ProteinID: XP_020574925
Position
Unknown
AA seq 992 aa
MSQITTLRLLCSSSSFLIPNPFLRFSFSLSLLSKSRALLSSHFSALTVRSYYGRRGRRPP
GRGGRFQHRRGNSTLREERRKDIDPAPVREMEEAGMVGFNKRRAEGRDKSYRPRTLQLKS
RKLNPVNTVCYVQILGTGMDTQDTSASVFLFFDKQRFIFNAGEGLQRFCTEHKIKLSKVD
HIFLTRVSSETAGGLPGLLLTLAGIGEEGMSINVWGPSDLKYLVDAMLSFIPNAAMVHAH
SFGEKQSANGVAVLDHNLGCSVDPIVLIDDEVIRLSAILLRPNCSGGSSMKPGDVAVVYA
CELPDIKGKFDPEKAVSLGLKPGPKYRELQLGNSVMSDSLNIMVHSSDVLGPSIPGPIVL
LVDCPTPSHMQDLFSAQSLNSYYVDSPDCQREGVKLVNCVIHLGPASVTKNTDYQIWMKR
FGKAQHIMAGYEMKNMKIPILKSSARISSRLNYLCPQLFPALGAWPSENGFIPSLRDSIV
PCEAHSSGFVDSVSAENLLKFHLRPYSQLGLDRSAIPSLLNHTQIFNELYSEIPEIIDVS
EFISSFWKNHVENKGLRPMKCSDVVEEPWIKEASHLSDNLENQRENTSKEGYPWLNFNQK
PELDPSDIPTCLDNVTREDMEIVLLGTGSAQPSKYRNVSSIFINLFTKGSLLLDCGEGTL
AQLKRRFGVLGADNALKTLKCIWISHIHADHHTGLARILALRSQLLRDLPHEPLLVIGPR
PLKRFLDAYSKLEDLDMLFLDCRHTTEAFMDIVHSSNGFHEDRFANVEEKESRGKEAEPQ
TLETNLFAQGSKMQSYWKRPGSPVDKATVMPILRHLKDLLLKAGLEALYSVPVVHCPQAF
AIVLKAAERTNSVGKAIPGWKLVYSGDTRPCQSLIDASRNATVLIHEATFEDGLAEEAVA
RNHSTTMEAIEVGSKAGAYRIILTHFSQRYPKIPVFDEAHMHNTCVAFDLMSVNVADLPL
LPKVLPFLKVLFKNEIVVDESDDAMDVDAGQY
NT seq 2979 nt   +upstreamnt  +downstreamnt
atgtcacaaatcacaaccctgaggcttctctgctcttcttcctcctttctcatcccaaat
cccttcttaagattctccttctctttatccctcctttcgaagtccagggctttactgagt
tctcacttctccgccctcaccgtgcgttcctactacggtcgaagaggaagacgaccccct
ggccgtggcggacgttttcagcacaggagaggaaacagtacgttgagagaggagcgaagg
aaggacatagatcctgctccggtgcgtgaaatggaggaagcggggatggtgggattcaac
aagagaagggcggaagggagggataagagttacaggcccaggactctccagctcaagagt
cgaaagctgaatcctgtaaacaccgtttgttatgtacagattttgggcactggaatggac
acacaggacacctcagcatctgtttttttgttctttgataagcagaggtttatatttaac
gctggagagggattgcaacgattctgcacagagcacaaaatcaagttatcgaaggttgat
catatattcttaactagagtgtcatcagaaactgccggaggtcttccaggtcttctgctt
actctagccgggataggagaggagggaatgtcaattaatgtctggggtccttctgacctt
aaatatctggttgatgccatgctttcatttattccaaatgccgccatggtgcacgctcac
agctttggggaaaagcaaagcgctaatggagttgcagttttggatcataatttgggttgt
tctgttgatccaattgttcttatagatgatgaggttatccgtttgtcagcaattctcttg
aggccaaattgctctggaggctcatctatgaagcctggtgatgttgctgtggtctacgct
tgtgagctacctgacattaagggaaagtttgatccagaaaaagctgtatcccttgggttg
aaacctggaccaaaatatcgagagttacagcttggcaactcagtcatgtcagacagtctt
aacattatggttcattctagcgatgttttaggtccttcaattcctggtccaattgtgctt
cttgtagactgtcctacgccatcacatatgcaagatttgttctctgcacaatctctcaat
tcttattatgtagattcaccagattgtcaaagagagggcgttaaattagtgaattgtgta
attcatcttggaccagcttctgtaacgaagaatactgattatcaaatatggatgaagagg
tttggaaaagcgcaacacatcatggcaggatatgaaatgaaaaatatgaaaattcctatc
cttaaatcaagtgcaagaatttcatcaaggcttaactatctctgtccacaactgttccca
gctttgggagcttggccgtctgagaatggattcattccttctcttagagactctattgtt
ccgtgtgaggctcactcttcaggttttgttgatagtgtctcagctgaaaatctactgaag
tttcacttgcgtccctactctcagcttggattggacagatctgctattccgagcctgctt
aatcacacacaaatattcaatgaactatattctgaaatcccagaaattatagacgtttct
gaatttataagttcgttctggaagaatcatgttgaaaataaaggtttgagacccatgaag
tgtagtgatgtggtggaggaaccatggataaaagaagcttctcacctttctgacaactta
gaaaatcaaagggaaaatacatctaaagaaggatatccttggctaaatttcaatcagaaa
ccagaacttgatccctctgatattcccacctgcttggacaatgtaaccagagaagacatg
gaaattgttctgttgggtacaggctccgcacaaccctcaaagtatcgaaatgtcagttct
atctttatcaatcttttcaccaaaggaagtttactgctagattgtggtgaaggcactttg
gcacagttgaaaagaaggtttggagttttaggcgcagataatgctctgaaaacattaaaa
tgtatatggatttctcatattcatgccgatcatcatactggtctagctagaatacttgca
ctgcgaagccagcttttgagggacttgcctcatgagcctttacttgtaattggaccaagg
ccattgaagagatttttagatgcttattctaaacttgaagatctggatatgttattcttg
gactgcagacacacaacagaagctttcatggatattgttcacagttccaatggctttcat
gaagatcgctttgctaatgttgaagaaaaagaaagcagaggaaaagaagccgagcctcaa
actttagaaactaacttatttgcacaagggagtaaaatgcaaagctattggaagagacct
ggaagtccggttgataaggctacagttatgccaattttgaggcatctgaaggacttgctt
cttaaagcaggtttagaggctttatatagtgtccccgttgtacactgccctcaggcattt
gctattgttttgaaagcagctgaaaggacaaatagtgtgggaaaagccataccaggctgg
aaactagtttattcaggtgatacaagaccatgccaatcactcatcgatgcttctcgcaac
gcaactgttcttatccatgaggcaactttcgaggatggcttggcagaggaagccgtggca
agaaatcacagcaccacaatggaggctatagaggtgggatcgaaagcaggagcttatcgt
ataattctcactcatttcagccagagatatcccaaaatcccagtttttgatgaggctcac
atgcacaatacatgtgttgccttcgatctgatgagcgttaacgttgcagatcttcctctg
cttccgaaggttctcccatttttaaaagtgcttttcaaaaatgaaatagttgtggatgaa
tctgatgatgctatggatgtagatgcaggccaatattga

  All links  
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 sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (14)   

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