KEGG   Lates calcarifer (barramundi perch): 108892642
Entry
108892642         CDS       T04895                                 
Symbol
tut4
Name
(RefSeq) terminal uridylyltransferase 4
  KO
K13291  terminal uridylyltransferase [EC:2.7.7.52]
Organism
lcf  Lates calcarifer (barramundi perch)
Brite
KEGG Orthology (KO) [BR:lcf00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    108892642 (tut4)
Enzymes [BR:lcf01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.52  RNA uridylyltransferase
     108892642 (tut4)
SSDB
Motif
Pfam: TUTase PAP_assoc NTP_transf_2 zf-CCHC Polbeta PAP_NTPase zf-CCHC_4 zf-C2H2_jaz zf-CCHC_2
Other DBs
NCBI-GeneID: 108892642
NCBI-ProteinID: XP_018545836
UniProt: A0A4W6CTR8
Position
LG17:complement(26012868..26029525)
AA seq 1528 aa
MDESISPVKSVKQSQPRGAKALSSEKSNKEAPAQREANKSAPRSKENLTTAKDDHNISSQ
GSRGQGKTSTDTSQEKRRGRPSRLTRLSGRTSSGERGKGKGAGSQQQLVALAPDSRASLS
VDSSPSANRETKSPAVPGTPEKGLAEHAKSSIVTPTKEKSHGVKAAALMHQSVEEGTEVR
PTVEDGPLTEQQLGLRQAEERLFRDYIHRLVKQSPEYPNYQYLCKLCSVHIENIQGAHKH
IKEKRHKKNIMEKQEENELRALPPPSTAQLRAVDMAVLETARQQGISEEDFEERKAVVVR
MEEIIKRHLSACSLRLYGSCLTRFAFKTSDINIDVTYPSSMTQPEVLIQVLEILKNSSEF
SEVESDFHAKVPAVFCRDVSSGLMCKVSAGNDVACLTTNHLAALAKLEPRLVPLVLAFRY
WARLCHIDCQAEGGIPSYSFALMVIFFLQQRKEPILPVYLGRWIEGFDVKRVDEYHLTGI
ALDMFVRWEHRPPSSTEGRGENRNEARGESKPKPEQNKSEDTHYSEGLTRLTLDQGKDVT
LGQLWLELLRFYTLEFALEEYIISIRLKVLLSREVKNWPRRRLAIEDPFALKRNVARSLN
SQMVFEYIQERFRTAYKYFACPQRKGTGGRQMNKRAGKQGANLEGVEKKEAAFVNKEEDD
GKGDKSQSTQRGHQGLKEDDEPDSDDEDGSDPSRKKDEKTLDASLMDMVLNEGNKPSFSP
NGLLDSDKEGEEEDEEENGVSEKDGPVPSEDLHYVFDKMIFTGGKPPTVVCSICKRDGHL
KDECPEDFKKIELKPLPPMNDRFRDILDGLCKLCYYELSPTPAEQQKREQILASLERFIR
KEYNDKAQLCLFGSSKNGFGFRDSDLDICMTLEGHETAEKLNCKEIIEGLAKVLKKHTGL
RNILPITTAKVPIVKFEHRQSGLEGDISLYNTLAQHNTRMLATYAALDPRVQFLGYTMKV
FAKRCDIGDASRGSLSSYAYILMVLYFLQQRQPPVIPVLQEIFDGKTVPQRMVDGWNAFF
FDDLEDLRRRLSELQPNTESVGELWLGLLRFYTEEFDFKEHVISIRQRKRLTTFEKQWTS
KCIAIEDPFDLNHNLGAGVSRKMTNFIMKAFINGRKLFGTPFYPVPGTEVDYFFDSKVLT
DGELAPNDRCCRICGKIGHYMKDCPKRRRMKKKENDKDEDIKEEEREPKDRRCFQCGDMG
HVRRDCPEYRHLKQRAAGAPAPHMVRTMVSSQSIPNPQAVADCPGRTRQPSECSDSRQTP
PYSPQPTAVPQSSSQSSSSPQPSHSKTSSAGPPKQPAHPQVPLPLFSFPTSLPGQYHPGT
LTTMGLLPSHQHQSHQSQGQPHHPVHIPSTSWPIHGPVLTTSSPTAPSPPGLKFALRSAS
GNGSPTGSGGNPGPMNLNDPSIIFAQPAGRQLGIGGPGREGHWHNHLAQPGSLMGNGTVV
KSESGHPAQFVGVSQGSRLWEHNKTPQYTLSPSWPYRMPQNFIQQGNGGYQPGKPFIAQG
SVVHPNPNFPLVPHVRHQVNLNFIQQKK
NT seq 4587 nt   +upstreamnt  +downstreamnt
atggatgagtccataagtccagtaaaatcagtcaaacagtctcagcccagaggagccaaa
gctttgtccagtgagaagtcaaataaagaggctcctgcacagagagaggctaacaaatct
gcgccccgcagcaaagaaaacctcactactgcaaaggatgaccataatataagcagccag
gggagccgtgggcaaggcaagacttccacagacacctcccaggagaagaggagaggacgg
ccctccaggctgacaagactgagtggaagaacaagttctggggagcgaggcaaaggcaaa
ggggcaggctcacaacagcagctggtggcgctggctcctgattccagggcatctctttct
gtggacagcagcccctcagcaaacagagagaccaagtctcctgcagtacccggtacacct
gagaaaggcctcgcagagcacgccaaaagctccattgtaactcctacaaaggaaaagtct
catggggtgaaagctgcagcattgatgcatcagtctgttgaagagggcacagaggtgagg
cccactgtggaggacggaccactgacagagcaacagctgggcctccgacaggcagaggag
cgcctcttcagagactacatccaccgactggtgaaacagtcccccgagtacccaaactat
caatacttatgcaagctctgttctgtgcacattgagaacattcaaggagcacacaaacac
atcaaggagaagagacacaagaagaatataatggaaaaacaggaggagaatgagctgcgt
gctttgccgccaccatccactgcccagctgagggccgtggacatggccgtgctagaaaca
gccaggcagcagggaatctcagaggaggactttgaagaacggaaggctgtggtcgtcagg
atggaggagattataaagaggcacctctcagcctgttctctccgtctctatggttcatgt
cttacccgatttgccttcaagacaagtgatatcaacatcgatgtcacctatccttcctct
atgacacaacctgaagtcctgattcaagtgctggaaattctcaagaacagctctgaattt
tctgaggttgagtcagattttcatgccaaagttcctgctgtgttctgtcgggatgttagc
agcggcctgatgtgcaaagtcagtgcgggtaatgatgtcgcttgtctcaccaccaatcac
ctggcagccctggctaaactggagcccagattggttccactggtgctggctttccgctac
tgggcaaggctgtgtcacattgactgccaggctgaaggtggcatcccctcgtactccttc
gccctcatggttatcttcttcctgcagcagaggaaagagcccatccttcctgtctacttg
ggccgctggattgaaggctttgatgtgaaacgtgtggatgagtaccacctaactggaatt
gcgttggatatgtttgtccgatgggagcacagacctccaagctccacagagggacgaggg
gagaaccgaaatgaggccagaggagaaagcaaacccaaacccgagcagaataaatctgaa
gatactcattattcagagggcttgacccgtctaactttggaccagggtaaagatgtgaca
ctgggccagttgtggttggagctattacgtttctacacactggagtttgctcttgaagaa
tatatcatcagcatccgcttaaaggtgctcctctccagggaagtgaagaactggcctcgt
cgcaggctcgctatagaagatccttttgccttgaagaggaatgttgcacgaagcttgaac
agccaaatggtgtttgagtacatccaggagcgcttccgtacagcttacaaatactttgcg
tgtccccagagaaagggcactgggggccgccagatgaacaagagggcagggaagcaaggt
gcaaacctggaaggcgttgagaagaaggaggctgcatttgtgaacaaggaagaagacgac
gggaaaggggacaaaagtcagagcactcagaggggacaccaggggttgaaggaggacgac
gagcccgacagtgatgatgaagatggttcggatccgtccagaaagaaagatgagaagact
ttagatgccagcctcatggacatggttctcaatgagggaaacaaaccttccttctccccc
aatggcctgctggacagtgacaaggagggggaggaggaggatgaggaggaaaatggtgtt
tcagagaaggacgggcctgttccatcagaggatctgcactatgtgtttgataagatgatt
ttcactggtggaaagcctccaactgttgtttgcagcatctgcaaacgtgacggtcacctg
aaggacgagtgtcctgaagactttaagaagattgagctgaagcctctgcctcctatgaac
gaccgcttcagagatatccttgatgggctctgtaaattgtgctactatgaattgtcacct
acacctgctgagcagcagaagagggagcagatcctcgccagcctggagaggtttataagg
aaggagtacaatgataaagctcagctctgcttgtttggttcctccaaaaatggttttggt
ttccgcgacagtgaccttgacatttgcatgactctggagggtcatgagactgcagagaag
ctgaactgtaaggagatcattgagggccttgcaaaagtactgaagaagcatacaggtttg
aggaacatcttgcctattacaacagctaaagtgcctattgtgaagtttgagcacagacag
agcggtctggagggagatattagcctttataacaccctggctcagcacaacaccagaatg
ctggcgacgtatgcagccttggatccacgtgtgcagttcctgggatacaccatgaaggtc
tttgcaaagcgctgcgacattggggatgcatccagaggaagcctctcatcttatgcttac
atcctgatggtgctttacttcctgcaacagaggcagccgccagtcattcctgtcctgcag
gagatctttgatggaaagactgttcctcagcggatggtcgatggctggaatgctttcttt
tttgatgaccttgaggatctgcggcgccgtctgtctgagctgcagccgaacacagagtcg
gttggagagctgtggttgggcctattgcgcttttacaccgaagagtttgactttaaagag
cacgtcatcagcatccgtcaaaggaaacgcctcaccacctttgagaaacagtggaccagc
aaatgcatcgctattgaagatccttttgatttgaatcataatcttggtgctggagtttct
cgcaaaatgacaaacttcatcatgaaggcttttataaatggcaggaagttgtttggaact
cctttttaccccgtccctggaactgaagtggactacttctttgactcaaaggtgctgaca
gacggcgagttggcgcccaacgacaggtgctgcaggatctgtgggaagattggacattac
atgaaggactgtccaaagagacgcaggatgaagaagaaggaaaacgacaaagacgaggac
ataaaggaggaggagcgggagcccaaggacagacgttgttttcagtgtggggacatgggt
cacgtacgaagggactgtcctgagtaccgccacctcaaacagagggccgccggagcacca
gctcctcacatggtacgaactatggtgagctcccagtccatcccgaatcctcaagcagtt
gcagactgtcctggaaggaccaggcagccttctgaatgttcggacagtcgacagactccg
ccctactcaccacaacccactgctgtccctcagagctcctcccagtcctccagctcccct
cagccctcccacagtaagaccagttctgctggtcccccgaagcagcctgctcacccccag
gtccccctgcctctcttcagcttccctacgtcccttccaggccagtaccacccagggacg
ctcaccacgatggggcttcttccctcccaccagcaccagtcacaccagtcccaggggcag
cctcatcacccagtccacatcccttccacctcctggcccatccacggaccagtcctcact
acgtcctctcccaccgccccctccccacccggcctgaaattcgccctgcgttctgcatcg
gggaacgggagtcccacaggctcagggggcaaccccggccccatgaacctgaacgacccc
agcatcatcttcgcccagccggcggggagacagctgggcatcggtgggccaggacgggaa
ggacactggcacaaccacttagcacaacctgggtcactgatggggaacggcactgtagtc
aagtcagagtccggccatccggcccagttcgtaggagtgagccaaggctctcggttatgg
gagcacaataaaacaccccagtacaccctgtctccatcctggccctaccggatgccccag
aacttcatccagcagggcaacggaggctaccagcccggcaaacccttcatagcccaaggt
tctgtggtgcatccgaatccaaacttccccctggtcccccatgtccgacatcaagtcaat
ctgaatttcatccaacagaagaagtga

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (9)   
   Pfam (9)   
All databases (77)   

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