KEGG   Salmo salar (Atlantic salmon): 106584061
Entry
106584061         CDS       T04363                                 
Name
(RefSeq) terminal uridylyltransferase 4-like
  KO
K13291  terminal uridylyltransferase [EC:2.7.7.52]
Organism
sasa  Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    106584061
Enzymes [BR:sasa01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.52  RNA uridylyltransferase
     106584061
SSDB
Motif
Pfam: TUTase PAP_assoc zf-CCHC NTP_transf_2 Polbeta PAP_NTPase zf-CCHC_4 BUD22 zf-C2H2_jaz
Other DBs
NCBI-GeneID: 106584061
NCBI-ProteinID: XP_014024361
UniProt: A0A1S3P9U0
Position
ssa23:11246413..11270258
AA seq 1569 aa
MEESKKPLKSVKHSRNEAKGAKASSSASSRPLKEAPAQRVCPKPATACRSKENITTARED
HKDQGNNCGTGTGRASTASPQDPGRGKPRRLTGRTSSGERGKVRLEGLQQQRGDARPSLV
TGRSPAGVGVDRDTGATGMVATSSEEGLTLQTKTSPLKEKSPGEKAGAVVGTGQPALEVT
VVGSGVNERGQGKNMTSEQKLGLRQAEERLYRDYIHRLVKQSPEYPNFQYLCKLCSVHIE
NIQGAHKHIKEKRHKKNIMVREKDKQEENELRALPAPFPAQLGAVDAAVLRVANQHGISD
QDFLVRQEVVDRMEAIIQQHLSVCSLRLYGSCLTRFAFKTSDINIDVTYPSTMTQPDVLI
LVLEILKNSTEYSEVESDFHAKVPVVFCREVNSRLLCKVSAGNDVACLTTNHLAALARLE
PRLVPLVLAFRLWAKLCHIDCQAEGGIPSYSFSLMVIFFLQQRREPILPVYFGYWIEGFD
VKHVDEYHLTGIEMDIFVGWEHRPPSTEGRGEGRGEGRKAKPEQKKPEVKNRHVAGKTRL
SLDLGKGVSLGQLWLELLRFYTLEFALEEHIISIRLKELLSREMKNWPRRRLAIEDPFAL
KRNVARSLNSQMVFEYIQERFRTAYKYFACPQSKDRNTVEHQRGKDTTKHGGMKQEEDGR
KGGEEGSEKSGGGQGDGNEGKSQSSETGPKEDGESDEGERAERAQEEEERALNGGLMDLV
LSGGTSTDGAGAEPGTTLEPSSASTHNGLLDRDEEEENHVSEKQGHIAPEDLHYIFDRMI
FTGGKPPTVVCSTCKRDGHLKDECPEDFKKIELKPLPPMTDRFRDILDGLCRLCYHELSP
STGEQQKREQILGSLERFIQKEYNDNAQLCLFGSSKNGFGFRDSDLDICMTLEGHDTAEK
LNCKEIIEGLAKVLKKHTGLRNILPITTAKVPIVKFEHRQSGLEADISLYNTLAQHNTRM
LATYAALDPRVQFLGYTMKVFAKRCDIGDASRGSLSSYAYILMVLYFLQQRQPPVIPVLQ
EVFDGHSVPQRIVDGWNAFFFDDIEELRQRLPDLPQNRETVGELWLGLLRFYTEEFDFKE
HVISIRQRKRITTFEKQWTSKCIAIEDPFDLNHNLGAGVSRKMTNFIMKAFINGRKLFGT
PFYPQPGIEANYFFDSKVLTDGELAPNDRCCRICGKIGHYMKDCPKRRRYTGREHQGMKK
KENEKEDDVKDGDDHEPRERRCFQCGEIGHVRRDCPEYRHLRQKAAGGPVSHIVRAMVSS
QSIPIPQPPQDLPGRTRQPSECSDSRQTPPYSPQPTLFSQGSSQSSSSPQPSSSKTSTSV
GGGPHKQPQHPQVPLSLFGFPPSHPSQYHHPGALTALGLLPSQHQSHLSQGHQAHHQPHH
PSTSWPIHGPVLQTSSGPNGPSPPGLKFPLCQAPGQGNGNTGPGGSPVGGSLMNLNDPSI
IFAQPAGRPMGLGGGPGLDGHWHNHLAQQGALVANGTVGKSDPGYQTQLGGVSQQGSRNW
EHSNAAHYSQSPSWPYRMPQKFIQQGNGCYPQPSKPVISQSSVVHPSQHFPLLPHGRRHV
NLNYIQQKK
NT seq 4710 nt   +upstreamnt  +downstreamnt
atggaggaatcaaaaaaaccattaaaatcagtcaagcactctcgcaatgaggccaaggga
gccaaagcttcatcctctgccagctccaggcccctgaaagaggctccagcccagagagtg
tgtcccaagcctgccactgcctgtcggagcaaggagaacatcaccacagccagggaagac
cataaggaccaaggcaataactgtgggacaggtacaggcagagcctccactgccagccct
caggacccagggagagggaagcctcgtaggctaactgggaggaccagctctggggagagg
gggaaggtgagacttgaaggcctgcagcagcagaggggtgatgctagaccctcgttggtt
acaggacgcagcccggctggtgtaggtgtagacagagacacaggagccacaggtatggtg
gccacttcatctgaagaaggccttactttacagaccaagacaagtccattgaaggagaag
tcaccgggtgagaaagctggtgctgtggtgggcacggggcagcctgcattggaggtcact
gtggtggggtcaggggtcaacgagcggggtcagggtaaaaacatgacctctgagcagaag
ctgggtctcagacaggctgaggagcgcctctacagagactacatacacagactggtcaag
cagtctcctgaataccctaacttccagtatctatgcaagctgtgttctgtacacattgag
aacatacagggggcacacaaacacatcaaggagaaaagacacaagaagaacatcatggtg
agagaaaaagataagcaggaggagaacgagctgcgggcgctgcctgcccccttcccagcc
cagctcggcgccgttgacgcagccgtcctccgggtggccaaccaacacggcatctcagac
caggacttcctggtgcgacaggaagtggttgacaggatggaggcgatcatccagcagcac
ctctcagtttgctcccttcggctctacggctcctgtctcacccgatttgccttcaagaca
agtgacattaacattgatgtcacctacccctccactatgacccaaccagatgtgctgata
ctagtactggaaatcctgaagaacagcactgaatattctgaggtggagtctgactttcac
gccaaagttccggtagtgttttgcagagaggtcaacagtaggttgttgtgcaaggtgagt
gcaggtaatgatgtagcctgcctcactaccaaccacctggctgccctggctagactggaa
cccagactggtgcctctggtcttggccttccgcctctgggctaagttgtgccacattgac
tgccaggcggaaggaggtatcccctcctactccttctctctcatggtcatcttcttcctc
caacaacgcagggagcccatccttcctgtctacttcggctactggattgaaggctttgat
gtgaagcatgtggacgagtaccatctaacggggatagagatggatatatttgtggggtgg
gagcacagaccccccagtacagagggacggggggaaggcaggggggaaggacggaaggcc
aagcctgagcaaaagaaacctgaggtgaagaaccggcatgtagcggggaagacgcgtcta
tccctggacctgggtaagggtgtgtccctgggccagctgtggctggagctgctgaggttc
tacacgctggagttcgccctggaggaacacatcatcagcatccgccttaaagaacttctc
tctcgagagatgaagaactggccccgacgcaggctggccatcgaggatccgtttgccctg
aagaggaacgtcgcacgcagcctcaacagtcagatggtctttgagtacatccaggagcgc
ttccgcaccgcctacaaatactttgcctgcccgcagagcaaggaccgaaacaccgtggag
caccagagaggcaaggatacaaccaaacatgggggcatgaaacaggaggaagatggaaga
aagggtggagaagaagggtctgagaagagtggaggtggacagggcgatgggaatgaaggg
aaaagtcagagctctgagacaggtccgaaggaggatggtgagagtgatgaaggggaacga
gctgagcgggctcaggaggaggaggagagggcattgaatggcgggcttatggacttggtc
cttagtgggggcacttcaacggatggggctggagctgagcctggcaccactctggagcct
tcctccgcctcaacccataacggcctactggatagggatgaagaggaggagaaccatgtg
tcggagaagcagggacatattgcaccagaggacctgcactatatctttgacagaatgatc
ttcactggcggaaagcctcctacagtcgtgtgcagcacatgtaagagagatggccatctg
aaggacgagtgtcctgaggacttcaagaagatcgagctcaaaccgctgccccccatgacc
gaccgcttcagagacatcctggatggcctttgtagactctgctaccatgagctgtcccct
tccactggagagcagcagaagagagagcagatcctgggtagtctggagaggttcatacaa
aaggagtacaatgacaatgcccagctgtgtttgtttggctcctccaagaacggctttggt
ttccgcgacagcgacctggacatctgtatgaccctggagggccatgatacagcagagaag
ttgaactgcaaagagatcatcgaaggcctagccaaggtgctaaagaaacacacaggtctg
aggaacatcctgcctatcacaacagccaaagtgcctattgtgaagtttgaacacagacag
agcggactggaggcagacataagcctctacaacactctggctcaacacaacaccagaatg
ctggcgacctacgctgccctagaccctcgcgtgcagttcctgggatacaccatgaaggtg
tttgcgaagcgctgtgacataggtgacgcgtccagaggaagtctgtcatcctacgcctac
atcctcatggtgctctacttcctgcagcagagacagccccccgtcatccctgttctccaa
gaggtctttgatggacattctgtaccacagaggatagtggatggttggaatgccttcttc
tttgatgacattgaggaactgcgtcagcgtctgccagaccttccgcagaaccgtgagact
gtgggggagctgtggctgggcctgctcaggttctacactgaggagtttgactttaaggag
cacgtcatcagcatccgccagaggaaacgaatcaccaccttcgagaagcagtggacctcc
aagtgcatcgccatcgaagatccctttgacttgaatcacaatcttggtgctggagtttct
cgcaaaatgactaacttcatcatgaaggcatttatcaacggcaggaagctgtttggtact
cccttctacccccagcctggcatagaggcgaactacttctttgactccaaggtgctcacg
gacggggagctggcacctaacgacaggtgctgtcggatctgtggcaagatcggccattac
atgaaggactgccccaaaagacgcaggtacacagggagagaacatcaggggatgaagaag
aaggagaacgaaaaagaggatgatgtcaaggatggagacgatcatgagccacgggagcgt
cgctgtttccagtgtggtgaaattggtcatgtacggcgggactgcccagagtaccgccac
cttagacagaaagccgcagggggaccagtttcccacatagtgcgagccatggtaagctcc
cagtccatccccatcccccaacctccccaggacctccctggacgcaccagacaaccttcc
gaatgttctgattcccgccagactccgccctattcccctcagcccaccctgttctcccag
ggttccagccaatcctccagctccccccagccctcctcctccaagacatccacctccgtt
ggagggggaccccacaagcagccccaacatccccaggttcccctctctctctttggcttc
cctccctcccacccaagccagtaccaccaccctggagctctcactgctctggggctactg
ccgtcccagcaccaatcacacctgtcccaggggcaccaggcccatcaccaaccccaccac
ccctccacctcctggcccatccatggccccgtcctccagacctccagtggccccaacggg
ccctccccgcccggcctaaaattccccttgtgccaggcccccgggcaagggaatgggaac
acaggcccaggggggtctccggtgggtggcagcctcatgaacctcaatgaccccagcatc
atcttcgcccagccggcggggaggcccatgggcttgggaggagggccgggactggacggg
cactggcacaaccacctggcacagcaaggggcactggtggctaatggcactgtgggcaag
tcagatccgggctaccagacccagttggggggtgtgagtcagcagggctctagaaattgg
gagcacagcaacgcagcccactactcccagtccccgtcctggccctaccgcatgccacag
aaattcatccagcagggcaacgggtgctaccctcaacccagcaagcccgtcatttcccaa
agttctgtggtgcaccccagtcagcatttcccactcctcccccacggacgacgacatgtc
aacctcaattacatccaacagaagaaatga

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   KEGG ORTHOLOGY (1)   
   RefGene (60)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (9)   
   Pfam (9)   
All databases (86)   

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