KEGG   Chelonia mydas (green sea turtle): 102933014
Entry
102933014         CDS       T02989                                 
Name
(RefSeq) terminal uridylyltransferase 7 isoform X3
  KO
K13291  terminal uridylyltransferase [EC:2.7.7.52]
Organism
cmy  Chelonia mydas (green sea turtle)
Brite
KEGG Orthology (KO) [BR:cmy00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    102933014
Enzymes [BR:cmy01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.52  RNA uridylyltransferase
     102933014
SSDB
Motif
Pfam: TUTase PAP_assoc TUTF7_u4 zf-CCHC NTP_transf_2 zf-CCHC_2 Polbeta zf-CCHC_4 zf-C2H2_jaz ATPgrasp_Ter Succ_CoA_lig
Other DBs
NCBI-GeneID: 102933014
NCBI-ProteinID: XP_037757681
Position
5:complement(88316419..88368317)
AA seq 1531 aa
MGDAAKPCFAKRKKEWGVLDEEELKRSPLQQDCHAMDAYGPGKKIDLGFPKKKGTQAHCG
SSPRKGPHCILNSSNSFKNMGHNQGVRINDTQKDQIKKWISDEHRGNSDSWREYKSTVRI
PVLNRTRKDSFHEVEGAGSRNVRRPLQKDLNEEMSDTQKGNSEMKKHRKPRRSRRTGKEE
CDQDDDVESPVIDESMLSVKELLGLQQAEERLKRDCIYRLKKRPRNYPTAKYTCKLCDAL
IESVTFAHKHIKEKKHKKNIKEKQEEQLLTTLPPPTPSQIQAIGVAIENVVQEFGLNNED
LEQRLKIKTAMEDLLHPKLPDCSLRLYGSSCSRFGFRTSDINIDVQFPANMAQPDVLLLV
QESLKNSESFIDVDADFHARVPVVVCREKQSGLVCKVSAGNENACLTTNHLATLGKLEPT
LVPLVIAFRYWAKLCCADRPEEGGLPSYVFALMVIFFLQQRKEPFLPVYLGLWIGGFSLN
KLVNFNLKDVENDIVVWEYNPAVDDADSAKEASPKRGKVPLVFDSGHQCSAPVGQLWVEL
LRFYALEFNLADLVISIRLKEPVSRESKDWPKKRMAVEDPYSVKRNVARTLNSQLVYEYI
LHCLRATYKYFALPHKKPTKSSPKKPLNVNEETSQRLEPEKDAIKHDATDTQNVADQMGE
VVAADCINIIDRSIDTPQACTVDPSKVFVSESVTKEELADDIGHLGIAQEDSDFVIEEMI
SGDNENFKPSCVETESGNEEEEEEEEEHDQDEKWQKNVIVIDQGLDDYSENGDLPIPASE
HDIETYSISDSEGVHSTVVRESDEFGLECNVILDDKADMDEESTEGTDELDDSLNKRAPS
LSEMNNSDEEGEEEEGEQSFLLNQRECGGIVTGQDDELDNTYTASGDEDALSEEELSVSV
KYEETELGKHVAKSLRVDLNEEDFIEKGSLCEEGILIGQFMESELFYEFNKPAFTKGKSP
MVVCSLCRREGHLKRDCPEDFKKIELDPLPALTPKFSNILDQVCIQCYKDFAPNVIEDQA
RQHIRQNLESFIRQEFPGTRLNLFGSSKNGFGFKQSDLDICMTIDGLETSEGLDCIRIIE
ELARVLKKHSGLRNVLPITTAKVPIVKFFHVRSSLEVDISLYNTLALHNTRLLSSYAAID
SRVKYLCYTMKVFTKMCDIGDASRGSLSSYAYTLMVLYFLQQRNPPVIPVLQEIYKEPKK
PEILVDGWNVYFFDKIDELPACWPDYGSNTESVGELWLGLLRFYTEEFDFKEHVICIRRK
NLLTTFKKQWTSKYIVIEDPFDLNHNLGAGLSRKMTNFIMKAFINGRRVFGTPIKGFPKE
YPSKMEYFFDPEVLTEGELAPNDRCCRICGKIGHFMKDCPMRKKLRRRHDHEDIKNQRYI
ENNEKSSKEEKDTSMKEGTILCTPQKNKLGRATPDTGREKASRQSAEKWKRQEDRDLREK
RCFNCGREGHIKKECPQYKGATGGSKSESLCGSPSSPSAVKHAGRVNQGIVLHEEKKKQK
GKVFLSPQTGSLANKYMAQGKASQKRTHQES
NT seq 4596 nt   +upstreamnt  +downstreamnt
atgggagatgctgcaaaaccttgctttgccaaaagaaaaaaggagtggggagttttagat
gaggaggaattgaagaggagccctttacaacaggactgccacgccatggatgcttacgga
cctggcaaaaaaatagatctaggctttccgaagaaaaagggaacacaagctcactgtgga
agcagtcccagaaaaggaccacattgtattctgaatagctcaaattcttttaaaaacatg
ggtcacaaccaaggggtaaggataaatgatacccaaaaagaccaaattaagaaatggata
tccgatgagcatcgtggcaattcagacagctggagagagtacaaatctacagttcggatt
cctgtgcttaacaggacaagaaaagactcttttcatgaggttgaaggtgcaggaagcaga
aatgtaagaagaccgcttcagaaagacttaaatgaagaaatgtcagacacacagaaagga
aactctgaaatgaagaaacataggaaaccaaggagatcaagaaggacaggaaaagaggag
tgtgatcaagatgacgatgtggaaagcccggttatagatgagtcgatgctgtcagtgaag
gaactactagggttgcagcaggctgaagagcgattaaagagagactgcatttacagacta
aagaagcgtcctcgaaactaccccacagccaagtatacctgcaaattatgtgatgctttg
attgagtcagtgacatttgctcataagcacattaaagagaagaagcacaagaaaaacata
aaggaaaagcaagaagaacaactgctgactaccctgcctccaccaacaccttcccagata
caagctattggtgttgccattgaaaacgtagtgcaagagtttggcttaaataatgaggat
ttggaacaaagactcaaaattaaaacagcgatggaagatttattgcacccaaaattgcca
gattgctcgctaaggctgtacggctcctcctgtagcagatttggtttcagaacatctgac
ataaacattgatgtccagtttccagccaatatggctcaaccagatgttctcttacttgta
caagaaagtctgaagaatagtgaatcttttattgatgttgatgcagatttccatgctaga
gtaccagtggtggtgtgcagagaaaagcaaagtggccttgtttgtaaagtaagcgcaggg
aatgaaaatgcttgtctgacgacaaaccatttggctactcttggaaaactagaaccaact
cttgtacctctagtgattgccttcaggtactgggcgaagctgtgttgtgctgatcgtcct
gaagaaggaggtttgccatcttacgtgtttgctttaatggtcattttctttctacaacag
aggaaagagccatttctgcctgtttatttgggattgtggattggaggattctccttaaac
aaattagtaaacttcaaccttaaagatgttgagaatgatatcgtggtctgggagtataat
cctgctgttgatgatgctgattctgcaaaagaagcttctcctaaaaggggcaaggttccc
ttagtgtttgattcaggacaccagtgttcagcaccagttgggcagctttgggtagaactg
cttcgcttctatgccttggagtttaatttggctgatctggtcatcagtatacgactcaaa
gaaccagtgtctcgtgaatcaaaggactggcctaaaaagcgcatggctgtggaagaccct
tactcagtaaagaggaatgtggcaagaactctgaacagtcagctagtctatgaatatatt
cttcactgcttaagggcaacttacaaatattttgccttgccccacaaaaaacctacaaaa
tccagccccaaaaagcctttgaatgtcaatgaggagacatcacaaagattagaacctgaa
aaggatgccataaagcatgatgccaccgatacgcaaaacgtagctgaccaaatgggggaa
gtggtagcagctgattgtattaatattattgacagaagtatagacacgcctcaggcatgt
acagttgatccttcaaaggtgtttgtctctgaaagcgtgaccaaagaagaattggcagat
gatataggacatttgggaattgctcaggaagattcagactttgtaattgaagagatgatt
tctggtgataatgagaactttaaaccaagctgtgtagagacagaaagtggaaatgaggag
gaggaggaggaagaggaagaacatgaccaagatgagaaatggcagaaaaatgtgatagtt
attgatcaaggcttggatgactacagtgaaaatggagatctccctattccagcaagtgag
catgatattgaaacatacagtatttcggactctgaaggtgttcatagcactgtagtcaga
gagagtgatgagtttggtttagagtgcaatgtaatactcgacgataaggctgacatggat
gaggagagcacagaggggactgatgaactggatgattccctgaacaaacgtgcaccttcg
ttatctgaaatgaataactcagatgaggaaggagaggaagaggagggagaacagagtttt
ctcctaaaccaaagagaatgtggtggtattgtgactggacaagatgatgagctggacaat
acttacactgcatctggggatgaagatgcactgtctgaggaagaattgtccgtctctgtt
aaatatgaagagacagagctgggaaaacatgtagctaaatctctaagggtagatttgaat
gaagaggattttatagagaaaggaagcctttgtgaagagggcatactaataggacaattt
atggaatctgagctcttttatgaatttaataaacccgctttcacaaagggcaagtctcct
atggttgtatgtagcttgtgcagacgagaaggtcacctaaagagggattgtccagaagac
ttcaaaaaaattgagctagaccctttgccagcgttgacacccaagttttcaaatatttta
gatcaagtttgcatccagtgttacaaggattttgctccaaatgttatagaggatcaggct
cgtcaacatatacggcaaaatctggaaagcttcatcagacaggagtttccaggaaccagg
ttgaacttgtttggctcatcaaaaaatggctttggcttcaaacaaagtgaccttgatatc
tgtatgacaattgatggactggaaacttctgagggacttgattgcataagaatcattgaa
gaattagcaagagtgcttaagaaacattcaggtctaagaaatgtcttgccaataacaact
gctaaagtgccaattgtcaagttcttccatgtgagaagcagtcttgaagtagacatcagt
ttatataatacattggccctgcataacacaagactcttgtcctcttatgcagccattgat
tccagagtgaaatatctgtgttacacaatgaaagtctttacaaagatgtgtgacattgga
gatgcatctagaggtagcctgtcctcctatgcatatactcttatggtgctttattttctt
cagcagcgaaacccaccagtcattcctgttctccaagagatctacaaggagccaaagaag
cctgaaattttagttgatggttggaatgtttatttctttgacaaaatagatgagttgcca
gcctgttggccagactatggttcaaacactgaatctgttggggagctatggctgggactt
ctccgcttctacacggaagaatttgatttcaaagaacatgttatctgcatcagaagaaaa
aatctgcttacaactttcaagaagcagtggacctccaaatatattgttattgaagatccc
tttgatttgaaccacaatcttggagctggcttatcaagaaaaatgacaaattttataatg
aaggcttttatcaatggcagaagggtatttggtaccccaataaaaggatttcctaaagaa
tatccctcaaaaatggaatacttctttgacccagaagtcctgacagaaggagaactggcc
ccaaatgacagatgctgcagaatttgtggtaaaattggacacttcatgaaagactgtccc
atgaggaaaaagttgagacgacgacatgatcatgaagatattaaaaaccaaaggtacatc
gagaacaacgagaaaagcagcaaagaggaaaaagatacctcaatgaaggaaggaacgata
ttatgtacacctcagaaaaacaaactagggagagcaacaccggacacaggaagagagaag
gcttccaggcagtcagcagagaagtggaagcggcaggaggacagggacttaagagaaaaa
cgttgttttaactgtgggagagaaggccacattaaaaaagagtgcccacagtataaagga
gctacaggtggatctaagtcagaaagtctgtgtggatccccttcttcacccagtgctgtt
aaacatgctggtagagtaaatcagggaatagttttacatgaggaaaagaagaaacaaaaa
ggaaaagtgttcttgagtccccaaacaggcagccttgccaataaatacatggctcaggga
aaagcttcacagaagaggacccaccaagaatcatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (11)   
   Pfam (11)   
All databases (67)   

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