KEGG   Xenopus laevis (African clawed frog): 108704375
Entry
108704375         CDS       T01010                                 
Name
(RefSeq) zinc finger CCCH-type antiviral protein 1-like
  KO
K15259  poly [ADP-ribose] polymerase 7/11/12/13 [EC:2.4.2.30]
Organism
xla  Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:xla00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    108704375
Enzymes [BR:xla01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     108704375
SSDB
Motif
Pfam: PARP WWE HTH_53
Other DBs
NCBI-GeneID: 108704375
NCBI-ProteinID: XP_041441843
UniProt: A0A8J1MK27
Position
3L:7137715..7161994
AA seq 1417 aa
MSDPRVSSYLSNLLCNHEGRLRRSQLSDLLQLPPEQIEQILQEEPQRFSVSGDLVLARTP
LRICPQYLREEQEDEECDKLHLCRHYLQGKCRDRRPPCRFSHDTGSEQNKAVLKAHEYFG
FDDDTLKVLLLQNDHSLLPEVCVKNLHSKCDQGNGCTRLHVCGFFTRGECNRHNCKHSHC
LLESSTELIMKQSRHSLVSIENFQMLCVIKCNEVLNLQKEEAKDGAQCGPSGAGRGRGRG
RGRGRNQRTRGRPGHRPSRGSRSHSTPGRGDSRRSTPDELDSDDEDGLFISGLKQDESTP
MSGPRSTAVSTTYFSASHPTPNTLPQIPSRLLNINDLSISSGQNVTSSQENRAPSGSILK
TNIGMYLATGATSREQKVNSMTTNPGLSASTGTTSVAQNFNSTPTNIGMYLPTGATSREQ
KVNSMTTNLGLSARTGTTSVAQNFNATPTNIAMYLPTASRSMEEKVNSTITKTGMYSTTS
TTSVGQKVNSTPTNIGMYIPTRATSIEQKANSMTTNPGLSASTGTTSMTPNFNSTPTNIG
MYIPTRATSIEQKANSMTTNPGMSTSTGTTSMTPNFNSTPTNISMYLATGATSREQKVKS
MTTNPGLSASTGTTSMTPNFNSTPTNIGMYIPTRATSIEQKANSMTTNPGMSTSTGTTSM
TPNFNSTPTNIGMYLATGATSREQKVNSMTTNPGLSASTGTTSVAQNFNATPTNIAMYLP
TASRSMEEKFNSTVTKTGMYSTTSTTSVGQKVNSTPTNIGMYIPTHATSIEQKANSMTTN
PGMSTSTGTTSMTPNFNYTPTNIGMYLATGATSREQKVKSMTTNPGLSASTGTTSVAQNF
NSNPTNIGMYLPTGATSREQKVKSMTTNPGMSASTGTTSVAQNLNSNPTNIGMYIPTGAT
SREQKANFMTTNPGMSASTGTTYLAQNFNSTNIGMYIPTGATSREQKANSMTTNPGISAT
TTRTTSVAQNVNATTIGMFATTCTTSGVNSTTSSPVNSAVSINKKEPDRHVEYSEICLHH
IWNYCRLGNRCGEMHYHLPYRWQEKLGAEWQDACYMDAMERAFCQPQNDSYLGVDFATMT
YGPTYIRRLSTPSSATRSPEFVLTTEWIWYWQDEHGTWIEYGKSNTKQTRASITSLHLES
KYLTDPNSVVPFQAGGHCYEISFKDMIQKNIEYKTERRIRRRPKYQSPEDVQKLKGTTKE
VPSSSPLRNRYYPSDWDISALPDKGYKSVPVSESSPEYTQILCLFNKTMSGQTVKIQRIQ
NKSLWALYQWQKVQKQKANPGKGVEEKQLFHGTDPSHVTAICHQNFDWRMCGTNGTLYGD
GSYFARDASYSHNYSFPNSTGKRMMFVARVLVGDYVTGNSALKRPPLRPGSCTQFYDSCV
DTLLNPSIFVVFEKDQIYPEYLLEYEPKTEETSCCIS
NT seq 4254 nt   +upstreamnt  +downstreamnt
atgtccgaccccagggtcagctcgtaccttagcaacctgctgtgtaaccatgagggtcgc
ctgcgccgctcccaactgagcgacctcctgcaactgccgcctgaacagatcgagcagatt
ctccaagaggaaccgcagcgattctctgtatcgggggacctggttctggcccggaccccc
ttgcgcatttgtccccagtatctgcgagaggaacaagaagatgaagagtgcgacaagctg
catctttgtcgccactacttgcagggaaaatgcagggacaggaggcctccatgcagattt
tctcatgacaccggatcagaacaaaacaaggccgtgttgaaggcgcacgagtattttgga
tttgatgatgatacactgaaggtccttcttctccagaatgatcactcacttctgcctgag
gtgtgtgtgaaaaatctgcatagcaaatgtgatcaaggaaacggctgcactcgtctccat
gtctgcggtttcttcactcgcggcgagtgcaaccggcacaactgcaaacactcccactgt
ctcctggaatcgagcacagaattgataatgaaacagagccgccattctcttgtctccatc
gaaaatttccagatgctttgtgttataaagtgcaacgaggtgctcaatttgcaaaaggag
gaggctaaagatggagcacagtgtggcccttcaggagcaggaagaggaagaggcagggga
agagggcggggtagaaaccagagaacaagaggcaggccaggacaccgtcccagtagaggg
tccagaagccacagtaccccagggaggggtgacagtcggcgcagtacaccagatgaattg
gatagtgatgatgaagacggactgtttatttcaggattgaaacaagatgaatcaactcca
atgtctggtccaaggtcaaccgctgtgtctacaacttatttctcagcatcacatcccacc
ccaaataccctacctcaaataccatcaagattactgaatataaatgatttatcaatatcc
agtgggcagaacgtcaccagcagtcaagaaaaccgtgccccatctggttccatattgaaa
accaatattggcatgtacttagctactggtgccacatctagggagcagaaagtcaactct
atgaccaccaatcctggcttgtctgcaagcaccggaactacatctgtggcacagaatttc
aactctacccctaccaatattggcatgtatttacccactggtgccacatctagggagcag
aaagtcaactctatgaccaccaatcttggcttgtctgcaagaacgggtactacatctgtg
gcacagaatttcaacgctacccctaccaatattgccatgtacttgcccactgcttctaga
tcaatggaggagaaggtcaactctaccattaccaaaactggcatgtactccaccactagt
accacatctgtggggcagaaggtcaactctacccctaccaatattggcatgtacataccc
actcgtgccacatctattgaacagaaagccaactctatgaccaccaaccctggcttgtct
gcaagcaccggtaccacatctatgacaccgaatttcaactctacccctaccaatattggc
atgtacatacccactcgtgccacatctattgaacagaaagccaactctatgaccaccaac
cctggcatgtctacaagcaccggtaccacatctatgacaccgaatttcaactctacccct
accaatattagcatgtacttagctactggtgccacatctagggagcagaaagtcaaatct
atgaccaccaatcctggcttgtctgcaagcactggaactacatctatgacaccgaatttc
aactctacccctaccaatattggcatgtacatacccactcgtgccacatctattgaacag
aaagccaactctatgaccaccaaccctggcatgtctacaagcaccggtaccacatctatg
acaccgaatttcaactctacccctaccaatattggcatgtacttagctactggtgccaca
tctagggagcagaaagtcaactctatgaccaccaatcctggcttgtctgcaagcacgggt
actacatctgtggcacagaatttcaacgctacccctaccaatattgccatgtacttgccc
actgcttctagatcaatggaggagaagttcaactctaccgttaccaaaactggcatgtac
tccaccactagtaccacatctgtggggcagaaggtcaactctacccctaccaatattggc
atgtacatacccactcatgccacatctattgaacagaaagccaactctatgaccaccaac
cctggcatgtctacaagcaccggtaccacatctatgacaccgaatttcaactatacccct
accaatattggcatgtacttagctactggtgccacatctagggagcagaaagtcaaatct
atgaccaccaatcctggcttgtctgcaagcactggaactacatctgtggcacagaatttc
aactctaaccctaccaatattggcatgtacttacccactggtgccacatctagggagcag
aaagtcaaatctatgaccaccaatcctggcatgtctgcaagcacgggtactacatctgtg
gcacagaatttaaactctaaccctaccaatattggcatgtacatacccactggtgccaca
tctagggagcagaaagccaactttatgaccaccaatcctggcatgtctgcaagcaccggt
actacatatttggcacagaatttcaactctaccaatattggcatgtacatacccactggt
gccacatctagggagcagaaagccaactctatgaccaccaatcctggcatatctgctaca
accactagaactacatctgtggcacagaacgtcaatgccaccaccattggcatgtttgca
accacttgtactacatctggcgtcaactctactaccagcagtccagtgaattcagctgtt
tccatcaataagaaggaacccgaccggcatgttgaatatagcgagatctgtctccatcac
atatggaattactgcaggctcgggaacaggtgtggtgagatgcattatcatttgccctac
cgctggcaggagaaactgggcgctgagtggcaagatgcttgctacatggatgctatggag
agggcattctgccagcctcagaacgacagttatttgggggttgattttgcaacaatgacc
tatgggccaacctacatccgccgactgtccacgccttcatcggccacgagatcccccgag
tttgtcctgaccacggagtggatctggtactggcaggacgaacatggaacatggattgag
tacggaaaatccaacacaaagcagacgagagcctcaataacatcactgcacttggagtcc
aagtatctcactgatccgaactccgtggttccgttccaggctggaggtcactgctatgag
attagcttcaaagacatgattcagaaaaatattgaatacaagaccgagaggcgaatccgc
cggagacccaagtaccagtcgcctgaagatgtacagaaactcaaggggaccacaaaagaa
gtaccaagtagttctcctctaaggaacagatattacccgtcagattgggacatctctgcc
ctgcctgataaaggatataagtccgtgcctgtttctgagagttcccctgagtacacacag
atcctctgcctctttaataaaactatgtctggccaaacagtgaagatccaacgaatccag
aacaagtctctctgggcgctctaccaatggcaaaaggtgcagaagcagaaagcaaacccg
gggaagggagtggaagagaagcagctttttcatgggaccgacccatctcacgtcactgcc
atctgtcaccagaactttgactggcgaatgtgcggcaccaatggaactttatatggagat
gggagttattttgccagagacgcctcctactcccataactactcgttccctaattctaca
ggcaagagaatgatgtttgtggcgcgggtgctggtgggagactacgtgactggtaactcc
gccctgaaacggcctccgctgagacctggcagctgcacccaattctatgacagttgcgtg
gatactttgctcaatccttccatctttgtggtgtttgaaaaggatcagatttacccggaa
tatctcctggagtatgaaccaaagacagaggaaacgtcgtgctgcatcagttaa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (38)   

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